Cat1307191_Cover+Spine_v7.qxd
2/21/07
2:46 PM
Page 1
Catalog 1307191
Revised 3-07
tycoelectronics.com
1307191 3M LUG FP 3-07
RF Coax Products Catalog
Tyco Electronics Corporation
Harrisburg, PA
RF Coax Products
RF Coax Connectors
Introduction
Product Facts
■
Listed under the Component
Program of Underwriters
Laboratories Inc.,
File No. E-81956
as indicated by Product
Family
R
■
Recognized under the
Component Program of
Underwriters
Laboratories Inc.,
File No. E-81956 as
indicated by Product Family
R
■
Certified by Canadian
Standards
Association
File No. LR 7189 as
indicated by Product Family
R
■
Produced under a Quality
Management System
certified to ISO 9001
A copy of the
certificate is available
upon request
ISO900e1d
i
rtif
Ce
Need more information?
Call Technical Support at
the numbers listed below.
Technical Support is staffed
with specialists well versed
in all Tyco Electronics
products. They can provide
you with:
■ Technical Support
■ Catalogs
■ Technical Documents
■ Product Samples
■ Tyco Electronics
Authorized Distributor
Locations
The Tyco Electronics
RF Coaxial catalog
combines the best products
from industry leading brand
names like M/A-COM and
AMP. We have integrated
these into one cohesive set
of RF products focused
specifically on wireless,
wireline carrier, and enterprise networking sectors of
the world telecom equipment market.
Tyco Electronic’s broadest
selection of RF connectors
and coaxial cable assemblies provides you with a
solution for every interconnection requirement.
Type N and 7/16 connectors are used where high
power and rugged reliability
are required, typically as
antenna feeds, filter/
combiner I/O’s, and power
amplifier outputs. SMA,
SMB, and TNC connectors
are the primary cable interface for inner cabinet routing and are available in
panel mount, board mount,
and cable terminations.
Subminiature connectors
such as MCX, SMP, DIN,
and BlindMate provide
panel to board and backplane connections. Finally,
our micro miniature SSMT,
and MMCX series provide
excellent board to board
and card edge to board
solutions.
All of these interfaces are
supported with cable terminating tools and between
series adapters to meet all
your requirements for trouble free terminations at the
lowest applied cost. The
appendices hold a wealth
of information including a
Theory and Application
tutorial, RG/U cable specification tables, Application
notes on White Bronze plating and intermodulation
distortion.
Whether you need rugged
external RF power cables,
panel mount, board to
board, blindmate, or DIN,
Tyco Electronics has the
connection.
Restriction on the use of Hazardous Substances
(RoHS)
At Tyco Electronics, we’re ready to support your RoHS requirements. We’ve assessed more than 1.5 million end items/components for RoHS compliance, and issued new part numbers
where any change was required to eliminate the restricted
materials. Part numbers in this catalog are identified as:
RoHS Compliant — Part numbers in this catalog are RoHS
Compliant, unless marked otherwise. These products comply
with European Union Directive 2002/95/EC as amended 1
January 2006 that restricts the use of lead, mercury, cadmium,
hexavalent chromium, PBB, and PBDE in certain electrical and
electronic products sold into the EU as of 1 July 2006.
NOTE: For purposes of this Catalog, included within the definition of RoHS Compliant are products that are clearly “Out of
Scope” of the RoHS Directive such as hand tools and other
non-electrical accessories.
Non-RoHS Compliant — These part numbers are identified
with a “” symbol. These products do not comply with the
material restrictions of the European Union Directive
2002/95/EC.
NOTE: Information regarding RoHS compliance is provided
based on reasonable inquiry of our suppliers and represents
our current actual knowledge based on the information provided
by our suppliers. This information is subject to change. For latest compliance status, refer to our website referenced at right.
How to Use This Catalog
Based on the communications gear that you are
designing:
■ Wireless Basestations
■ Carrier Rack Equipment
■ Chassis Set Top Box
■ NIC Card
Typical equipment drawings
on pages 306-309 guide
you to the interconnect
section(s) in this catalog.
Selection guides will direct
you to products based
on performance and
mechanical requirements
such as impedance, VSWR,
max. frequency, power
handling, etc.
There are other guides
to help you find the right
connection: A table of
contents listed by interface
type, a complete connector
type selector describes
each interface with typical
applications, and a miniselection guide shows
key parameters to quickly
pinpoint the right connector
type.
Getting the Information You Need
Our comprehensive on-line RoHS Customer Support Center
provides a forum to answer your questions and support your
RoHS needs. A RoHS FAQ (Frequently Asked Questions) is
available with links to more detailed information. You can also
submit RoHS questions and receive a response within 24
hours during a normal work week. The Support Center also
provides:
■ Cross-Reference from
Non-compliant to Compliant
Products
■ Ability to browse RoHS
Compliant Products in our
on-line catalog
■ Downloadable Technical Data
Customer Information
Presentation
■ More detailed information
regarding the definitions used above
■ So whatever your questions when it comes to RoHS, we’ve
got the answers at www.tycoelectronics.com/leadfree
RoHS
Customer
Support
Center
2
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
RF Catalog Table of Contents
Disclaimer
While Tyco Electronics Corporation
and its affiliates referenced herein
(“Tyco Electronics”) have made every
reasonable effort to ensure the accuracy
of the information in this catalog,
Tyco Electronics does not guarantee that
it is error-free, nor does Tyco Electronics
make any other representation, warranty
or guarantee that the information is
accurate, correct, reliable or current.
Tyco Electronics reserves the right to
make any adjustments to the information
contained herein at any time without
notice. Tyco Electronics expressly disclaims all implied warranties regarding
the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for
a particular purpose. Tyco Electronics’
only obligations are those in the
Tyco Electronics Standard Terms and
Conditions of Sale, and in no case will
Tyco Electronics be responsible for any
incidental, indirect, or consequential
damages arising from the sale, resale,
use, or misuse of its products. Users
should independently evaluate the suitability of, and test each product for, their
application.
The dimensions, specifications, designs,
construction, materials and processes in
this catalog are for reference purposes
only and are subject to change without
notice. Please consult Tyco Electronics
for the most current product information.
The export of certain Tyco Electronics
products is restricted by the Arms Export
Control Act (Title 22, U.S.C. Sec 2751, et
seq.) or the Export Administration Act of
1979, as amended (Title 50, U.S.C., App.
2401 et seq.). Orders may be subject to
export approval by the U.S. Government.
Buyer must comply with all applicable
export laws of all applicable jurisdictions.
© Copyright 2007, 2000, 1998,
1994, 1992, 1990, and 1982 by
Tyco Electronics Corporation.
All International Rights Reserved.
ACTION PIN, AMP, AMP-HDI, AMPLIMITE,
AMP-O-LECTRIC, CERTI-CRIMP,
COAXICON, M/A-COM, OSP, OSSP,
PIDG, PRO-CRIMPER, RAYCHEM,
SIEMAX, SMT/QuickGrip, SOLISTRAND,
STAX, TE LOGO, TYCO ELECTRONICS
and Z-PACK are trademarks.
AT&T is a trademark of AT&T Corporation.
BELDEN is a trademark of Belden Wire
and Cable Company.
BERK-TEK is a trademark of Nexans, Inc.
COMM/SCOPE is a trademark of
Commscope, Inc.
DANIELS is a trademark of Daniels
Manufacturing Corporation.
GPO is a trademark of Corning Gilbert, Inc.
HIROSE is a trademark of Hirose Electric.
MURATA is a trademark of Murata
Electronics, Inc.
ROLM is a trademark of the Rolm Corp.
TPX is a trademark of Mitsui Chemicals
America, Inc.
TROMPETER is a trademark of
Trompeter Electronics, Inc.
VALOX is a trademark of General Electric
Company.
Other products, logos, and company
names mentioned herein may be
trademarks of their respective owners.
See inside back cover for Global
Contacts and phone numbers.
Miniature Connectors
7-16 Series Connectors .................................................................................................7-11
Lightning Protection Connectors .................................................................................12-19
Surge Protectors ......................................................................................................12-15
/4 Wave Stub Tuners ..............................................................................................16-19
N Series Connectors....................................................................................................20-25
Quick Lock N (QLN) Series Connectors .....................................................................26-28
TNC Connectors ..........................................................................................................29-43
BNC Connectors..........................................................................................................44-77
Mini BNC Connectors ..................................................................................................78-81
Decoupled Connectors................................................................................................82-87
Self-Terminating PC Board Connectors ............................................................................88
Twin BNC Connectors..................................................................................................89-92
F Series and G Series Connectors ..............................................................................93-99
Subminiature Connectors
SMA Connectors......................................................................................................100-123
QMA Connectors .....................................................................................................124-128
DIN Connectors .......................................................................................................129-156
Series 1.0/2.3 .......................................................................................................129-137
Series 1.6/5.6 .......................................................................................................138-146
Measurement Accessories...................................................................................147-150
Coaxial Cables ............................................................................................................151
SMP Connectors ......................................................................................................152-156
Blind Mate Connectors ............................................................................................157-175
OSP Miniature Blind Mate Connectors ................................................................157-168
OSSP Subminiature Blind Mate Connectors........................................................169-175
SMB Connectors......................................................................................................176-192
SMC Connectors......................................................................................................193-195
MCX Connectors......................................................................................................196-203
Compression Coax Board-to-Board Connectors............................................................204
STAX Coax Connectors ..........................................................................................205, 206
Micro Miniature RF Coax Connectors
SMT/QuickGrip Connectors.....................................................................................207-211
SSMT Connectors ....................................................................................................212-217
MMCX Connectors...................................................................................................218-221
UMCC Connectors...................................................................................................222-228
Switching Coax Connectors ....................................................................................229-236
Quick Snap Stripline (QSL) Connectors .........................................................................237
Multi Position Connectors
DIN Inserts ...............................................................................................................238-241
Size 8 Contacts.......................................................................................................242, 243
COAXICON Contacts...............................................................................................244-248
SIEMAX Connectors ...............................................................................................249, 250
Between Series Adapters............................................................................................251-260
Coaxial Terminations .........................................................................................................261
Application Tooling .....................................................................................................262-268
Cable Assembly Capabilities ......................................................................................269-271
Appendix
A - Theory and Application......................................................................................272-277
B - White Bronze Application Note..........................................................................278-280
C - Intermodulation Application Note ......................................................................281-283
D - Typical Coaxial Cable Specifications ................................................................284-298
E - Maximum Power Handling Capabilities for Cables ..................................................299
F - Nominal Loss Characteristics for Cables ..................................................................300
G - Glossary of Terms..............................................................................................301-305
RF Coaxial Solutions for Communications Equipment Overview ..............................306-309
RoHS Compliant to Non-RoHS Compliant Part Number Cross Reference ................310-312
M/A-COM Part Number Cross Reference...................................................................313, 314
Part Number Index ......................................................................................................315-318
3
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Connector Selection
Connector Types
7-16 Series connectors are designed for medium to high power applications such as cellular base
stations, control components, antenna and broadcast. The 7-16 Series minimizes intermodulation
distortion by white bronze or silver plating the electrical path. Combined hex/knurl coupling nuts
allow for manual or torque tightening, further reducing distortion by providing a strong butt joint.
Lightning Protection devices have an integral surge arrestor capsule which is designed to protect
equipment from high current pulses. It is effective against very fast rise times as induced by electromagnetic pulses from nuclear explosions (NEMP) and the slower pulses arising from lightning strikes (LEMP).
N Series threaded connectors have an air dielectric interface and are low cost. These connectors
operate to 11 GHz and are commonly used in cable-based local-area networks (LAN’s) medium
power transmitters, and base station antenna applications.
TNC connectors have an interface similar to BNC except for a threaded coupling nut. The tighter fit
provided by this screw-on connection improves interface control allowing connectors to operate up to
11 GHz. TNC connectors are excellent for mobile units where top-notch performance is required
under vibration.
BNC connectors offer easy engagement and disengagement using bayonet couplings and overlapping dielectrics. They are most useful for frequently coupled and uncoupled RF connections with frequencies below 4 GHz. BNC connectors find applications in flexible networks, instrumentation, and
computer peripheral interconnections.
F & G Series connectors offer enhanced performance beyond 1 GHz. Designed to meet the rigorous requirements of Bellcore TA-NWT-001503 and SCTE specifications, the F & G series provides
high current carrying capabilities in both sealed and un-sealed configurations. Plugs, jacks and
adapters are available in threaded and push-on versions. These connectors meet the evolving
needs of the communications industry for increased reliability and performance.
SMA threaded connectors are widely used in microwave communications. Connectors operate to at
least 12.4 GHz on flexible coax cables, and up to 26.5 GHz on semi-rigid coax cables. Crimp-on
SMA connectors that operate to 26.5 GHz are available.
Blind Mate connectors operate to 22 GHz for OSP connectors, 28 GHz for OSSP connectors, and
40 GHz for SMP style connectors. These connectors offer easy slide-on connection and require less
alignment between the cable and the equipment than other connectors with comparable band width.
Blind Mate connectors are widely used as coaxial interconnects between plug-in modules and motherboards when axial and radial misalignments are necessary.
SMB connectors feature a snap coupling for fast connection. A self centering outer spring and overlapping dielectric allows easy snap-on and excellent performance even in moderate vibration. The
SMB is smaller in size than the SMA and excellent where engineers are concerned about circuit
miniaturization. Typical application is inter- or intra-board connection of RF or digital signals.
Commercial 50 ohm versions operate to 4 GHz, and 75 ohm versions reach 2 GHz.
MCX connectors offer a high reliability, space saving sub-miniature coaxial cable to cable and cable
to board interconnection system. The MCX connectors impedance types are applicable up to 6 GHz.
Surface Mount (SMT) connectors. The RF solution to the communication and information age.
Tyco Electronics’ SSMT and SMT Quick Grip connectors are designed to meet the growing demand
for surface mount RF connector technology. These connectors operate up to 6 GHz utilizing cable
assembly design to terminate to SMT connectors. Surface mount connectors contribute to high
density packaging and high volume manufacturing requirements.
Multi Position connectors. These connector series, including the 1.0/2.3 (CECC 22230), 1.6/5.6
(CECC 22240), Subminiature D (DIN 41652 and CECC 75 301-082), and Tyco Electronics’ own
SIEMAX multi coax connector series offer the customer a broad choice of options where density and
performance are a major concern. The 1.0/2.3 series contacts are available in both 50 and 75 Ohm
versions and are designed for use to 10 GHz. The different types of coupling mechanisms, such as
screw on, slide-in and latching coupling provide for a variety of space-saving installations. The connector series 1.6/5.6 has been modified to incorporate improved technical advantages. A 75 Ohm
design for use up to 8 GHz, it offers excellent screening effectiveness and is a most suitable component for those applications where the transmission of high bit rates is required. In Subminiature D
type connectors these interfaces provide good electrical grounding and electromagnetic shielding in
a small package size. These plug connectors address the increasing demands related to EMC
(electromagnetic compatibility) and RFI (immunity to radiated noise), and are widely used as interface connectors in office and data systems, telecommunications equipment, and in measurement
and control systems. Tyco Electronics’ SIEMAX connectors combine the benefits of surface mount
technology and modular design. This 75 Ohm connector series operates up to 2 GHz and offers a
compact grid pitch of 10mm. Its uses include multiplex and high-density systems, and Base Station
applications.
Miscellaneous connector types include multiple-circuit connectors that use coaxial contacts in a
pin-and-socket configuration, crimp-on ferrules that offer fast, reliable connections for attaching one or
more ground taps to shielded wire and braided shield terminations for connecting cable shields to pc
boards. Also available are network/premises interconnect products for Ethernet/IEEE 802.3 systems
and coaxial taps for simple, dependable connections from transceiver to LAN without cutting the cable.
4
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Connector Selection Guide
Product
7-16 Series
Lightning Protection
N Series
Commercial
TNC
Single Crimp
TNC
Dual Crimp
TNC
Commercial
TNC
75 Ohm
BNC
Single Crimp
BNC
Dual Crimp
BNC
Dual Crimp Commercial
BNC
Hex Crimp
BNC
Field Serviceable
BNC
75 Ohm
Nominal
Impedance
Ohms
50
50
Maximum
Frequency
GHz
7
2.5
Temperature
Rating
C
-55° to +155°
-45° to +85°
50
11
-65° to +85°
50
7
-65° to +165°
50
11
-65° to +165°
50
7
-55° to +85°
75
2
-55° to +85°
50
2.5
-65° to +165°
50
4
-65° to +165°
50
4
-55° to +85°
50
4
-55° to +85°
50
4
-65° to +165°
50
4
-40° to +125°
10
-40° to +85°
—
75
2
-40° to +85°
—
—
50
2.4
—
N/A
—
2
-65° to +85°
—
-55° to +85°
F Series
75
—
-55° to +85°
G Series
75
—
-55° to +85°
SMA
Semi-Rigid
SMA
Flexible
50
26.5
-65° to +105°
50
12.4
-65° to +165°
SMP
50
40
-65° to +165°
OSP
Semi-Rigid
OSP
Flexible
OSSP
Semi-Rigid
OSSP
Flexible
50
22
-65° to +125°
50
12.4
-65° to +125°
50
28
-65° to +125°
50
—
-65° to +125°
SMB
50
4
-65° to +85°
SMC
50
10
-65° to +85°
50
6
-65° to +165°
75
6
-65° to +165°
SMT Quick Grip
SSMT
50
50
3
6
-40° to +125°
-40° to +125°
MMCX
50
6
-55° to +155°
Mini BNC
75
2
-40° to +85°
QMA
50
6
-40° to +125°
Comp. Coax
[N]
50
75
MCX
Connectors
lb
—
DIN 1.0/2.3
Switching Coax
Durability
Cycles
Threaded
Threaded
Maximum
Peak
Voltage
4000
650
Page
No.
500
500
Connector
Body
Finish
White Bronze
White Bronze
Threaded
1000
500
Nickel
20
Threaded
500
500
Silver
29
Threaded
500
500
Silver or Nickel
29
Threaded
500
500
Nickel
29
Threaded
500
500
Nickel
29
Bayonet
500
500
Silver or Nickel
44
Bayonet
500
500
Silver or Nickel
44
Bayonet
500
500
Nickel
44
Bayonet
500
500
Nickel
44
Bayonet
500
500
Nickel
44
Bayonet
500
500
Nickel
44
Bayonet
500
200
Silver or Nickel
89
Threaded (F)
500
200
Nickel
93
Push-On (G)
500
200
Nickel
93
Threaded
500
500
100
Threaded
500
500
Gold or Passivated
Stainless Steel
Gold or Passivated
Stainless Steel
Snap-On
500
100
Gold
152
Gold or Passivated
Stainless Steel
Gold or Passivated
Stainless Steel
Gold or Passivated
Stainless Steel
Gold or Passivated
Stainless Steel
157
Coupling
Mechanism
RG8A/U
—
Adapter
—
90
400.3
(RG-214/U)
60
266.9
(RG-58C/U)
60
266.9
(RG-58C/U)
60
266.9
(RG-58C/U)
60
266.9
(RG-59B/U)
60
266.9
(RG-58C/U)
60
266.9
(RG-58C/U)
60
266.9
(RG-58C/U)
60
266.9
(RG-58C/U)
40
177.9
(RG-142B/U)
60
266.9
(RG-59B/U)
25
111.2
(RG-108/U)
40
(Series 59, 6, 7
—
Single Braid)
40
(Series 59, 6, 7
—
Single Braid)
60
266.9
(RG-402/U)
40
177.9
(RG-58C/U)
20
89
(RG-405/U)
60
267.02
(RG-402/U)
40
178
(RG-58/U)
20
89
(RG-405/U)
20
89
(RG-316/U)
20
89
(RG-316/U)
20
89
(RG-174/U)
20
32
(RG-316/U)
20
32
(RG-187/U)
Omni-Flex
—
Omni-Flex
—
10
44.5
(RG-178/U)
20
—
(735A)
20
—
(RG-316/U)
N/A
—
Nonconstant
Twin BNC
Cable Retention
7
12
100
Push-On
500
5000
Push-On
335
5000
Push-On
335
5000
Push-On
250
5000
Snap-On
335
500
Nickel
176
Threaded
250
500
Gold
193
Snap-On
500
500
Nickel
196
157
169
169
Snap-On
500
500
Nickel
196
Snap-On
Snap-On
250
250
5
100
Gold
Gold
207
212
Snap-On
500
500
Gold
218
Bayonet
300
500
Nickel
78
Quick Lock
335
100
Nickel
124
N/A
Thread/
Snap/Slide
Thread/
Snap/Slide
N/A
125
25
Gold
204
500
500
—
129
500
500
—
129
—
30,000
—
229
5
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Connector Selection (Continued)
Method of Termination
Tyco Electronics provides connectors that can be terminated to coaxial cable, printed circuit boards or other connector interfaces.
Selection of the proper connector to terminate to an RG
cable is simplified by using the format of this catalog.
Experience has proven that certain connector types lend
themselves to termination of particular coax cable sizes.
For example, miniature cables such as RG 188 are most
practically terminated to subminiature connectors such
as SMB and SMC styles. Figure 3 illustrates the interface
diameters of each connector type and the dielectric outside diameter (DOD) of popular RG cables. It is most economical to select a connector that terminates to a cable
with a dielectric diameter close in size to the connector’s
interface diameter. The product information sections of this
catalog have been organized so that all connector construction types are grouped together by cable size. This
allows easy selection of the connector construction best
suited for the application.
Tyco Electronics continually looks at new cable types
and will release new part numbers based upon general
market or specific customer needs. If you cannot find a
Tyco Electronics part number for a specific cable type,
please contact one of our sales locations or your local
distributor to make an inquiry.
Tyco Electronics offers a wide range of connector configurations for terminating to printed circuit boards. Also available are connectors which allow the interconnection of one
interface type to another.
RG-8
RG-6
N
RG-59/62
RG-58/142
BNC/TNC
SMA
RG-180
SMB/C
RG-188
RG-178
0
0.1
0.2
0.3
Diameter (Inches)
0.4
Connector
Cable Type
Figure 3
0.5
By reviewing this catalog, a connector can be found to
match most any application. Since the RF connector is a
part of a transmission line system, make sure when selecting a new connector design, that it is compatible with the
overall system’s performance.
Construction
The construction of a connector will greatly affect the
purchase price. The connector tables in this catalog
include construction details that allow you to select connectors that meet your requirements at the lowest price.
Commercial designs use lower cost materials, such as zinc
diecast bodies, polypropylene insulators and silver-plated
contacts. Specific details of connector construction are
listed in each product section of this catalog.
The materials used affect both performance and cost.
Common base metals include brass, beryllium copper and
stainless steel. The most common plating used for the center contact is gold because of its low contact resistance,
superior mating properties and corrosion resistance.
PTFE , polypropylene and polymethylpentene (TPX) are the
most common connector dielectrics. PTFE offers the lowest
loss, the most stable electrical properties and high-est
operating temperature. But since it cannot be injection
molded, manufacturing is more costly than other materials.
Be certain, when specifying connectors, that the temperature and voltage limitations are taken into consideration.
Assembly
There are several methods of assembly or termination, but
they can be categorized into two major areas: (1) Solder
center conductor and clamp braid (Category A) and (2)
Crimp center conductor and crimp braid. Other methods
are derived from combinations of the above, (e.g., solder
center conductor and crimp braid. Method (1) (Category
A) is generally used where no specialized tools are available, such as with field installations. With the development
of low cost assembly tools, method (2) is becoming more
popular for field installation.
Crimping is preferred in most manufacturing environments
where assembly tooling is available because terminations
can be made in the least amount of time and with the
greatest reliability. The design of crimp tools assures that
every termination is made the same; this cannot be done
with a clamp design without further testing or inspection.
Figure 4 illustrates the difference between braid crimping
using AMP “O” crimp and the industry-standard hex crimp.
The AMP “O” crimp gives a more consistent pressure on
the outer collar. In addition, the crimp of the center conductor provides superior VSWR as shown in Figure 5.
Benefits derived by using AMP “O” crimp:
■ No soldering of center contact is required. This alleviates all prospective problems associated with the soldering process such as excess solder, cold solder
joints and overheating the dielectric.
■ Fewer parts resulting in less assembly errors
■ Braid crimping which eliminates the need for the
combing, screwing and torquing associated with the
braid clamp.
TPX is a trademark of Mitsui Chemicals America, Inc.
6
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
7-16 Series Connectors
Product Facts
■
Designed for cellular basestations, control component,
antenna and broadcast
applications
■
Available in White Bronze
plating
■
Minimizes Intermodulation
Distortion by the use of
non-ferrous materials
■
Hex knurl for wrench
tightening
■
Available for several
popular RG cable sizes in
solder-clamp and crimpcrimp attachment styles
Tyco Electronics offers a
comprehensive range of
7-16 Connectors to suit
today’s challenging Wireless
Infrastructure Market. This
market demands reliable,
intermodulation sensitive
connectors that accommodate higher power.
Related Product Data
N Connectors — Pages 20-25
Application Notes —
White Bronze — Appendix B
Intermodulation — Appendix C
Between Series Adapters
For 7-16 Series Between Series
Adapters, see pages 251-260.
Tyco Electronics 7-16
Coaxial Connector Series
provides reliable, intermodulation- minimizing solutions
that also provide a logical
alternative to N Series connectors in high power applications where a more
rugged interface design is
required. Typical examples
of this include transmitter to
antenna links and channel
switching networks.
The 7-16 Series conforms to
CECC 22190 and IEC 169-4
specification standards and
has a 2.7kV working voltage
at the connector interface
and maximum power
handling capability of 4kW.
The series has been
designed for these
demanding environments
and can withstand a minimum of 500 mating cycles.
Popular RG cable sizes are
covered in both
solder/clamp and crimp
attachment styles. Two
piece combination connectors adapt to straight or
right-angle configurations,
minimizing the number of
different part codes needed
by the customer. Series N to
7-16 between series
adapters facilitate the transition between system interfaces as well as providing a
test interface.
The increased customer
demand for greater channel
capacity combined with
increased sensitivity of
receivers has exposed the
IMD (Intermodulation
Distortion) phenomenon.
To address this problem
7-16 Connectors have been
designed to reduce
IMD through the use of nonferrous base materials and
by silver plating of the electrical path. The proprietary
White Bronze plating technique is standard, providing
high corrosion resistance,
low porosity, scratch
resistance, low RF loss
and a non-magnetic finish.
Incorporation of hex-knurl
coupling nuts allow for
hand or wrench tightening
of connectors, depending
upon the application.
Tyco Electronics is a
global ISO 9001 certified
manufacturer and maintains
a complete in-house
Intermodulation Testing
facility. Connector part
numbers shown form just a
small part of the extensive
interconnect package that
Tyco Electronics offers for
the professional wireless
and telecom markets.
7
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
7-16 Series Connectors (Continued)
General Specifications
Materials
Female Contacts (inner and outer)
Other Metal Parts
Insulators
Gaskets
Finishes
Parts in the electrical path
Other Metal Parts
Beryllium Copper
Brass
Fluorocarbon Polymer
Silicone Rubber
Silver over copper
White Bronze
Electrical
Frequency Range
Impedance
Insulation Resistance
Maximum Working Voltage rms (sea level)
Maximum Proof Voltage rms (sea level)
Center Contact Resistance
Insertion Loss
VSWR
Intermodulation
DC-7GHz
50 Ohms
10,000 Megohms Minimum
2.7kV (connector)
1.4kV (versions for RG 213, 214 and 393)
2.7kV (connector)
1.4kV (versions for RG 213, 214 and 393)
0.8 milliohm (max.) after conditioning
90%
1.32 mm Dia. — > 90% (each braid
layer)
1.37 mm Dia. — > 90%
Jacket —
0.8 mm Dia. — FEP or PFA
1.32 mm Dia. — FEP
1.37 mm Dia. — FEP
Jacket Size —
0.8 mm Dia. — 0.80 mm OD
1.32 mm Dia. — 1.32 mm OD
1.37 mm Dia. — 1.37 mm OD
Impedance (Ohms) —
0.8 mm Dia. — 50 ± 2
1.32 mm Dia. — 50 ± 2
1.37 mm Dia. — 50 ± 2
Velocity of Propagation —
0.8 mm Dia. — 70%
1.32 mm Dia. — 70%
1.37 mm Dia. — 70%
CC Resistance (Ohms/KM) —
0.8 mm Dia. — 1450
1.32 mm Dia. — 560
1.37 mm Dia. — 354
Voltage Rating —
0.8 mm Dia. — 60 VAC
1.32 mm Dia. — 60 VAC
1.37 mm Dia. — 60 VAC
Attenuation — See chart
Mechanical Characteristics
Minimum Bend Radius —
0.8 mm Dia. — 5 mm single bend,
30 mm continuous flexing
1.32 mm Dia. — 5 mm single bend,
30 mm continuous flexing
1.37 mm Dia. — 5 mm single bend,
30 mm continuous flexing
Jacket
Dielectric
Center
Conductor
Braided
Shield
UMCC Cable Attenuation
Frequency (GHz)
0.0
1.0
2.0
3.0
4.0
5.0
6.0
0
-1
-2
Attenuation (dB/m)
-3
1.37 mm OD
-4
-5
0.80 mm OD
1.32 mm OD
-6
-7
-8
-9
-10
223
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
UMCC — Ultraminiature Coax Connector and Cable Assembly Series (Continued)
PCB Receptacles —
Style A
H Max.
Receptacle
Printed
Circuit Board
Style
Mates with UMCC
Connector Type
A
II / III
A
II / III
UMCC PCB Receptacle
2.6
[.102]
Mated Height
(H)
2.00–2.50
.079–.098
2.00–2.50
.079–.098
Description
Part Number
UMCC PCB Receptacle, 2500 Pc Reel
1566230-1
UMCC PCB Receptacle, 500 Pc Bag
1566230-2
0.25
[.010]
1.8
[.071]
1.0
Ref.
[.039]
1.05
Ref.
[.041]
2.6
[.102]
Ø 2.0
[.079]
2.2
Ref.
[.087]
3.0
[.118]
1.0
[.039]
Ref.
0.6
[.024]
1.25
[.049]
0.35
[.014]
1.9
Ref.
[.075]
4.0
[.157]
Ref.
2.1
[.083]
Cut Out Prohibition Area
Recommended PC Board Layout
PCB Receptacles —
Style B
H Max.
Receptacle
Printed
Circuit Board
UMCC PCB Receptacle
Style
Mates with UMCC
Connector Type
B
I
B
I
2.6
[.102]
1.8
[.071]
Mated Height
(H)
2.00
.079
2.00
.079
Description
Part Number
UMCC PCB Receptacle, 2500 Pc Reel
1775146-1
UMCC PCB Receptacle, 500 Pc Bag
1775146-2
0.25
[.010]
1.05 Ref.
[.041]
2.6
[.102]
1.00
[.039]
Ref.
1.15
[.045]
2.2
Ref.
[.087]
3.0
[.118]
Ø 2.1
[.083]
0.6
[.023]
1.0
Ref.
[.039]
0.35
[.014]
1.9
Ref.
[.075]
4.0
[.157]
Ref.
2.1
[.083]
Cut Out Prohibition Area
Recommended PC Board Layout
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
224
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
UMCC — Ultraminiature Coax Connector and Cable Assembly Series (Continued)
Standard Double Ended
Cable Assemblies
H Max.
Receptacle
Printed
Circuit Board
UMCC Connector
Type
I
II
III
Mated Height
(H)
2.00
.079
2.00
.079
2.00
.079
2.00
.079
2.50
.098
2.50
.098
2.50
.098
2.50
.098
2.50
.098
2.50
.098
Cable Dia.
0.80
.031
0.80
.031
0.80
.031
0.80
.031
0.80
.031
0.80
.031
1.32
.052
1.32
.052
1.37
.054
1.37
.054
Length
L
100.00
3.937
200.00
7.874
100.00
3.937
200.00
7.874
100.00
3.937
200.00
7.874
100.00
3.937
200.00
7.874
100.00
3.937
200.00
7.874
Mates with
PCB Rcpt.
Part Number
Style B
1750109-1
Style B
1750109-2
Style A
1750108-1
Style A
1750108-2
Style A
1750107-1
Style A
1750107-2
Style A
1750107-3
Style A
1750107-4
Style A
1750107-5
Style A
1750107-6
L
4.0
Ref.
[.157]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
225
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
UMCC — Ultraminiature Coax Connector and Cable Assembly Series (Continued)
Interseries Cable
Assemblies
UMCC Connector
Type
III
II
Mated Height
(H)
2.50
.098
2.50
.098
2.50
.098
2.50
.098
2.50
.098
2.00
.079
2.00
.079
Cable Dia.
Length
Description
1.37
.054
1.37
.054
1.37
.054
1.37
.054
1.37
.054
0.80
.031
0.80
.031
200.00
7.874
200.00
7.874
200.00
7.874
200.00
7.874
200.00
7.874
200.00
7.874
200.00
7.874
UMCC Plug to
FME Plug
UMCC Plug to
SMA Plug
UMCC Plug to
SMA Bulkhead Jack
UMCC Plug to
MCX Right-Angle Plug
UMCC Plug to
MMCX Right-Angle Plug
UMCC Plug to
MCX Right-Angle Plug
UMCC Plug to
MMCX Right-Angle Plug
UMCC to FME Plug
200.0
[7.874]
UMCC to SMA Plug
200.0
[7.874]
UMCC to SMA Bulkhead Jack
200.0
[7.874]
UMCC to MCX Right-Angle
Plug
1750110-2
1750110-4
1750110-6
1750110-8
1-1750110-0
1750110-7
1750110-9
20.0
Ref.
[.787]
20.0
Ref.
[.787]
20.0
Ref.
[.787]
200.0
[7.874]
UMCC to MMCX Right-Angle
Plug
Part Number
200.0
[7.874]
20.0
Ref.
[.787]
20.0
Ref.
[.787]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
226
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
UMCC — Ultraminiature Coax Connector and Cable Assembly Series (Continued)
Adapters
UMCC Connector
Type
Description
UMCC Jack Receptacle to
SMA Plug
UMCC Plug to SMA Jack
UMCC Jack Receptacle to
SMA Plug
UMCC Plug to SMA Jack
I
II / III
10.60
[.417]
Part Number
1775228-1
1775229-1
1775227-1
1775230-1
10.60
[.417]
8.0
Hex.
[.315]
1.10
[.043]
8.0
Hex.
[.315]
1.10
[.043]
Ø 2.00
[.078]
Ø 1.90
[.074]
Part Number 1775228-1
10.0
[.393]
Part Number 1775227-1
14.0
[.551]
5.6
[.220]
Ø 6.25
[.246]
Ø 5.3
[.208]
10.0
[.393]
Ø 2.5
[.098]
1/4-36UNS
Part Number 1775229-1
5.6
[.220]
Ø 6.25
[.246]
Ø 5.3
[.208]
Ø 2.6
[.102]
1/4-36UNS
14.0
[.551]
Part Number 1775230-1
Extraction Tool
Part Number 1775231-1
4.50
[.177]
100
[3.937]
30.00
[1.181]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
227
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
UMCC — Ultraminiature Coax Connector and Cable Assembly Series (Continued)
Application Notes
Mating/Unmating —
Cable Plugs
Pulling Tool
2N Max.
Step 1
Step 2
RF Coax Cable
4N Max.
2N Max.
Receptacle
Printed Circuit Board
Mating/Unmating
Permissible Load
1. To mate the connectors,
insert the cable plug into
the SMT receptacle, making sure the cable plug
is as vertical as possible
and the mating axis of
both connectors are
aligned. Do not insert on
an extreme angle.
Do not apply excessive
load to the cable after the
connectors are mated.
Please refer to the permissible loads indicated in the
figure to the right.
2. To unmate the connectors,
insert the end portion of
the extraction tool under
the SMT receptacle connector flanges and pull off
vertically in the direction
of the mating axis.
Tape and Reel Packaging
Specifications
Standard Receptacles
1.75
[.069]
2.0 0.1
[.079 .004]
4.0 0.1
[.157 .004]
Ø 1.50
[.059]
Center
Contact
0.30
[.012]
Ø 330
[12.99]
5.5
12.0 [.217]
[.472]
1.40
[.055]
Ø 13.0
[.512]
1.60
[.063]
8.0
[.315]
Dimensions of Taping
Dimensions Reel (2500 Pieces/Reel)
Soldering Profile —
SMT Receptacle
1. The preferred technique
for mounting the SMT
Receptacle package is to
reflow solder the device
onto a PCB (Printed
Circuit Board).
Hand Soldering (Reference only)
2. Soldering period: within
5 seconds.
2. The maximum temperature
for the lead of PCB surface
does not exceed 240°C.
Heating peak
240 C – 3 seconds
( C)
1. Soldering iron: The
maximum temperature
is 240°C.
TEMPERATURE
Recommended Temperature
Profile (Reference)
260
240
220
200
180
160
140
120
100
80
Preheating 183 C
(130 to 165 C)
Within 2 minutes
40 to 50
seconds
TIME
3. The right reflow soldering
profile is for reference and
will modify under individual different conditions.
228
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors
Product Facts
■
Able to switch RF signal
from internal to external
antenna
■
SMD component for
standard pick & place
■
Up to 2.4 GHz
■
Up to 30,000 life cycles
■
High radial and axial
tolerance capture
■
Low insertion loss
■
Right-angle cable plug with
floating for alignment
tolerance capture
■
Application in handsets
Product Specification
108-71000
Technical Features
Impedance — 50 Ohms
Operating Temperature —
–40°C to +85°C
Radial Tolerance Capture —
±1.0 [.039] (except for 3.5 [.138] height)
Axial Tolerance Capture — 0.6 [.024]
Plating — Outer shell and center
contact are gold plated
Short Stamped Contact —
Selective gold plating
Long Stamp Contact (switch) —
Full gold plating with ink barrier
Insertion Loss — 0.30 dB max.
at 2 GHz
Isolation — 26 dB min. at 2 GHz
VSWR — 1.15:1 at 1 GHz, below
1.20:1 at 2 GHz
Mated Insertion Loss (after life
cycle testing) — Below 0.30 dB at
1 GHz, below 0.45 dB at 2 GHz
Unmated Insertion Loss (after life
cycle testing) — Below 0.20 dB at
1 GHz, below 0.35 dB at 2 GHz
Packaging on reels for SMD.
For more details, refer to the product
specification.
The Tyco Electronics SMD
mobile phone connector
system offers a low-cost
and effective solution to
passive switching between
an internal and external
phone antenna. When
implemented in a cradle kit,
the connector helps to
make possible hands-free
operation of the mobile
phone within a vehicle,
enhancing safety and permitting compliance with a
growing body of legislation.
Connection to the external
antenna also enhances
signal gain and clarity.
The connector design
accommodates gross misalignment between the
Figure 1 — System Configuration
phone and cradle, which is
extremely important when
blindmating is necessary.
The Tyco Electronics switching coax connector system
meets all performance
objectives, including up to
30,000 connect/disconnect
and switching cycles over
the connector’s life.
Figure 2 — System Configuration
229
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Right-Angle Cable Plugs
L1
L2
A
D
F
Note: Hex Crimp Dim. 3.25 [.128]
RG/U
Cable
A
5x5 Square
5x5 Square
6.0
.236
6.0
.236
6.0
.236
6.0
.236
RG 174
D
3.4
.134
3.4
.134
3.4
.134
3.4
.134
3.4
.134
3.4
.134
Dimensions
F
6.9
.272
9.6
.378
6.9
.272
9.6
.378
6.9
.272
9.6
.378
SMD Switching Jacks
L1
15.6
.614
15.6
.614
15.8
.622
15.8
.622
20.3
.799
20.3
.799
L2
10.9
.429
10.9
.429
10.9
.429
10.9
.429
11.0
.433
11.0
.433
Single Packed
Part No.
Bulk Packed
Part No.
619028-2
5-619028-2
619028-4
5-619028-4
619041-2
5-619041-2
619041-4
5-619041-4
619078-1
5-619078-3
619078-2
5-619078-4
D
H
L
H
6.0
.236
4.5
.177
3.5
.137
Dimensions
L
8.0
.315
8.0
.315
8.0
.315
Diameter
D
Part No.
5.4
.213
5.4
.213
5.4
.213
619061-1
3.2
.126
3.2
.126
3.2
.126
619062-1
619072-1
Other models upon request.
For all dimensions, stencil and PCB recommended layout, see customer
drawing.
*Dim. is the width of the connector on the PCB.
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
230
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Switching SMD Jack
Low Profile
Part Number 619061-1,
Part Number 619062-1, and
Part Number 619072-1
0.42
[.017
0.08
.003]
2.70 0.25
[.106 .010]
Ø 5.00
[.197]
2.10 0.10
[.083 .004]
3.10 0.10
[.122 .004]
Ø 5.10
[.201]
2.40 0.10
[.094 .004]
0.80 0.05
[.031 .002]
Detail X
4.30 0.10
[.169 .004]
Detail Y
3.20 0.10
[.126 .004]
3.80 0.10
[.150 .004]
3.70 0.10
[.146 .004]
8.00 0.20
[.315 .008]
0.00
Ø 3.40 +– 0.05
+ .000
[.134 – .002 ]
Ø 5.40
[.213]
Ø 0.60
[.024]
A
Center Contact
Dielectric
Outer Shell
Second
Signal
Contact
1.70
[.067]
Spring
Y
Section A-A
Area Without
Trace
2.40
[.094
A
A
0.10 0.020
[.004 .0008]
2.70 0.10
[.106 .004]
0.20 0.07
[.008 .003]
3.10 0.05
[.122 .002]
Ground
Ground With
Solder Stop Mask
0.10
.004]
Signal With
Solder Stop Mask
0.90 0.05
[.035 .002]
Signal
0.10
R 1.50 +– 0.00
+ .004
[.059 – .000 ]
R 2.70 0.05
[.106 .002]
3.65 0.05
[.144 .002]
3.05 0.05
[.120 .002]
0.080
4.58 +– 0.070
0.080
3.97 +– 0.070
+ .0031
+ .0031
[.180 – .0028 ]
[.156 – .0028 ]
Recommended PCB Layout
Plating
Gold
Gold
Gold
Dim. A
6.00 ± 0.10
.236 ± .004
4.50 ± 0.10
.177 ± .004
3.50 ± 0.10
.138 ± .004
Part No.
619061-1
619062-1
619072-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
231
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Switching SMD Jack
ESD Protected
Part Number 619133-3
Plating — Gold
2.35
Max.
[.093]
R 1.40
[.055]
2.45 4.60 0.30
[.096] [.181 .012]
3.20
[.126]
0.80
[.031]
Ø 5.40 0.10
[.213 .004]
A
Center
Contact
Dielectric
Spring
Outer Shell
6.30 0.10
[.248 .004]
1.64
[.065]
Second
Signal
Spring
Contact
3.70 0.25
[.146 .010]
7.00
[.276]
8.00
[.315]
0.50
[.020]
A
0.25 0.10
[.010 .004]
Section A-A
0.05
3.10 +– 0.00
Area Without
Track
2.70 0.10
[.106 .004]
+ .002
[.122 – .000 ]
Ground
Ground With
Solder Stop Mask
2.40 0.10
[.094 .004]
Signal With
Solder Stop Mask
0.90 0.05
[.035 .002]
Signal
0.05
R 2.70 +– 0.00
+ .002
[.106 – .000 ]
3.65 0.05
[.144 .002]
0.10
R 1.50 +– 0.00
+ .004
[.059 – .000 ]
3.05 0.05
[.120 .002]
0.080
4.58 +– 0.070
+ .0031
[.180 – .0028 ]
0.080
3.97 +– 0.070
+ .0031
[.156 – .0028 ]
Recommended PCB Layout
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
232
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Switching SMD Jack
ESD Protected
4.1mm Height
Part Number 619201-1*
5.00
[.197]
0.80
[.031]
1.50
[.059]
Ø 5.80 0.20
[.228 .008]
1.60
[.063]
Ø 4.40 0.20
[.173 .008]
Plating — Gold
0.70
[.028]
Ø 6.20
[.244]
0.70
[.028]
0.00
Ø 3.40 +– 0.05
+ .000
[.134 – .002 ]
Ø 0.56
[.022]
Outer Shell
Center Contact
3.45
[.136]
1.07
[.042]
3.88
[.153]
Dielectric
1.80 0.20
[.071 .008]
Spring Contact
Mated Position
Ø 4.35
[.171]
2.50
[.098]
0.15
1.00 +– 0.10
+ .006
[.039 – .004 ]
4 Plcs.
R 0.28
[.011]
1.00
[.039]
45
Ø 5.00
[.197]
Recommended PCB Layout
4.10
[.161]
1.80
[.071]
Unmated Position
*Mirrored Version of Part Number 619201-1 Also Available Under Part Number 619231-1
Switching SMD Jack Mid
Part Number 619075-1
Plating — Gold
B
B
2.90
60
[.114]
0.70
[.028]
5.50 0.10
[.217 .004]
0.40
Sq.
[.016]
1.90
0.70 [.075] 1.85
[.028]
[.073]
1.60
[.063]
0.80
[.031]
0.10 0.02
[.039 .001]
R 0.30
[.012]
Ø 5.00 0.10
[.197 .004]
1.25
R 1.75 [.049]
[.069]
R 2.50
[.098]
0.50 0.05
[.020 .002]
R 0.20
[.008]
Ø 2.50
[.098]
0.40
[.016]
3.50
[.138]
Dielectric,
Plated
38
Dielectric,
Unplated
D
1.00
[.039]
2.40 0.10
[.094 .004]
Ø 4.20
[.165]
D
Spring Contact 0.20
[.008]
Section B-B
Section D-D
2.80
[.110]
0.40
[.016]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
233
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Micro Switching Coax
Connector
Part Number 619196-1
Plating — Gold
1.30
[.051]
Contact Spring
Ø 1.70
[.067]
10.40
[.409]
Shell Angle
Outer
Shell
Plating — Gold
Lid
Ferrule
Nano Switching Coax
Part Number 619213-1
Ground
Ø 3.00
[.118]
8.10
[.319]
1.00
[.039]
A
3.00 0.20
[.118 .008] 1.80
[.071]
2.00
[.079]
1.70
[.067]
Input Signal
A
Dielectric,
Unplated
Section A-A
0.70
[.028]
3.40
[.134]
Dielectric,
Plated
2.50
[.098]
3.20
[.126]
Output
Signal
1.54
[.061]
Ø 0.80
[.031]
Right-Angle Cable Plug For
Micro Switching Coax
Connector Cable RG 316/
RG 174
Part Number 619211-2
0.70
[.028]
3.00
[.118]
Ø 3.00
[.118]
0.80
[.031]
Copper
0.90
Clearance
[.035]
1.40
[.055]
Recommended PCB Layout
Dielectric
Snap Spring
Center
Contact
Ø 0.70 Ø 3.50
[.028] [.138]
2.20
[.087]
5.10 Sq.
[.201]
4.80
[.189]
7.00
[.276]
0.45
[.018]
1.25 0.05
[.049 .002]
Plating — Gold
0.60
[.024]
3.00 0.05
[.118 .002]
1.05 0.05
[.041 .002]
Ø 1.92 0.15
[.076 .006]
2.65 0.05
[.104 .002]
2.90
[.114]
1.70 0.15
[.067 .006]
2.70 0.15
[.106 .006]
1.55 0.05
[.061 .002]
1.25 0.05
[.049 .002]
0.30 0.05
[.012 .002]
0.55 0.05
[.022 .002]
Recommended PCB Layout
2.70 0.15
[.106 .006]
1.45
[.057]
Ø 0.55
[.022]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
234
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Protected Front Contact
Cable Plug
Part Number 5-619028-1,
Part Number 5-619078-1,
and Part Number 5-619137-1
3.40
[.134]
A
Safety
Spring Ring
Ø 9.60
[.378]
5.10
[.201]
Dielectric
Ø 9.60
[.378]
Plating
7.35
[.289]
Center
Contact
Lid
Gold
Outer
Shell
Gold
Spring Support
Gold
Washer
Shell Angle
Protected Front Contact
Cable Plug With
Cylindrical Interface
Part Number 5-619076-2
Part No.
5-619028-1
5-619078-1
*5-619137-1*
Bulk packaging.
*Outer conductor without slot.
Ferrule
15.60
[.614]
10.92
[.430]
6.62
[.261]
Dielectric
5.00 0.25
[.197 .010]
0.110
Ø 2.50 +– 0.010
+ .0043
[.098 – .0004 ]
Safety
Ring
Plating — Gold
Bulk packaging.
Dim. A
10.92
.430
14.90
.587
10.92
.430
5.10
7.35 [.201]
[.289]
Ø 9.60
[.378]
5.67
[.223]
Lid
Spring
Shell Angle
Center
Outer Contact
Shell
Ø 3.50 0.025
[.138 .0010]
Spring Support
Washer
Ferrule
Cable Plug/
SMA Jack Adapter
Part Number 619052-1
7.00
[.276]
Plating — Gold
35.00
[1.378]
22.00
[.866]
13.00
[.512]
Safety Ring
6.62
[.261]
Dielectric
Dielectric
Center Contact
Ø 10.00
[.394]
1/4" - 36 UNS-2A
Cable Plug/
SMA Jack Adapter
With Conical Flange
Part Number 619068-1
7.00
[.276]
Plating — Gold
Ø 6.50
[.256]
22.00
[.866]
35.00
[1.378]
Dielectric
Outer
Shell
5.47
[.215]
13.00
[.512]
6.62
Ø 8.18
[.261]
[.322]
Ø 3.40
[.134]
Safety Ring
Dielectric
Center Contact
Ø 10.00
[.394]
1/4" - 36 UNS-2A
Ø 6.50
[.256]
Outer
Shell
5.47
[.215]
Ø 3.40
[.134]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
235
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
COAXICON Series Mobile Phone Switching Coax Connectors (Continued)
Switching SMD Jack/
SMA Jack Adapter
Part Number 619053-1
7.00
[.276]
22.00
[.866]
35.00
[1.378]
13.00
[.512]
Dielectric
Outer Shell
Plating — Gold
Center Contact
Ø 10.00
[.394]
1/4" - 36 UNS-2A
Adapter SMA Jack —
MSC Test Plug
With Conical Flange
Part Number 619210-1
7.00
[.276]
Ø 0.60
[.024]
Ø 6.50
[.256]
22.00
[.866]
Dielectric
20
Ø 5.40
[.213]
+ 0.020
Ø 3.40 – 0.080
.0008
[.134 +– .0031
]
0.17
13.00 +– 0.12
+ .007
[.512 – .005 ]
Ø 8.18
[.322]
2.90
[.114]
Dielectric
Center Contact
R 0.35
[.014]
Ø 10.00
[.394]
Plating — Gold
Ø 6.50
[.256]
1/4" - 36 UNS-2A
Adapter SMA Jack —
NSC Test Plug With
Two-Hole Flange
Part Number 619214-1
Ø 0.70
[.028]
2.20
[.087]
Outer
Shell
11.40
[.449]
Ø 3.00
[.118]
1.00 0.10
[.039 .004]
Ø 7.00 0.10
[.276 .004]
A
Ø 3.40 0.10
[.134 .004]
Ø 5.00 0.10
[.197 .004]
Outer
Shell
Ø 20.00 0.10
[.787 .004]
Plating — Gold
14.00 0.10
[.551 .004]
A
8.00
[.314
0.10
.004]
0.10
Ø 2.60 +– 0.00
+ .004
[.102 – .000 ]
2 Plcs.
Center
Contact
Pin
Flange
Ø 7.50 0.20
[.295 .008]
Center
Contact
Female
Dielectric
Dielectric
8.70 0.20
[.343 .008]
6.00 0.10
[.236 .004]
18.70 0.20
[.736 .008]
28.20 0.30
[1.110 .012]
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
236
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
DIN Inserts (Continued)
Coaxial Inserts,
50 Ohm
Z-PACK 2mm
HM Connectors
Vertical PC Board Mount, Compliant
4.15 –0.012
[.163 –.0004]
4.75 –0.03
[.187 –.001]
1.15 +0.30
[.045 +.012]
12.21
[.480] Ref.
5.50
[.216]
Min.
90 0'
Typ.
5.10 Max.
[.200] Sq.
1.00 0.05 Typ.
[.039 .002]
45 0'
Typ.
5.08 0.05
[.200 .002]
Recommended
PC Board Layout
Right-Angle PC Board Mount, Compliant
17.75
Ref.
[.700]
5.35 –0.30
[.216 –.012]
6.10 Max.
[.240] Sq.
7.00 0.10
[.275 .004]
90 0'
Typ.
45 0'
Typ.
4.75
.187
0.03
0.09
.001
.004
Coaxial Inserts to
SMA Adapters
5.08 0.05
[.200 .002]
4.20 +0.075
[.165 +.003]
4.00
[.157
Type
Vertical PCB Socket,
Compliant
Rt. Angle PCB Pin,
Compliant
1.00 0.05 Typ.
[.039 .002]
0.10
.004]
Recommended
PC Board Layout
Housing Type
Z-PACK 2mm
HM Male
Z-PACK 2mm
HM Female
Application Tooling
Part No.
904800-1
5148385-1
904805-1
904804-1 Support Anvil
5148386-1
Coaxial Insert Plug to SMA Jack
7.92 0.12
[.312 .005]
Hex.
19.1
[.755] Max.
Part No.
1274192-1
Coaxial Insert Socket to SMA Jack
7.92
Hex.
[.312]
Part No.
1274191-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
239
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
DIN Inserts (Continued)
Coaxial Inserts (50
/75
)
Bulkhead Cable Jack for
male connectors
Ø 5.8
[.228]
4.05
[.159]
Ø Max.
2.6
.102
2.67
.105
9.6
[.378]
Width Across Flats
of Hex Profile
3.2
.126
3.2
.126
Cable Type
RG 316 (50
)
RG 179 (75
)
Part No.
1392020-1
3-1393668-4
23.9
[.941]
Bulkhead Cable Jack for
female connectors
Ø 5.8
[.228]
4.75
[.187]
Ø Max.
2.6
.102
2.67
.105
Cable Type
RG 316 (50
)
RG 179 (75
)
Width Across Flats
of Hex Profile
3.2
.126
3.2
.126
Part No.
1392019-1
3-1393668-0
9.35
[.368]
23.9
[.941]
Right-Angle Bulkhead Jack for
male connectors
A
Ø 6.0
[.236]
Dim A
9.6
[.378]
Ø 4.05
[.159]
13.1
[.516]
Ø Max.
22.4
.882
24.0
.945
2.6
.102
2.67
.105
2.67
.105
2.67
.105
Dim A
Ø Max.
18.7
.736
22.3
.878
18.7
.736
18.7
.736
2.6
.102
2.6
.102
3.0
.118
2.67
.105
19
.748
Cable Type
RG 316 (50
)
RG 179 (75
)
RG 179 (75
)
RG 179 (75
)
Width Across Flats
of Hex Profile
Part No.
3.2
.126
1-1393668-2
3.2
.126
3.2
.126
2-1393668-8
3-1393668-6
Right-Angle Bulkhead Plug for
female connectors
Ø 6.0
[.236]
A
9.35
[.368]
Ø 4.75
[.187]
13.1
[.516]
Cable Type
RG 316 (50
)
RG 316 (50
)
RD 316 (50
)
RG 179 (75
)
Width Across Flats
of Hex Profile
3.2
.126
3.2
.126
3.6
.142
3.2
.126
Part No.
1393668-4
1393668-8
1393668-7
2-1393668-4
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
240
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
DIN Inserts (Continued)
Coaxial Inserts (50
/75
Bulkhead Plug, PC Board
connection for DIN 41612 M
female connectors
) (Continued)
17.9
[.705]
9.35
[.368]
5.08
[.200]
Ø 4.75
[.187]
Part No.
1-1393662-0
Ø 1.0
[.039]
Pitch 2.54
[0.10]
Recommended
Mounting Hole
Right-Angle Bulkhead Jack,
PC Board for DIN 41612 M
male connectors
17.9
[.705]
3.0
[.118]
9.6
[.378]
4.05
[.159]
Part No.
1-1393662-4
6.9
[.272]
5.08
[.200]
Right-Angle Bulkhead Plug,
PC Board for SIEDECON
female connectors
17.8
[.701]
3.0
[.118]
9.35
[.368]
Ø 4.75
[.187]
Part No.
1-1393662-2
6.9
[.272]
5.08
[.200]
Ø 1.0
[.039]
Pitch 2.54
[0.10]
Recommended Mounting holes for
Part No. 1-1393662-2 and 1-1393662-4
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
241
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Size 8 Contacts
Performance Characteristics
Frequency Range — 0 to 500 MHz
Operating Voltage, Max. —
275 vac rms @ sea level
Termination Resistance, Max. —
Center Contact — 6.0 milliohms
Outer Contact — 3.0 milliohms
Insulation Resistance, Min. —
5,000 megohms @ 500 vdc
Dielectric Withstanding Voltage —
Sea Level — 800 Volts rms
30,000 ft [9,144 m] — 525 volts rms
70,000 ft [21,336m] — 275 volts rms
VSWR to 500MHz, Max.
Pin/Socket
Straight/Straight
Right-Angle/Straight
Right-Angle/Right-Angle
VSWR
1.30
1.35
1.40
RF Crosstalk — 90dB @ 5-500 MHz
Mating Force, Max. — 4.0 lb
[17.8 N]
Unmating Force, Min. — 2.0 oz
[0.556 N]
Contact Retention — 20 lb [89 N]
Contact Durability — 500 cycles
Cable
RG/U
316, 188, 174,
179, 179A, 179B
188-type
Double-Braid
142, 142A, 142B
Force
lb
[N]
20
89
35
155.8
50
222.5
Moisture Resistance — 240 hours
per MIL-STD-1344, Method 1002,
Cond. II
Salt Fog — 48 hours per MIL-STD1344, Method 1001, Cond. B
Material
Brass — per QQ-B-626 and MIL-C-50
Phosphor Bronze — per QQ-B-750
Beryllium Copper — per QQ-C-530
37)(—per MIL-P-19468
Nylon—per MIL-M-20693
Extraction Tool Numbers
Subminiature D Housings —
58095-1 (AMPLIMITE)
AMP-HDI Housings — 58095-2
Finish
Bright Tin Plating — per ASTM-B-571
Copper Plating — per MIL-C-14550
Gold Plating — per MIL-G-45204
Nickel Plating — per QQ-N-290
Operating Temperature —
55°C to +125°C
Thermal Shock — 55°C to +125°C per
MIL-STD-1344, Method 1003, Cond. A
Physical Shock — 50 G’s per MILSTD-1344, Method 2004, Cond. A
Vibration — MIL-STD-1344, Method
2005, Cond. II
Straight Contacts
Pin
Socket
A
Max.
A
Max.
B
Dia.
Max.
B
Dia. Max.
Alignment Ring
for use in
Subminiature D
housing only
Die
Insert*
Pin
59993-1
—
—
5228618-5
5228596-5
Brass
Dimensions
A
B
24.13
5.94
.950
.234
24.28
5.94
.956
.234
59993-1
5221980-1
—
5228618-1
5228596-1
Brass
24.28
.956
5.94
.234
59993-1
—
—
5228618-2
5228596-2
Brass
24.28
.956
27.43
1.08
5.94
.234
6.48
.255
59993-1
—
—
5228618-3
5228596-3
58212-1
—
5221981-2
5228618-4
5228596-4
RG/Cable
Shell
Type
178, 178A,
178B,196, 196A
174, 316,
188, 188A
179, 179A,
179B, 187,
187A, 161,
BELDEN 9221
174, 316, 188,
Double Braid
142, 142A, 142B,
400, BELDEN 9246
Brass
Brass
50 Ohm
Socket
Non-Impedance Matched
Pin
Socket
*For hand tool 69710-1 or pneumatic tool 69365-8.
Note: Non-Impedance Matched and 50 Ohm are not intermateable.
BELDEN is a trademark of Belden Wire
and Cable Company.
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
242
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Size 8 Contacts (Continued)
PC Board Mount Contacts
Right-Angle Socket Contact
6.50
[.256]
17.58
[.692]
11.33
[.446]
5.08 ±0.08
[.200 ±.003]
1.02 ±0.08
Dia.
[.040 ±.003]
(5 Holes)
2.54 ±0.08
[.100 ±.003]
5.08 ±0.08
[.200 ±.003]
2.54 ±0.08
[.100 ±.003]
Recommended PC Board Layout
Type
Contact Part No.
Non-Impedance
Matched
Right-Angle
Socket Contact
5221162-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
243
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Miniature Contacts
Performance Characteristics
Insulation Resistance — 5000
megohms min
Dielectric Withstanding Voltage —
1,000 volts rms for 1 minute
Contact Resistance — 2.0 milliohms
@ 1 ampere
Low-Level Conductivity — 10 millivolts DC min.
VSWR — 1.3 to 1.0 @ 1,000 MHz max.
Cable Retention —
RG/U
Cable
58C
188A
180B
195A
Retention
lbs [N]
50 [222]
30 [133]
28 [125]
16 [71]
Temperature Range — -55°C to
+125°C
Test Method for Electronic and
Electrical Component Parts —
MIL-STD-202
Material
Inner Dielectric — Polypropylene,
nylon, or polymethylpentene, general
purpose
Retention Spring — Stainless steel
per QQ-S-766
Ferrule — Copper per QQ-C-576
Finish
Outer Shell, Center Conductor —
0.00076 [.000030] gold over 0.00076
[.000030] nickel
Retention Spring — Nickel per
QQ-N-290
Ferrule — Bright tin per MIL-T-10727
Outer Shell — Brass per MIL-C-50
Center Conductor — Brass per
QQ-B-626, or Beryllium copper
per QQ-C-533
Retention Springs
Part No. 201142-2
Note:
A ferrule and retention spring
(201142-2) are required for each pin
and socket.
Extraction Tool No. 305183-8
Durability — 500 cycles @ 10 cycles
per minute max.
Vibration — 2 hrs. per MIL-STD-202,
Method 201
Shock — 50 G’s per MIL-Std-202,
Method 213, Cond. G
Temperature Cycling — 5 cycles per
MIL-STD-202, Method 102, Cond C.
Ferrules
Socket
Pin
RG/U Cable
Ferrule
No.
Integral Die
Hand Tool
PRO-CRIMPER
Die Insert for Tools:
Hand Tool 69710-1
Pneu. 69365-2,
69365-32
316, 188, 188A
174
179, 179A, 179B
161, 187, 187A
Belden 9221
188 Double Braid
316 Double Braid
122
180, 180A, 180B
195, 195A,
21-597
Belden 8218
58, 58A, 58B, 58C
141
55, 55A, 55B, 223
124, 140, 210
62, 62A, 62B
59, 59A, 59B
328666-X
—
—
69227-2
201143-5
201144-5
328666-X
—
—
69227-2
201143-1
201144-1
221848-3
58290-1
—
69227-2
201143-5
201144-5
328664-X
45639-2
91912-3
69222-2
201145-1
—
328664-X
45639-2
91912-3
69222-2
201145-2
201146-2
328664-X
328663-X
330478-X
45639-2
45740-2
91912-3
—
69222-2
69220-2
201145-2
201145-4
201146-2
201146-4
69248-4
—
69315-4
201145-4
201146-4
329006-X
—
—
69675-1
201097-1*
201098-1*
328666-X
91912-4
—
69672-X
201143-5
201144-5
328663-X
45740-2
—
69220-2
201145-4
201146-4
328664-X
45639-2
91912-3
69222-2
201145-2
201146-2
Twisted Pair
24-22 AWG [0.2-0.4 mm2]
(Stranded)1
Shielded Wire
22, NAS-702, Class B
Brand Rex T5788A
26 AWG [0.12-0.155 mm2]3
Part Numbers
Pin
Socket
*These contacts are for use in the 4-position G Series connector modules only.
1Maximum insulation diameter–2.92 [.115] (two wires combined).
2Includes bench mount and foot control; requires Manual Take-Up Attachment No. 69689.
3Dielectric O.D.–2.69 [.106] max.; Cable O.D.–4.06 [.160].
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
245
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Miniature PC Board Sockets
Material
Shell and Center Contact — Brass
per MIL-C-50 and QQ-B-626
Dielectric — Polypropylene, or
Polymethylpentene, general purpose
Finish
Center Contact — 0.00076 [.000030]
gold over copper
Shell — Gold plated per MIL-G-45204
Performance Characteristics
Dielectric Withstanding Voltage —
1,000 volts, rms
Impedance — Non-constant
Operating Temperature Range —
-55°C to +85°C
15.24
2.54
12.7
2.54
2.54
6.23
4.52
2.54
1.32
A
0.36
Recommended
Mounting Hole Layout
B
12.7
1.02
1.27
2.54
17.78
Type
Spring Latch
Spring Latch
Locking Latch
Locking Latch
PC Board
Thickness
1.57
.062
3.18
.125
3.18
.125
1.57
.062
Retention
lb.
[N]
1.25
5.56
1.25
5.56
7.25
31.16
7.25
31.16
Dimensions
A
B
9.07
3.18
.357
.125
7.49
4.75
.295
.187
7.49
4.75
.295
.187
9.07
3.18
.357
.125
Part No.
50084-1
50095-1
50105-1
50107-1
Note: For mateable Miniature Contacts, see page 245.
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
246
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Subminiature PC Board Sockets
Material
Shell and Center Contact — Brass
per MIL-C-50 and QQ-B-626
Dielectric — Polypropylene, or
polymethylpentene, general purpose
Shell
Locking Latch
Finish
Center Contact — 0.00076[.000030]
gold per MIL-G-45204 over copper per
MIL-C-14550
Shell — Gold
Performance Characteristics
Spring Latch
Center Conductor
Dielectric Withstanding Voltage —
600 volts, rms
Operating Temperature Range —
-55°C to +85°C
1.09 Dia.
[.043]
#57 Drill
(3 Holes)
22.23 Max.
[.875]
3.05 ±.0.2
[.120 ±.008]
4.52
[.178]
1.47 [.058]
Locking
Latch
A
0.84±0.2
[.033±.008]
10.16
[.400]
15.24
[.600]
0.84 Dia.
[.033]
10.16
[.400]
15.24
[.600]
Recommended
Mounting Hole Layout
PC Board
Thickness
1.57
.062
1.57
.062
Type
Spring Latch
Locking Latch
Dim.
L
2.54
.100
2.54
.100
Part No.
226023-1
226060-1
Mating Subminiature
COAXICON Pins
These short Subminiature COAXICON
Pins are recommended for use with any
of the sockets listed above.
Note: Alignment springs are not
required for this application and are not
included with the pin assemblies.
RG/U
Cable
Ferrule
No.
Integral
Die
Hand Tool
Die Insert for Tools:
Hand Tool 69710-1
Pneu. 69365-2,
69365-3
Part No.
174
316, 188, 188A
179, 179A, 179B
187, 187A
161
1-332056-0
91911-3
69690-X
51563-8
1-332056-0
91911-4
69690-1
51563-8
1-332056-0
69656-5
—
51563-8
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
247
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Subminiature Contacts
Material
Outer Shell — Brass per MIL-C-50
Center Conductor — Beryllium
copper per QQ-C-533 (Pin);
Brass per QQ-B-626 (Socket)
Inner Dielectric — Polypropylene,
nylon, or polymethylpentene, general
purpose
Retention Spring — Stainless steel
per QQ-S-766
Ferrule — Copper per QQ-C-576
Ferrule
A
Ferrule
Finish
Outer Shell and Socket
Center Conductor — 0.00076
[.000030] gold over 0.00127 [.000050]
nickel
Pin Center Conductor — 0.00076
[.000030] gold over
0.00254 [.000100] copper
Ferrule — Bright tin per MIL-T-10727
16.51 Max.
[.650]
Pin
Socket
A = Multimate Pin 25.65 [1.010]
Short Pin 22.66 [.892]
Selection Chart for Coaxial Cable
RG/U Cable
178, 178A, 178B
196, 196A
196
(Double Braid)
174, 316
188, 188A
179, 179A, 179B
187, 187A
Belden 9221
RD-316
187
(Double Braid)
161
Die Insert for Tools:
Hand Tool 69710-1
Pneu. Tool 69365-2,
69365-3*
Multimate
Pin
69656-2
69690-2
226537-2
—
51565-2
1-332057-0
69656-9
—
226537-2
—
51565-2
1-225088-1
Integral
Die
Hand Tool
PRO-CRIMPER
Contact Part Numbers
Short
Socket
Ferrule
Pin
—
91911-3
69690
-226537-1
—
51565-1
1-332056-0
—
911911-4
69690-1
226537-1
—
51565-1
1-332056-0
69656-7
—
226537-1
—
51565-1
1-225088-3
69656-8
—
226537-1
—
51565-1
1-225088-1
69656-5
—
226537-1
—
51565-1
1-332056-0
Selection Chart for Twisted Pairs and Shielded Wire
Wire Size
AWG
30
(Twisted Pair, Solid)
28
(Twisted Pair, Solid)
28
(Twisted Pair, Stranded;
7 str., .005 [0.13] Dia.)
26
(Twisted Pair,
Solid or Stranded;
7 str., .0063 [0.16] Dia.)
26
(Shielded, 0.75 [1.91]
Max. O.D.)
[mm2]
Integral Die
Hand Tool
PRO-CRIMPER
Die Insert
for Tools:
Hand Tool
69710-1
Pneu. Tool
69365-2,
69365-3*
0.05
69656-2
—
69690-2
226537-3 51563-3 51565-3 1-332057-0
0.08-0.09
—
91911-3
69690-
226537-3 51563-3 51565-3 1-332057-0
0.08-0.09
—
91911-4
69690-1
or
69690-2
226537-3 51563-3 51565-3 1-332057-0
0.12-0.15
—
91911-3
69690-2
226537-3 51563-3 51565-3 1-332057-0
0.12-0.15
69656-3
—
69690-3
226537-1
Multimate
Pin
Contact Part Numbers
Short
Socket
Ferrule
Pin
—
51565-1 1-332057-0
*Includes bench mount and foot control.
Extraction Tool 305183
Note: A ferrule is required for each pin and socket.
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
248
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
SIEMAX Connectors
Applications
■
Multiplex Systems
■
Base Stations
■
High Density Systems
Product Facts
■
Multi Coax Surface Mount
■
Maximum packaging density
■
Component placement on
both sides of PCB
■
Fully automated assembly
(pick-and-place)
■
Modular design
Technical Data
■
Interface: Series 1.0/2.3
■
Impedance: 75
■
International specifications:
IEC 169-29 and CECC 22 230
■
Frequency range up to 2 GHz
■
Compact grid pitch 10
[0.39]
■
Guaranteed coplanarity of
max. 0.1 [0.004]
■
Integrated positioning pins
for manual placement
■
Optional mechanical
securing
For General Information
on Series 1.0/2.3 Connectors, see
Page 129.
249
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
SIEMAX Connectors, Series 1.0/2.3 (75 Ohm)
SIEMAX Connector, SMT
Right-Angle Jack, 2 Poles
12.10 0.05
[.476 .002]
11.10 0.05
[.437 .002]
24.0
[0.94]
Ø 4.15
[0.16]
2.80 0.05
[.110 .002]
10.0
[0.39]
2.00 x 7 =
[.079]
14.00
[.551]
6.5
[0.26]
3.00 0.05
[.118 .002]
7.20 0.05
[.283 .002]
17.50 0.05
[.689 .002]
2.00 0.05
[.079 .002]
5.10 0.05
[.201 .002]
13.00 0.05
[.512 .002]
Coupling type*
C, F
0.05 [.002] 10 Plcs.
2.00
[.079]
18.0
[0.71]
2.00
[.079]
1.90 0.05
[.075 .002]
Part No.
6-1393696-2
0.10
Ø 1.40 +– 0.00
*For coupling type see DIN 1.0/2.3
Section.
+ .004
[.055 – .000 ]
0.05 [.002] 8 Plcs.
0.10
1.90 +– 0.00
1.60 0.05
[.063 .002]
+ .004
[.075 – .000 ]
2.00 x 4 = 8.00
[.079]
[.315]
PC Board Layout
SIEMAX Connector, SMT
Right-Angle Jack, 3 Poles
28.0
[1.10]
24.0
[0.94]
Ø 4.15
[0.16]
10.0
[0.39]
10.0
[0.39]
6.5
[0.26]
3.5
[0.14]
12.10 0.05
[.476 .002]
Coupling type*
C, F
11.10 0.05
[.437 .002]
Part No.
6-1393696-7
0.05 [.002] 10 Plcs.
0.10
1.90 +– 0.00
+ .004
[.075 – .000 ]
*For coupling type see DIN 1.0/2.3
Section.
23 Plcs.
2.00
[.079]
0.10
1.20 +– 0.00
+ .004
[.047 – .000 ]
1.90 0.05
[.075 .002]
17.20
[.677]
2.00 x 12 =
[.079]
24.00
[.945]
4.00
[.157]
2.80
[.110]
Ø 2.50
[.098]
20.00
[.787]
27.50 0.05
[1.083 .002]
10.00
[.394]
23.00
[.906]
23 Plcs.
4.40 0.05
[.173 .002]
2.00
[.079]
5.10 0.05
[.201 .002]
2.00
[.079]
0.10
Ø 1.40 +– 0.00
+ .004
[.055 – .000 ]
0.05 [.002] 13 Plcs.
1.90
1.60 0.05
[.063 .002]
[.075
+ 0.10
– 0.00
+ .004
– .000 ]
2.00 x 4 = 8.00
[.079]
[.315]
Note: Part Numbers are RoHS
compliant except: Indicates
non-RoHS compliant.
PC Board Layout
250
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters
Design and Construction
Types
Application
Plug-Plug
Page 253
SMP
SSMT
QMA
SSMT
Page 253
Series 1.0/2.3
SMP
SMA
SMB
7-16
BNC
OSP Bulkhead
OSP
N Series
Page 253
Page 253
Page 253
Page 253
Page 253
Page 253
Page 253
MCX
N Series
N Series Flange Mount
N Series Bulkhead
OSP
OSP Bulkhead
OSP Floating Rear
Mount
MCX
N Series
BNC
Series 1.6/5.6
SMA/SMA 18 GHz
Page 253
Page 253
Page 253
Jack-Jack
Series 1.6/5.6
Series 1.0/2.3
SMB
75 OHM SMB
7-16
TNC
TNC Flange Mount
TNC Bulkhead
BNC
BNC Bulkhead
N Series
BNC
TNC
SMA
SMA Bulkhead
SMA 18 GHz
Series 1.0/2.3
Page 254
Page 254
Page 254
Page 254
Page 254
and 255
Page 256
Page 254
Page 255
and 256
Page 254
Page 254
and 255
Page 255
Page 255
Page 255
Page 256
251
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Plug
UMCC
DIN-Series 1.6/5.6
DIN-Series 1.0/2.3
SSMT
SMP
Page 256
Page 256
SMA
SMA Flange Mount
SMA 18 GHz
SMB
Page 256 Page 256
Page 256
TNC
BNC
OSP
OSP Bulkhead
SMA
SMA Flange Mount
SMA 18 GHz
SMP
SSMT
DIN-Series 1.0/2.3
DIN-Series 1.6/5.6
QMA
UMCC
N Series
N Series Flange Mount
N Series
N Series Flange Mount
OSP
OSP Bulkhead
BNC
TNC
TNC Flange Mount
SMB
75 OHM SMB
MCX
7 mm best VSWR
7 mm
7 mm
7 mm best VSWR
MCX
Page 256
Page 256
Page 256 Page 257
Page 257 Page 257
Page 257
Page 257
Page 258 Page 258
Page 259
Page 257
Page 257
Page 257 Page 257
Page 258
Page 258
Page 259
Page 258
Page 258 Page 258 Page 260 Page 258 Page 259 Page 259
and 259
Page 259
Page 259 Page 259
Page 259
Page 260
Page 260
Page 260
Page 259
Page 260
Page 260
Page 260
252
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Plug-Plug
MCX Plug – SMA Plug
7-16 Plug – N Series Plug
19.3
[.760]
Ref.
6.4
Hex.
[.250]
BNC Plug – SMB Plug
48.6
Ref.
[1.912]
Ø 14.3
Ref.
[.562]
34.1
[1.343]
Ref.
Ø 32.0
Ref.
[1.260]
7.9
Hex.
[.312]
Part No. 1061071-1
Part No. 1313453-1
Part No. 1058066-1
SMA 18 GHz Plug – N Series Plug
SMA Plug – SMB Plug
SMA Plug – SMP Plug
21.9
[.862]
Ref.
32.5
[1.281]
Ref.
7.9 Hex.
[.312]
6.4
Hex.
[.250]
7.9
Hex.
[.312]
Ø 21.0 Ref.
[.828]
17.5
Ref.
[.690]
Part No. 1057367-1
Part No. 1060494-1
Part No. 1056706-1
SMA Plug – SSMT Plug
SMA Plug – OSP Plug
Series 1.6/5.6 Plug – Series 1.0/2.3 Plug
17.0
[.670]
Ref.
13.7 Ref.
[.538]
Ø 10.8
[0.43]
1)
9.2
[0.36]
7.9
Hex.
[.312]
Part No. 1055695-1
Ø 6.5
[0.26]
Part No. 1059711-1
28.0
[1.10]
1)
8.9
[0.35]
Part No. 2-1393670-1
Coupling Type A
1) Detent for jack
BNC Plug – Series 1.6/5.6 Plug
QMA Plug – SMA Plug
30.60
Ref.
[1.20]
Ø 14.5
[0.57]
Ø 10.8
[0.43]
46.4
[1.83]
QMA Plug
SMA Plug
7.90
Hex.
[0.31]
8.70
Hex.
[0.34]
Part No. 1408393-1
Part No. 1-1393665-4
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
253
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Jack
7-16 Jack – N Series Jack
BNC Jack – SMB Jack
BNC Jack – 75 ohm SMB Jack
30.4
[1.197]
51.0
[2.010]
12.9
[.508]
32.1
[1.265]
Ref.
Ø 14.3
Ref.
[.562]
3.82
[.150]
17.4 Hex.
[.687]
12.0 Across
[.472] Flat
Ø 12.9
[.508]
15.8 Hex.
[.625]
Part No. 1311206-1
Part No. 1058056-1
Part No. 1311209-1
TNC Jack – N Series Flange Mount Jack
TNC Jack – BNC Jack
MCX Jack – SMA Jack
49.1 Ref.
[1.932]
2.0
[.080]
16.7
[.656]
43.1
Ref.
[1.698]
25.4
Sq.
[1.00]
Ø 3.2 4 Plcs.
[.125]
15.6
[.615]
6.4
Hex.
[.250]
Ø 14.5
Ref.
[.572]
18.2 Typ.
[.718]
Part No. 1057843-1
Part No. 1057845-1
Part No. 1061070-1
SMA Jack – N Series Jack
SMA Jack – N Series Flange Mount
SMA Jack – N Series Bulkhead Jack
31.3
[1.231]
31.3
[1.232]
18.2
[.718]
31.3
[1.231]
25.4
Sq.
[1.00]
Ø 17.45
Ref.
[.687]
4.7 Max.
[.187] Panel
Ø 3.2 4 Plcs.
[.125]
22.0
[.867]
6.3 Max.
[.250] Panel
3.2
[.125]
Ø 15.9 Min.
[.625]
13.6
[.534]
Min.
Recommended
Mounting Hole
Ø 22.0
[.866]
Part No. 1057341-1
Part No. 1057343-1
Part No. 1057463-1
SMA Jack – BNC Jack
BNC Bulkhead Jack – SMA Jack
TNC Flange Mount Jack – SMA Jack
33.5
[1.320]
Ref.
Ø 14.3
Ref.
[.562]
33.5
[1.320]
17.9
[.703]
5.6
[.220]
Min.
3.2 Max.
[.125] Panel
15.9
Hex.
[.625]
Part No. 1058058-1
17.4
Hex.
[.687]
Ø 12.7 Min.
[.500]
Recommended
Mounting Hole
25.4
[1.000]
2.4
[.093]
8.0
[.315]
17.4
Sq.
[.687]
12.7 Typ.
[.500]
4.8
[.188]
Max.
Panel
Ø 11.1
[.437]
Part No. 1058117-1
Part No. 1057841-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
254
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Jack (Continued)
SMA Jack – TNC Bulkhead Jack
SMB Jack – SMA Jack
SMA Jack – SMP Jack
33.0
[1.300]
6.4 Max.
[.250] Panel
17.8
[.700]
5.0 Min.
[.196]
3.2
[.125]
12.6
[.498]
Ø 11.2 Min.
[.439]
4.70
[.187]
6.4
Hex.
[.250]
Recommended
Mounting Hole
14.3
Hex.
[.562]
Ø 16.7
[.656]
Part No. 1057908-1
Part No. 1056702-1
Part No. 1060487-1
SMA Jack – SSMT Jack
SMA 18 GHz Jack – N Series Jack
OSP Jack – SMA Bulkhead Jack
17.3
[.680]
3.2 Max.
[.125] Panel
31.2
[1.229]
Ref.
0.03
Ø 6.15 +– 0.00
5.8
[.230]
+ .001
[.242 – .000 ]
12.9
[.508]
Ref.
7.9
Hex.
[.312]
Ø 17.4
Ref.
[.687]
Recommended
Mounting Hole
7.9
Hex.
[.312]
Part No. 1055694-1
Part No. 1059733-1
Part No. 1058651-1
SMA 18 GHz Jack –
N Series Flange Mount Jack
SMA 18 GHz Jack – N Series Bulkhead Jack
OSP Jack – SMA Jack
31.3
[1.232]
31.2
[1.229]
Ref.
Ø 3.2 4 Plcs.
[.125]
16.5
[.650]
18.2
[.718] Typ.
2.0
[.080]
22.0
[.867]
6.3 Max.
[.250] Panel
14.1
[.554]
13.6
[.534]
Min.
3.2
[.125]
Ø 15.9 Min.
[.625]
Ø 7.6
[.300]
4.7 Max.
[.187] Panel
Ø 16.0
[.630]
Max.
Recommended
Mounting Hole
Ø 22.0
[.866]
25.4
Sq.
[1.000]
Part No. 1058653-1
Part No. 1058675-1
SMA Jack – OSP Bulkhead Jack
Part No. 1059707-1
OSP Floating Flange Mount Jack –
SMA Jack
SMA Jack –
OSP Floating Rear Mount Jack
+ .050
11.1
Hex.
[.437]
11.1
Hex.
[.437]
Ø 9.12
[.359
Ø 9.6
+ .003
– .000
+ .001
– .000 ]
22.2
[.874]
1.7
Ø 9.4
[.372] [.065]
3.2 Max.
[.125] Panel
6.4
[.250]
14.1
Ref.
[.554]
14.2
[.560]
Recommended
Mounting Hole
Ø 2.6
[.377
[.102]
2 Plcs.
Part No. 1059729-1
9.7
[.380]
Ø 7.6
[.300]
11.2 .076
[.440 .003]
14.2
[.560]
Ø 19.1
[.750]
3.2 Max.
[.125] Panel
Ø 8.0 – .000
+ .002
[.316 – .000 ]
+ 0.03
– 0.05
+ .002
– .001 ]
22.2
[.874]
.000
1.3 +– .127
[.050
Recommended
Mounting Hole
Part No. 1059731-1
+ .000
– .005 ]
+ .076
Ø 8.6 – .000
+ .003
[.340 – .000 ]
Recommended
Mounting Hole
Part No. 1059724-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
255
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Jack (Continued)
BNC Jack –
Series 1.6/5.6 Jack
Ø 9.6
[0.38]
Series 1.0/2.3 Jack –
Series 1.6/5.6 Jack
Ø 8.2
[0.32]
Ø 8.2
[0.32]
Ø 4.1
[0.16]
Ø 14.5
[0.57]
Ø 11.0
[0.43]
39.4
[1.55]
M9.0x0.5
[0.35]x[0.02]
45.4
[1.79]
Part No. 1-1393665-5
Ø 10.8
[0.43]
Part No. 2-1393670-4
Coupling Type A, B, F
Jack-Plug
N Series Plug to 7 mm Jack
19.1
Hex.
[.750]
Ø 22.4
Ref.
[.880]
OSP Plug to 7 mm Jack
TNC Plug to 7 mm Jack
19.1
Hex.
[.750]
11.1
Hex.
[.437]
19.1
Hex.
[.750]
Ø 22.4
Ref.
[.880]
Ø 22.1
[.870]
43.3 Ref.
[1.705]
15.9
Hex.
[.625]
30.7
[1.208]
Ref.
40.9 Ref.
[1.610]
Part No. 1061742-1
Part No. 1059713-1
Part No. 1061739-1
SMA Flange Mount Plug to 7 mm Jack
SMA Plug to 7 mm Jack
N Series Plug to 7 mm Best VSWR Jack
Ø 3.2 4 Plcs.
[.125]
19.1
[.750] Typ.
7.9 Hex.
[.312]
19.1 Hex.
Ø 22.4 Ref.
[.750]
[.880]
2.1
[.083]
2.4 Max.
[.093] Panel
25.4
Sq.
[1.000]
35.0
[1.380]
Ref.
19.1
Hex.
[.750]
7.9
Hex.
[.312]
Ø 22.4
Ref.
[.880]
19.1
Hex.
[.750]
31.8
[1.25]
Ref.
Ø 22.4
Ref.
[.880]
43.3 Ref.
[1.705]
Part No. 1061751-1
Part No. 1053646-1
Part No. 1061738-1
TNC Plug to 7 mm Best VSWR Jack
MCX Jack – SMA Plug
N Series Jack – 7 mm Plug
19.1
Hex.
[.750]
15.9
Hex.
[.625]
Ø 22.4
Ref.
[.880]
6.4
Hex.
[.250]
40.9 Ref.
[1.610]
Part No. 1061744-1
19.1 Hex.
[.750]
16.8
[.660]
Ref.
7.9
Hex.
[.312]
Ø 22.4 Ref.
[.880]
36.7
[1.445]
Ref.
Part No. 1061073-1
Part No. 1061757-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
256
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Plug (Continued)
N Series Jack – 7 mm Best VSWR Plug
19.1 Hex.
[.750]
BNC Plug – N Series Jack
Ø 22.4 Ref.
[.880]
N Series Jack – TNC Plug
Ø 16.8
Ref.
[.660]
Ø 16.8
Ref.
[.660]
52.7
Ref.
[2.076]
36.7
[1.445]
Ref.
Part No. 1061752-1
51.9 Ref.
[2.043]
Ø 15.9 Ref.
[.625]
Part No. 1057392-1
SMA Plug – N Series Jack
32.8
[1.292]
Max.
SMA 18 GHz Plug – N Series Jack
7.9
Hex.
[.312]
32.3
[1.270]
Ref.
Ø 17.4 Ref.
[.687]
7.9 Hex. Ø 17.45 Ref.
[.687]
[.312]
Part No. 1057388-1
SMA Plug – N Series Flange Mount Jack
32.3
[1.270]
Ref.
Ø 3.2 4 Plcs.
[.125]
7.9 Hex.
[.312]
18.2
[.718] Typ.
4.7 Max.
[.187] Panel
25.4
Sq.
[1.000]
Part No. 1057381-1
Part No. 1058664-1
Part No. 1057385-1
OSP Jack – 7 mm Plug
SMA Plug – OSP Jack
SMA Plug – OSP Bulkhead Jack
29.6
[1.166]
Ref.
11.1
Hex.
[.437]
17.4
[.685]
Ref.
Ø 22.4
Ref.
[.880]
17.4
[.686]
Ref.
Ø 7.6
[.300]
6.4
[.250]
0.03
Ø 9.12 +– 0.00
3.2 Max.
[.125] Panel
+ .001
[.359 – .000 ]
7.9
Hex.
[.312]
19.1
Hex.
[.750]
Recommended
Mounting Hole
11.1
Hex.
[.437]
7.9
Hex.
[.312]
Part No. 1059720-1
Part No. 1059718-1
Part No. 1059758-1
BNC Jack – N Series Plug
BNC Jack – SMB Plug
SMA Plug – BNC Jack
34.6
Ref.
[1.362]
35.8
[1.408]
Ref.
49.1 Ref.
[1.934]
Ø 14.3
Ref.
[.562]
Ø 21.0 Ref.
[.827]
Part No. 1057390-1
7.9
Hex.
[.312]
Part No. 1058077-1
Ø 14.3
Ref.
[.562]
Part No. 1058083-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
257
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Plug (Continued)
TNC Jack – 7 mm Plug
19.1 Hex.
[.750]
TNC Jack – 7 mm Best VSWR Plug
Ø 22.4 Ref.
[.880]
19.1 Hex.
[.750]
TNC Jack – N Series Plug
Ø 22.4 Ref.
[.880]
49.1 Ref.
[1.934]
41.3
[1.625]
Ref.
41.3
[1.625]
Ref.
Ø 21.0 Ref.
[.827]
Part No. 1061753-1
Part No. 1061758-1
Part No. 1057387-1
TNC Flange Mount Jack – SMA Plug
SMA Plug – SMB Jack
SMA Jack – MCX Plug
26.4 Ref.
[1.038]
2.0
[.080]
17.4
Sq.
[.687]
12.7
Typ.
[.500]
13.4 Ref.
[.529]
Ø 11.8 Max.
[.465]
20.7
[.815]
Ref.
6.4
Hex.
[.250]
6.4
Hex.
[.250]
7.9
Hex.
[.312]
7.9
Hex.
[.312]
18.2
[.716]
Part No. 1057857-1
Part No. 1060500-1
Part No. 1061072-1
SMA 18 GHz Jack – N Series Plug
SMA Jack – BNC Plug
TNC Plug – SMA Jack
31.5
[1.250]
Ref.
31.8
[1.250]
Ref.
25.4 Ref.
[1.000]
Ø 15.9 Ref.
[.625]
Ø 14.3
Ref.
[.562]
Ø 21.0 Ref.
[.828]
Part No. 1057377-1
Part No. 1058081-1
Part No. 1057853-1
SMA Jack – SMB Plug
SMA Jack – SMP Plug
SMA Jack – SSMT Plug
19.3
[.760]
Ref.
14.2
[.560]
10.5 Ref.
[.413]
6.4
Hex.
[.250]
Part No. 1060498-1
Part No. 1056707-1
Part No. 1055696-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
258
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Plug (Continued)
SMA Jack – UMCC Plug
14.0
[.551]
14.0
[.551]
Ø 6.25
[.246]
10.0
[.393]
SMA Jack – UMCC Plug
5.6
[.220]
Ø 2.6
[.102]
Ø 5.3
[.208]
5.6
[.220]
Ø 2.5
[.098]
Ø 5.3
[.208]
2.0
[.080]
25.4
Sq.
[1.000]
1/4-36UNS
1/4-36UNS
19.1
Hex.
Ø 3.2 Dia.
[.750]
[.125] 4 Plcs.
Ø 22.4
Ref.
[.880]
19.1
Typ.
[.750]
Ø 6.25
[.246]
10.0
[.393]
SMA Flange Mount Jack – 7 mm Plug
23.5 Ref.
[.925]
30.5
[1.200]
Part No. 1775229-1
Part No. 1775230-1
Part No. 1061750-1
SMA 18 GHz Jack – 7 mm Plug
N Series Flange Mount Plug –
SMA 18 GHz Jack
OSP Plug – SMA Jack
31.8
[1.250]
Ø 3.2 4 Plcs.
[.125]
11.7
[.461]
Ø 22.4
Ref.
[.880]
19.1
Hex.
[.750]
30.9
[1.216]
Ref.
6.4 Max.
[.250] Panel
Ø 12.7
[.500]
Min.
Panel
Hole
25.4
Sq.
[1.000]
13.7
[.538]
6.4
[.250]
18.2
[.718] Typ.
2.0
[.080]
Ø 7.6
[.300]
Part No. 1053788-1
Part No. 1058666-1
Part No. 1059716-1
SMA 18 GHz Jack – OSP Bulkhead Plug
SMP Jack – SMA Plug
SSMT Jack – SMA Plug
19.3
[.760]
11.4
[.447]
1.7
[.065]
3.2
[.125]
Max
Panel
16.0
Ref.
[.632]
0.03
Ø 6.15 +– 0.00
+ .001
[.242 – .000 ]
16.2 Ref.
[.639]
SMA
Plug
SMA Plug
SSMT
Jack
OSMP
Jack
Recommended
11.1
Hex.
[.437]
7.90
Hex.
[.312]
7.9
Mounting Hole
Hex.
[.312]
Part No. 1059756-1
Part No. 1056708-1
Part No. 1055697-1
BNC Jack – Series 1.6/5.6 Plug
BNC Plug – Series 1.6/5.6 Jack
Series 1.6/5.6 Plug – Series 1.0/2.3 Jack
Ø 9.6
[0.38]
Ø 10.8
[0.43]
Ø 14.5
[0.57]
44.3
[1.74]
45.4
[1.79]
Ø 11.0
[0.43]
Ø 10.8
[0.43]
Part No. 1-1393665-7
Ø 4.1
[0.16]
Ø 14.5
[0.57]
Part No. 1-1393665-6
Ø 8.2
[0.32]
1)
9.2
[0.36]
33.0
[1.30]
Part No. 2-1393670-2
Coupling Type A, B2, F2
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
259
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Between Series Adapters (Continued)
Jack-Plug (Continued)
Series Plug 1.0/2.3 – Series 1.6/5.6 Jack
Ø 10.8
Ø 6.5
[0.43] [0.26]
8.9
[0.35]
QMA Jack – SMA Plug
21.50
Ref.
[0.85]
Ø 8.2
[0.32]
1)
QMA Jack
6.35
Hex.
[0.25]
34.5
[1.36]
UMCC Jack – SMA Plug
SMA Plug
7.90
Hex.
[0.31]
8.0
Hex.
[.315]
Ø 2.00
[.078]
Part No. 1408343-1
Part No. 2-1393670-3
Coupling Type A, B2, F2
10.60
[.417]
1.10
[.043]
Part No. 1775228-1
1) Detent for jack
2 Only jackside
UMCC Jack – SMA Plug
10.60
[.417]
1.10
[.043]
8.0
Hex.
[.315]
Ø 1.90
[.074]
Part No. 1775227-1
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
260
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Coaxial Terminations
SMA Plug Terminator
Part Number 1460802
Coupling Nut
Dielectric
Shell
Plating — Gold
Frequency — 6 GHz
Center
Conductor
2.50
Max.
[.098]
SW 8 h11
3.40
Max.
[.134]
11.00
Max.
[.433]
Coupling Nut
Dielectric
Shell
SMC Plug Terminator
Part Number 1460803
Center
Conductor
Plating — Gold
Frequency — 6 GHz
0.10
3.30 +– 0.30
+ .004
[.130 – .012 ]
13.00
Max.
[.512]
Push Pull Plug Terminator
Part Number 619219
SW 6 h11
17.70
Ref.
[.697]
Ø 7.70
[.303]
Plating — Gold
Frequency — 6 GHz
Ø 8.30
[.327]
8.00
[.315]
5.50
[.217]
QMA Plug Terminator
Part Number 619271-1
19.80
[.780]
Single Packaging
Plating — Standard Gold
Part Number 5-619271-1
1000 Pieces per Pack
Plating — Standard Gold
Ø 10.50
[.413]
Part Number 619271-2
Single Packaging
Plating — Higher Gold
Part Number 5-619271-2
1000 Pieces per Pack
Plating — Higher Gold
Note: Part Numbers are RoHS compliant except: Indicates non-RoHS compliant.
261
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Application Tooling (Continued)
Solder Assembly Kit
Brass SMA Connectors
Item Description
Center Contact Holder
Kit Part Number 1055420-1
Dielectric Insert Tool
Dielectric Recess Tool
Fixture Sub-Assembly
Inserts — 2.16 [.085] (2)
Inserts — 3.58 [.141] (2)
Inserts
Locator Tool
Locator Tools
Retainer Ring Pliers
Solder Gauge 0.25 [.010]
Solder Gauge 0.38 [.015]
Solder Gauge 0.46 [.018]
Dielectric Insert Tool
Part No.
1055454-1
1055448-1
1055447-1
1055450-1
1055439-1
1055441-1
1055440-1
1055442-1
1055443-1
1055446-1
1055451-1
1055449-1
1055500-1
1055445-1
1055444-1
Solder Gage
Retainer Ring Pliers
Dielectric Recess Tool
Fixture Sub-Assembly
Center Contact Holder
Universal Compression
Crimp Tool
Kit Part Number 1055835-1
Tyco Electronics Universal
Compression Crimp Tool
offers the ability to rapidly
produce cable assemblies
using solderless compression crimp connectors with
semi-rigid cables. This universal assembly tool kit will
attach SMA, OSP, N and
TNC series connectors to
3.58 [.141], 2.16 [.085] and
6.35 [.250] cable quickly
and consistently with
excellent mechanical and
electrical results.
The tool kit permits single
hand assembly. Anvils and
cable supports can be
quickly changed. Crimp
lengths can be adjusted
from .025 [.001] to 25.4
[1.000] in increments of
.025 [.001]. Sharp radius
bends in cables are easily
accommodated. The kit
contains:
Crimp Frame
Anvil
Gauge
Cable Supports
Description
Crimp Frame
Calibration Gauge
3.58 [.141] Cable Support
2.16 [.085] Cable Support
SMA Plug Anvil
SMA Jack Anvil
Type N Plug Anvil
Type N Jack Anvil
TNC Plug Anvil
TNC Jack Anvil
OSP Plug Anvil
OSP Jack Anvil
Part No.
1055831-1
1055832-1
1055833-1
1055834-1
1055836-1
1055837-1
1055838-1
1055839-1
1055840-1
1055841-1
1055842-1
1055843-1
All tools may be purchased separately.
263
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Application Tooling (Continued)
Crimping Tools
Crimping tools are used for
assembling coaxial connectors on coaxial cables. They
can be applied particularly
economically for small
batch sizes.
The crimping dies are a
fixed part of the crimping
tools. Each tool is equipped
with 2 or 3 different profiles.
A total of 6 widths across
flats are possible with 2
tools, whose hand lengths
are adapted to the dimensions of the hexagon profiles. The tools can be
distinguished at a glance by
different colored handles.
Item
Crimping Tool
Crimping Tool
Width Across
1
2.8
0.11
2.8
0.11
Flats of the Profile
2
3
3.2
3.6
0.13
0.14
5.4
4.5
0.21
0.18
Dim.
L
Color of
handles
Part No.
214.0
8.43
260.0
10.24
Green
1393524-4
Yellow
1393524-5
L
3
50.0
[1.97]
Hexagon Profile No. 2
1
6.6
[0.26] with Open Jaws
IDC Tool
For assembling IDC coaxial
connectors Series 1.6/5.6
mS on coaxial cables.
Part No.
1-1393524-1
225.0
[8.86]
1.4
[0.04]
Removal Tool
For replacing the special
contacts on connectors DIN
41612 M and SIEDECON.
Item
Removal tool
length 70 [2.76]
length 200 [7.87]
Spare part
Ferrule
12.5
[0.49]
70.0
[2.76]
Ferrule (spare part)
200.0
[7.87]
Part No.
2-1393524-4
2-1393524-6
2-1393524-7
12.5
[0.49]
264
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Application Tooling (Continued)
Setting Gauge
Protective Caps/Setting
Gauges
The setting gauges are used
to position coaxial jacks and
pre-mating high-current
plugs on male connectors
DIN 41612 M if the pins are
flow-soldered into PC boards.
The gauges are held by
clamping in connector
body and protect the blade
contacts.
The gauges provide
protection
— during transport (if the
male connectors have
already been removed
from the packaging),
— during assembly,
— against soiling,
— during soldering.
Male Connector DIN 41612M
Item
Part No.
Setting gauge for types M
1393494-9
M/2 1-1393494-0
M/3 1-1393494-1
Setting
Gauge
PC Board
Note: These gauges can also be used to protect types C, C/2, C/3 and D.
ECN1225-P
Wrench
Ø 6.7
[0.26]
Item
Wrench
1.0
[0.04]
Used to tighten the threaded ring on bulkhead
jack 1393670-8.
1.2
[0.05]
1.5
[0.06]
50.0
[1.97]
Item
Wrench
Part No.
1393488-4
Used to tighten the threaded rings 1-1393562-0
on bulkhead jacks Series 1.6/5.6.
40.0
[1.57]
Item
Wrench
0.9
[0.04]
Part No.
1393488-3
1.0
[0.04]
50.0
[1.97]
Ø 6.1
[0.24]
Ø 7.3
[0.29]
Used to tighten the threaded ring on bulkhead
jacks Series 1.0/2.3
50.0
[1.97]
Ø 5.6
[0.22]
Part No.
1393524-1
Movable
Ø 11.0 Ø 0.91
[0.43] [0.36]
50.0
[1.97]
1.35
[0.05]
ECN1230-Q
265
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Application Tooling (Continued)
Hand Tools
Pneumatic Tools
Tyco Electronics PRO-CRIMPER II Hand Tools are economy versions of our Tyco Electronics CERTI-CRIMP Hand
Tools, featuring ratcheted crimp control to provide full
die closure and help eliminate partial crimps. With an all
new design, the PRO-CRIMPER II hand tools require dramatically less hand force to produce the same connection
as comparable tools. Dies are interchangeable. It’s the
most versatile and reliable crimping tool in the mid-price
class. Recommended for networking installations, and
commercial, industrial and institutional maintenance work.
See Catalog 82276 for further information.
The 626 Pneumatic Tool System, as the name implies, will
apply a broad range of products in the 6-26 AWG [13-0.12
mm2] wire range. A basic 626 Pneumatic Tool System
requires a power unit, a tool holder, a crimp head assembly
and a die set when applicable. This premium system is well
suited for low- to medium- volume production and harness
assembly operations. Since the crimp head can be rotated
to any angle, the operator can also work on more difficult
terminations in confined equipment cabinets or enclosures.
Typical PRO-CRIMPER III Hand Tool
No. 58433-1
Tyco Electronics
Interchangeable tool holder assemblies and crimping
heads are available to crimp a variety of products.
Crimping heads for the earlier Model 2614 pneumatic
power unit can be used with the 626 Pneumatic Tool
System. If you are already using Tyco Electronics hand
tools, many crimp heads and die sets can be removed,
attached to an adapter with quick
pins and used with the
626 Pneumatic Tool
System. An
adapter is even
available to
accept lower
cost die sets of
the PRO-CRIMPER
II hand tool. For
more information,
No. 189721-1
order catalog 124208.
Bench Mount Assembly for
Pneumatic Tool System
(Optional)
Typical CERTI-CRIMP Hand Tools with Integral
(Non-Interchangeable) Dies
No. 69477-1
for 50 Ohm BNC
Dual Crimp MIL Type
Connectors
Fully adjustable stand allows
operator free use of both
hands — recommended for
maximum productivity.
No. 220015-1
for 50 Ohm N
Connectors
No. 856402-1
Battery Powered Crimp Tool
CERTI-CRIMP Hand Tool with Interchangeable Dies
No. 69710
Take automatic crimping
away from the bench to the
product, with this convenient,
portable, battery-operated
tool. It’s at home in the
factory or in the field.
• Completely portable—
performs about 100
crimps per charge
• Terminates wires to 10
AWG [6 mm2]
• Weighs only 1.57 kg [3.46
lb] including battery; 360
mm [14.2 in] long
• Pressure-sensitive cycle
control
• Kit includes tool, 2 batteries, and charger
Part Number 1725837-1
Part Number 1213890-1
(Open Barrel)
266
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Application Tooling (Continued)
Bench-Mounted Machines
Stripping Tools
AMP-O-LECTRIC bench-mounted, semi-automatic
terminating machines may be used to apply RF products
such as Commercial BNC and TNC Connectors, Miniature
and Standard UHF Connectors, and Braid-Pic Contacts
and Terminals. The Model G unit features interchangeable
applicators, and is used to apply strip-form contacts. The
“Coax” unit is used to apply loose-piece contacts and
ferrules with dies that are mounted onto the machine.
See Catalog 65828 and Customer Manual 409-2627 for
further information.
The hand-operated Tyco Electronics Coaxial Cable
Stripper features interchangeable, color-coded blade cassettes and V-blocks to accommodate 2- or 3-step stripping
for cable diameters ranging from 2.54 [.10] through 7.62
[.30]. You strip cable by simply clamping and rotating the
tool around the cable. See Instruction Sheet IS 2766 for
further information.
AMP-O-LECTRIC Model G,
No. 354500 Series with
Tyco Electronics Crimp
Quality Monitor
For Use With
Connector Type
BNC Single Crimp
BNC Commercial and
UHF Miniature
UHF Standard
BNC MIL Type Dual Crimp
BNC Commercial Dual Crimp
Tool No.
603995-1
603995-2
603995-3
603995-5
603995-6
Semi-Rigid Cable Tooling
The tools listed here are designed specifically to strip and
terminate semi-rigid cable. These tools operate basically the
same as the flexible cable tools, in that they produce uniform terminations time after time, without heat damage from
soldering.
Hand Tool for BNC and TNC
Semi-Rigid Cable Connectors
No. 59980-1 Frame only—
does not include dies and locator
267
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Application Tooling (Continued)
Hand Tool Kit for SMA and Blindmate
Connectors
Pneumatic Tool for Terminating BNC, TNC,
SMA and Blindmate Connectors
No. 59981-1
(for RG 402/U and RG 405/U Cable)
No. 58318-1*
This pneumatic tool is a bench-mounted, semi-automatic
power tool designed for easy operation. The operator
needs only to depress the trigger to complete a termination.
It is used with the cable preparation machine to produce
finished terminations.
*Includes Locators 220241-1 and 308075-2. Dies are not included.
Part Numbers
Item Description
59980-1
Military
(M22520/)
36-01
220220-2
36-06
220221-2
36-04
220222-2
36-05
312253-1
36-03
312253-2
36-02
311395-1
311396-1
312317-1
36-09
36-07
36-08
220224-1
36-10
311386-1
36-11
311386-2
36-12
311386-3
311392-1
307581-1
312067-1
21027-6
13126-1
13127-1
36-13
—
—
—
—
—
—
Tyco Electronics
Hand Tool
Plug Locator
(without Center Contact)
Plug Locator
(with Center Contact)
Jack Locator
Die Set for RG 402/U Cable
(3.58 [.141] O.D.)
Die Set for RG 405/U Cable
(2.18 [.086] O.D.)
Cutoff Fixture
Cable Dressing Fixture
Trimmer Tool
Cable Bend Fixture Assembly
Includes following 6 items:
Bend Segment, RG 402/U
(3.18 [.125] Radius)
Bend Segment, RG 402/U
(6.35 [.250] Radius)
Bend Segment, RG 405/U
Tool Holder
Limiting Pin
Conforming Block
Hex Wrench
Carrying Case
Insert, Case
268
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Cable Assembly Capabilities (Continued)
Utilizing network analyzers,
TDR, and intermodulation
test equipment to mention a
few, our testing capability
allows extensive electrical
and environmental characterization of your assembly.
We offer full test capabilities
right in our manufacturing
facilities. Tests such as
those listed below can be
Harrisburg, PA
Product Management
Product Development
Prototyping, Samples
Diecasting
Stamping
Plating
Cable Assembly
Norwood, MA
Product Development
Screw Machining
Plating
Connector and Cable
Assembly, Quick Turn
an integral part of the manufacturing process:
VSWR,
Return Loss,
Insertion Loss,
Phase matching,
Propagation Delay,
Impedance,
Our cable manufacturing
centers are designed to
meet your production
requirements and delivery
needs. Our global locations, combined with
Tyco Electronics logistic
strengths assures you will
get the product where and
when you need it.
Passive Intermodulation.
Ooskampt, Belgium
Product Management
Product Development
Screw Machining
Plating
Assembly
Switzerland
Development Eng.
Screw Machining
Assembly
Shenzhen and
Hangzhou, China
Connector Assembly
Hermosillo,
Mexico
Connector
Assembly
Cable Assembly
Taipei, Taiwan
Product
Management
Product
Development
Brazil
Cable Assembly
Shanghai, China
Connector Assembly
Kunshan, China
Product Development
Screw Machining
Connector and
Cable Assembly
270
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Coaxial Cable Assembly Specification Guide
Please use this handy
reference guide when
specifying or building your
new cable assembly.
Heat Shrink (Optional)
A
B
Label (Optional)
Length
CONNECTOR A
CONNECTOR B
INTERFACE
INTERFACE
example: BNC, MCX, SMA, etc.
example: BNC, MCX, SMA, etc.
STYLE
STYLE
example: Straight Plug, Right-Angle Plug, Bulkhead Jack, etc.
example: Straight Plug, Right-Angle Plug, Bulkhead Jack, etc.
HEAT SHRINK
HEAT SHRINK
MARKING
MARKING
CABLE
LENGTH
LABEL
(inch/mm)
MARKING
RG TYPE
CABLE MFG.
MFG. PART NO.
ELECTRICAL SPECIFICATIONS
FREQUENCY RANGE
IMPEDANCE
(MHz/GHz)
Ohms
VSWR
RETURN LOSS
INSERTION LOSS
dB
INSERTION LOSS
SHIELDING EFFECTIVENESS
dB
DELAY
TEMP. RANGE
(°C/°F)
MAX. AVG. POWER HANDLING*
Watt
INSERTION PHASE
INTERMODULATION
* 25°C at sea level and max. specified frequency
OTHER SPECIFICATIONS
271
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix A - Theory and Application (Continued)
Notice that rise time is the time required for the pulse to
rise from 10% to 90% of its amplitude - not from zero to
maximum. Rise and fall time is perhaps the single most
important characteristic of a pulse in today’s high-speed
digital equipment. Figure 11 shows that the faster the rise
and fall time, the more pulses will fit in a given time frame.
Inches
1000
Wavelengths
100
A
10
1
0.1
Time
.001 GHz .01 GHz
.1 GHz
1 GHz
10 GHz
100 GHz
B
Frequency (MHZ)
(MHZ)
FREQUENCY
37)( (E=2.03)
AIR (E=1.00)
Figure 9
Table 1.
Properties of Insulating Materials
Dielectric
Material
_________
TFE
Polyethylene
Nylon
TPX
Polypropylene
Acetal
Dielectric
Constant
_________
2.03
2.3
4.6-4.0
2.12
2.25
3.7
Operating
Temperature Range
__________________
-70 +250°C
-60 +80°C
-40 +120°C
-65 +85°C
-40 +105°C
-65 +85°C
Pulses
The sine wave is most often used for communication
purposes where intelligence is imposed on the wave by a
variation in amplitude (amplitude modulation, AM) or by a
variation in frequency (frequency modulation, FM).
Pulses, on the other hand, are primarily used in computers
and digital instrumentation. Since pulses are generally used
for triggering purposes, the pulse rise/fall time, amplitude
and width are the most important. Figure 10 shows a pulse
and identifies these characteristics.
Width
90%
90%
Amplitude
10%
10%
Fall Time
Repetition
Rate
Rise
Time
Figure 10
Pulse Characteristics
Time
Figure 11
Pulse Rise and Fall Time
The bit rate for a system is the maximum rate of pulses per
second that a system can process without causing data
errors. The maximum performance can also be specified
in terms of baud rate. The baud rate is defined as the
number of characters (bytes) that are transmitted per second. Generally a character represents 10 bits (7 bits for
the information, one parity bit, and two for start and stop,
totalling 10).
Now that we know why fast pulses are required, the next
problem is how to obtain faster rise times. A pulse is
made up of a great number of different frequencies, and
the more high frequencies a pulse contains, the faster will
be its rise time and the flatter will be its peak. To better
understand this, refer to Figure 12. At A, you will see a
fundamental frequency (1), its third harmonic (3), and the
resultant waveform (S3), which is a combination of 1 and
3. Although this does not yet resemble a square wave,
you will note that the rise time is decreased, and a dip
appears at the peak. At B of Figure 12, we have added
the fifth harmonic. Rise time is further decreased, and the
peak is beginning to flatten out. At C the seventh harmonic has been included, and the resultant wave S7
begins to resemble a square wave. As more high frequency harmonics are added to the waveform, it will more
closely resemble a square wave, and the squarer it
becomes, the faster will be the rise time.
TPX is a trademark of Mitsui Chemicals America, Inc.
273
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix A - Theory and Application (Continued)
Fast rise times and short pulse widths require high frequency components.
Two frequent causes of digital signal degradation can be
(1) high capacitance of the transmission line and (2) impedence mismatches of connector transmission line or I/0
devices. Selection of an impedance-matched connector
on a digital line, especially if short cable assemblies are
used, can be as important as connector selection for an
RF modulated line. Reflected pulses out of phase with
the original pulse can cause false signals or high error
rates in a digital system.
Signal Integrity and Propagation
To explain how to maintain signal integrity, it is necessary
to review how the signal is configured in a cable and how
it propagates. Ignoring digital signals for this discussion
we will identify the issues that deal with the integrity of a
sine wave. Consider a coaxial cable consisting of an inner
conductor surrounded by a dielectric material and then an
outer conductor (See Figure 13). The outer conductor may
be a braid, a foil, or a solid metal.
Since pulses with fast rise times are necessary in highspeed computers, any circuit element which could reduce
or attenuate high frequency response is undesirable.
Outer
Conductor
A
d
S3=1+3
D
1
Dielectric
Material
Center
Conductor
Figure 13
3
Diagram of a Cable
S3
B
S5=1+3+5
An electromagnetic wave traveling in a coaxial cable produces an electric and a magnetic field between the inner
conductor and the outer conductor (Figure 14). The electric
(E field) is radial and varies in time. An alternating current
flows along the inner conductor and the outer conductor. An
oscillating magnetic field (H field) circles the inner conductor.
E
H
V
5
Figure 14
S5
Electric field (E) and magnetic field (H)
belonging to the principal mode in a coaxial line.
C
S7=1+3+5+7
7
The alternating current on a conductor is not spread
throughout the conductor but is strongest at the surface
and decays exponentially at points further into the conductor. This is called the skin effect. At a frequency of 1MHz,
three skin depths is 0.0078” (95% of the current is within
three skin depths of the surface) and at 10GHz three skin
depths is 0.00078”. As a result, the current is on the outer
surface of the inner conductor and the inner surface of the
outer conductor over the entire range of interest for most
RF systems. The dimensions and material beyond several
skin depths have no effect on the wave; gold plated plastic
will propagate as well as gold plated copper at sufficiently
high frequencies.
Figure 12
Development of a Square Wave
274
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix A - Theory and Application (Continued)
Attenuation
Reflections
A wave loses energy (attenuates) in several ways: (1) The
resistance of the inner and outer conductors is small but can
be significant over long lengths and will produce some heat.
(2) The dielectric may be lossy; its resistance is high but not
infinite, and some energy is lost. (3) Electromagnetic energy
radiates at high frequencies; significant energy losses are
caused by radiation of electromagnetic energy (the cable
acts like an antenna). (4) Energy is reflected due to
impedance mismatches. The combination of these four
types of losses are referred to as the insertion loss of a
transmission line system. Connectors have similar losses.
When the characteristic impedance changes in a transmission line system, part of an incident wave is reflected. The
reflection coefficient can be calculated as:
Where Vi and ZO are the incident voltage and impedance
of the first media. VR and ZR represent the reflected voltage
and impedance of the media that caused the reflection.
The decibel loss due to reflection is given by:
Characteristic Impedance
A parameter which defines the behavior of a cable,
connector, or any propagating system is Characteristic
Impedance, Zo. The characteristic impedance of a lossless cable is related to the inductance per unit length, L,
and the capacitance per unit length, C, as follows:
Zo =
L/C in ohms
The equivalent circuit of a transmission line is shown in Figure
15. R represents the conductor resistance for a unit length
For a coaxial cable the characteristic impedance is given by:
D
Zo = 138 x Log10
in ohms
d
where D is the inner diameter of the outer conductor and
d is the outer diameter of the inner conductor, respectively.
Similar equations apply for other geometries such as two
parallel wires.
ZR - ZO
Vi
= _____ = _______
VR
ZR + ZO
Reflection Coefficient =
1
Return Loss = 10 Log10 ( ____ ) dB
1- 2
VSWR
The traditional way to determine the
reflection coefficient is to measure
the standing wave caused by the
superposition of the incident wave
and the reflected wave. Traditionally
the voltage is measured at a series
of points using a slotted line. The
ratio of the maximum divided by the
minimum is the Voltage Standing
Wave Ratio (VSWR). The VSWR is
infinite for total reflections because
the minimum voltage is zero. If no
reflection occurs the VSWR is 1.0.
VSWR and reflection coefficient are
related as follows:
VSWR = (1 + )/(1 - )
L
R
Most present instrumentation
measures the reflection coefficient
and calculates the VSWR.
Figure 16 represents the direct
relationship between VSWR and its
equivalent in return loss
(expressed in dB).
C
Z0
Figure 15
Typical Transmission Line Schematic
Figure 16
The maximum power is transferred between two systems if
they have the same impedance. This is called impedance
matching. However, impedance variations that are short
compared to a wavelength can have a negligible effect on
signal loss.
Standard impedances are 50 ohm, 75 ohm and 93-125
ohm. Most systems use 50 ohm because it is a compromise between maximum power transmission and minimum
line loss. The telephone industry and the broadcast industry use 75 ohm for minimum line attenuation. The need for
low capacitance instrumentation cable has produced the
93-125 ohm systems. The higher impedances are generally achieved by changing the conductor diameters and by
modifying the dielectric material to add air.
VSWR vs. Return Loss
Multiple Reflections
If there is a series of impedance changes, each one will
have a reflection coefficient. The total reflection coefficient
is the vector addition of each of the individual coefficients
accounting for the distance between reflections and the
reflection of any reflected waves. Even though the calculations are difficult, a total VSWR can still be measured.
Multiple reflections can produce a resonance phenomenon
that is unique to wave theory. Properly understood some
serious difficulties can be avoided. An example will make
the point clear. Consider an electromagnetic wave with a
275
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix A - Theory and Application (Continued)
wavelength of 4 inches traveling on a cable that changes
from 50 ohms to 25 ohms. The reflection coefficient is -.33,
which means that one third of the incident voltage is reflected
toward the source. Assume that one inch (one quarter wavelength) down the cable the impedance changes back to 50
ohm. Again, one third of the wave is reflected, but without
any phase shift. It travels back to the first interface where one
third of this reflected wave is reflected back toward the second interface. Two thirds of the wave is transmitted through
the interface and travels back to the source. Since the first
(reflected) wave is shifted 180 degrees at the reflection, and
the second (transmitted-reflected-transmitted) wave is shifted
180 degrees because it traveled the one inch separation
twice, the two waves are in phase. The net result is that the
VSWR is much larger because the length of the 25 ohm section was just the right length to cause a resonance. If the
length of the 25 ohm section had been one half wavelength, the two waves would have interfered and the VSWR
would be at a minimum.
50
25
50
V out
/4
.66V
1 V out
.44V
.33V
The previous discussions dealing with attenuation,
reflections and standing waves can apply to digital signals
with some extra thought.
A single pulse can be thought of as a combination of high
frequency sine waves. The maximum frequency component
in a square wave pulse can be calculated by this equation:
f = 0.35/rise time
where
f = GHz when “t” is in nanoseconds
Attenuation of the frequencies necessary to support the short
risetime will produce a slower rise and possibly prohibit the
pulse from ever reaching the detector. This ‘slurring’ of the
pulse is similar to the behavior of an RC circuit and the
attenuation is sometimes called capacitive attenuation.
A series of pulses can demonstrate resonance. If a
portion of a pulse is reflected at each interface, it is possible for them to come together and add up to form a new
phantom pulse.
The critical frequency here is the bit rate. Think of a sine
wave with a frequency the same as the bit rate; if it will
resonate in the cable, the pulses will also. Extra pulses
caused by resonance might easily result in an error signal
from the receiving system requesting a retransmittal. The
final result would be a communication system that is much
slower than intended.
/4
V in
Reflections of Digital Signals
Cut-off Frequency
The cut-off frequency of a coaxial transmission line is the
frequency at which modes of energy transmission, other
than the “TEM” mode, can be generated.
.22V
.07V
7.5
7.5
fco =
fco
= ______ (in
(in GHz)
GHz)
(D+d)
(D+d)
.15V
(D and d are measured in inches)
Impedence
Mismatch
V in = 1 Volt VR =.48 Volt
Types of Transmission Lines
V out =.52 Volt
Figure 17
Multiple Wave Reflections
(Caused by Impedance Mismatch)
In summary, avoid cable lengths, printed circuit board
paths, or connectors that are multiple of one quarter ( /4,
3 /4, etc.) of the intended signal transmission wavelength.
Coaxial cables, when manufactured, also have periodic
variations in diameter that result in periodic changes in
impedance (Zo), that can cause significant levels of
reflected signal (high return loss) at specific frequencies.
Twin Lead transmission cable is generally used where
impedance matching alone is important, since it provides
only minimal shielding. Impedance values of 300 ohms
and 600 ohms are common. Lower impedance values
require closer spacing of the conductors and are not normally available in this type of cable. A typical application for
twin lead cable is in antenna lead wire for television sets.
Twisted Pair is a variation of the twin lead type. It consists
of two lengths of ordinary hookup wire twisted together.
A twisted pair provides relatively constant impedance plus
better magnetic shielding than twin lead cables. It is flexible, inexpensive, easy to terminate and is used extensively
by the computer industry. However, it should not be used
when maximum shielding is required.
276
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix A - Theory and Application (Continued)
Shielded Twisted Pair Cable is used to eliminate inductive
and capacitive coupling. Twisting cancels out inductive
coupling, while the shield eliminates capacitive coupling.
Most applications for this cable are between equipment,
racks and buildings.
Flexible (Braided) Coaxial Cable is by far the most
common type of closed transmission line because of its
flexibility. It is a coaxial cable, meaning that both the signal
and the ground conductors are on the same center axis.
The outer conductor is made from fine braided wire, hence
the name “braided coaxial cable”. This type of cable is
used in practically all applications requiring complete shielding of the center conductor. The effectiveness of the shielding depends upon the weave of the braid and the number
of braid layers. Tyco Electronics manufacturers connectors for cable sizes ranging from less than 1/8 in. diameter,
for low power applications of around 50 watts, to over 1/2
in. diameter for power of 850 watts at 100 MHz and voltages up to 5000. In addition to power handling capabilities, cables are available for high frequency applications,
high and low temperature applications, severe environmental applications and many other specialized uses.
Triaxial Cable is used when higher “shielding” efficiency
characteristics are required in applications similar to those
using shielded twisted pair cable.
Signal
Conductors
Outer Conductor
Insulation
Outer Conductor
Dielectric
Dielectric
Semirigid Coaxial Cable uses a solid tubular outer
conductor rather than the braided type, so that all the RF
energy is contained within the cable. One of the drawbacks of braided cable is that the shielding is not 100%
effective, especially at higher frequencies. This is because
the braided construction can permit small amounts of short
wavelength (high frequency) energy to radiate. Normally
this does not present a problem; however, if a higher
degree of shielding is required, semirigid coaxial cable is
recommended. For applications using frequencies higher
than 30 GHz a miniature semirigid cable is recommended.
Various connectors are available from Tyco Electronics to
terminate these cables.
Ribbon Coaxial Cable is a relatively recent Tyco Electronics
innovation which combines the advantages of both ribbon
cable and coaxial cable. Tyco Electronics currently provides both the cable and the insulation displacing coaxial
connector to terminate the cable. Each individual coaxial
cable consists of the signal conductor, dielectric, a foil
shield and a drain wire which is in continuous contact with
the foil. The entire assembly is then covered with an outer
insulating jacket. The unique manufacturing feature of this
cable is the precise placement of the drain wires to permit
gang stripping of the outer jacket and foil. The major
advantage of this cable is the speed and ease with which it
can be mass terminated with the Tyco Electronics insulation
displacement technique. They can also be separated into
individual coaxial lines and terminated with standard coaxial connectors as required.
Middle Conductor
Dielectric
Insulation
Signal
Conductors
Often you will hear the term “shielded cable”. This is very
similar to coaxial cable except the spacing between center
conductor and shield is not carefully controlled during
manufacture, resulting in non-constant impedance.
Figure 18
Twin Conductor and Triaxial Cable
-1000
9
8
7
6
5
4
th
ea
d
oli
Sh
S
-300
-200
Triax
-100
-80
-60
-40
Double Braid
Single Copper Braid
-30
-20
-10
.01 GHz
.1 GHz
1 GHz
10 GHz
Figure 19
Shielding Efficiencies
277
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix B - White Bronze
High Quality Surface
Plating & Excellent
Intermodulation
Performance for RF
Connectors
Product Facts
■
Low intermodulation
■
High corrosion resistance
■
Low porosity
■
Low RF losses
■
Wear and scratch resistance
Tyco Electronics’ industrial electroplating facilities is one of the most advanced in the world.
Need more information?
Call Technical Support
Center at 1-800-522-6752
for product and tooling
information.
The Technical Support
Center is staffed with
specialists well versed in all
Tyco Electronics products.
The Center can provide
you with:
■ Engineering Support
■ Catalogs
■ Technical Documents
■ Product Samples
■ Tyco Electronics
Authorized Distributor
Locations
■ Tyco Electronics Internet
Home Page:
www.tycoelectronics.com
The Tyco Electronics White
Bronze surface finish represents a dramatic improvement upon the wear
characteristics and life
expectancy of silver plating,
at the same time offering a
far better electrical performance than nickel. White
Bronze plated connectors
exhibit intermodulation
characteristics significantly
better than stainless steel
or nickel plated products.
Silver has always been the
preferred finish from an
electrical standpoint but its
corrosion and wear characteristics especially in harsh
conditions are often unacceptable. While nickel is an
extremely rugged finish it
has properties undesirable
in many RF applications;
including, high RF and
insertion losses, poor intermodulation performance,
high permeability and poor
screening effectiveness.
The Tyco Electronics White
Bronze is similar in composition and performance to
other copper/tin/zinc alloys
developed in the industry
such as Sucoplate® and
BBR.
The Tyco Electronics White
Bronze is composed of
copper, tin and zinc which
are applied simultaneously
to produce a finished color
similar to stainless steel.
With one of the most
advanced industrial electroplating facilities in the world
Tyco Electronics can
achieve the levels of control
over the complex galvanic
process necessary in the
application of this alloy.
Comprehensive conditioning tests have been performed to provide a
thorough evaluation of The
Tyco Electronics White
Bronze plated connector
bodies. The tests were performed to the specifications
of the European and
International RF connector
standards — CECC
22000/IEC 68-2-14/
IEC 169-1. The results are
summarized on page 280.
Deposit Characteristics
Composition — Copper (55-60%),
Tin (20-25%), Zinc (15-20%)
Density — 7.9-8.1 g/cm3
Hardness — 300-380 HV
Passivation — Immersion Chrome
Sucoplate® is a plating trademark for
Huber & Suhner.
BBR is a plating trademark for Radiall.
278
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix B - White Bronze (Continued)
Low Intermodulation
Products
Dissimilar metals, finishes
and discontinuities within a
coaxial line structure give
rise to Intermodulation
Products (IMP). This is of
particular concern in applications requiring low levels
of intermodulation, such as
cellular base stations and
antennas. White Bronze
plated connectors offer better IMP performance and
lifetime characteristics than
nickel. Due to the similarity
of electrolytic potentials and
the non magnetic properties of the finish, levels of
intermodulation are commensurate with silver and
far in excess of stainless
steel/nickel connectors. At
the same time the excellent
wear characteristics and
durability of the finish
ensure that the intermodulation life of the connector is
greater than silver. The life
is also improved as a direct
result of the excellent corrosion resistance properties
of White Bronze; thereby
minimizing metal/metal
oxide junctions.
Highly Corrosion Resistant
Even under continuous
exposure to harsh environments White Bronze retains
its aesthetic appearance.
Unlike silver it does not
discolor when exposed to
sulphur, potassium sul-
phides etc., neither is there
any build up in oxide layers
as is the case with nickel.
Furthermore, White Bronze
parts have successfully
passed all international salt
spray tests (MIL, BS,
CECC, IEC).
Bronze plated connectors
in contact with stainless
steel, silver, nickel or nickel
containing finishes carry no
risk of corrosion as a result
of any chemical potential
difference.
In conditions of continuously high temperatures
(>100°C) and/or excessive
humidity (>100%) there is
no build up of foreign layers
which may affect contact
resistance.
Low RF Losses
Low Porosity and No
Reaction with Contact
Surfaces
Less than 2µm of White
Bronze is needed to create
a completely nonporous,
corrosion resistant surface.
Tyco Electronics applies
White Bronze to a thickness
of between 2µm and 3µm.
This compares favorably
with the typical plating
thickness of nickel (>10µm)
and consequently, variations in plating depth are
significantly less.
White Bronze does not alloy
with brass and since its
coefficient of expansion is
virtually identical to that of
brass, rapid temperature
shocks (-50°C/200°C) do
not cause blistering or
cracking of the plating.
The electrolytic potential of
White Bronze is approximately that of brass.
Consequently, any White
The relative permeability
(µr) of the Tyco Electronics
White Bronze is 1 giving
rise to low RF losses even
at high frequencies. As a
direct result of the good
conductivity of the finish,
skin depth is minimized further reducing insertion loss
and ensuring a better
impedance match across
the frequency range of the
connectors.
Non Magnetic Finish
The Tyco Electronics White
Bronze contains no ferrous
materials and so has no
magnetic properties. This is
particularly desirable in
many RF applications.
Wear and Scratch Resistant
The hardness of the
Tyco Electronics White
Bronze at 300-380HV is
more than double that of silver and marginally harder
than platings containing
nickel. This gives a scratch
resistance which is rarely
surpassed and makes it
ideal for high mating
applications.
279
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix B - White Bronze (Continued)
Low Coefficient of Friction
White Bronze is available on all
products, including 7-16, N, TNC,
OSP and SMA.
The coefficient of friction
is approximately 70% that of
silver to give lower insertion
forces and smoother
coupling. These properties
combine to produce a
harder wearing, longer lasting finish which prolongs
connector life and reduces
the ongoing cost of
ownership.
Tyco Electronics’ White
Bronze
Environmental Test
Four groups of conditioning
tests were performed to provide a comprehensive evaluation of the Tyco Electronics
White Bronze plated connector bodies. The tests
were performed to the specifications of the European
and International RF connector standards - CECC
22000/ IEC 68-2-14/IEC 1691. Full details and relevant
data are available from
Tyco Electronics and results
are summarized below.
Test 1 - Industrial Atmosphere
& Temperature
Endurance
Exposure to Sulphur Dioxide
Atmosphere (as specified in
IEC 68-2-42 Test Kc) for 21
days of mated connectors,
previously subjected to 500
matings, to determine the
influence of sulphur dioxide
on the corrosion resistance
properties of White Bronze
Plating. Contact resistance
measured after matings
and sulphur dioxide exposure was less than 5%
(0.23mohm) of the permissible specification.
Exposure to
temperatures of 85°C ±5°C
for 250 hours, to determine
the impact of prolonged
high temperatures on plating
adhesion. Prior to testing
the connectors were subject
to 500 matings. Results
showed no visual deterioration in plating finish (blistering, cracking etc.) and the
results of outer conductivity
performance were comparable to Test 1 (above).
Test 2 - Rapid Temperature
Change & Damp Heat
Steady State
Exposure to -55°C
and +85°C for 15 minutes,
transition time 2-3 minutes,
50 cycles. To determine
possible plating deterioration caused by prolonged
and rapid temperature
change. No visual deterioration, outer conductivity
performance were comparable with Test 1 (above).
Exposure to 93% relative humidity (at 40°C) for
10 days. To determine plating adhesion. No visual
deterioration, outer conductivity performance were
comparable with Test 1
(above).
Test 3 - Soldering Heat
3.1 Resistance to Soldering
Heat Exposure to concentrated soldering heat
(250°C) for 10 seconds to
evaluate any possible deterioration in plating finish.
No deterioration detected.
Test 4 - Salt Mist &
Mechanical Endurance
Exposure to salt mist spray
(as defined in BS 2011 Pt.
2.1 Ka) for 48 hours to evaluate the uniformity of protective coatings, any visual
deterioration, or impact on
electrical performance. No
visual deterioration, outer
conductivity performance
were comparable with Test
1 (above).
Electrical and visual evaluation of the connectors after
500 matings to determine
any electrical or visual
deterioration. No visual
deterioration, outer conductivity performance were
comparable with Test 1
(above).
Availability and Ordering
Tyco Electronics offers
White Bronze on all products including 7-16, N,
TNC, SMA and OSP.
For more information on
White Bronze contact your
local Tyco Electronics Sales
Office.
280
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix C - Intermodulation in RF Coaxial Connectors
Product Facts
■
High quality plating to 6µm
for IM-sensitive products
■
Restrict materials to copper
and its alloys
■
Avoid the use of stainless
steel, nickel, ferrites, etc.
in the signal path
■
Quality machining
■
Ensure, by design, a properly defined contact interface at connector, panel and
contact interfaces
■
Avoidance of crimps
The increased demand from the mobile
communication industry to provide greater
channel capacity coupled with the increased
sensitivity of receivers has exposed a condition within RF Coaxial Connectors referred to
as Intermodulation Distortion (IMD). This
condition occurs when non-linearities within
the connectors act as imperfect diodes to
generate other frequencies known as
Intermodulation Products (IMP). Some of
these frequencies appear within the receive
band and effectively block the channel. The
purpose of this application note is to outline
the basic causes of Intermodulation and the
techniques Tyco Electronics has undertaken
to minimize this condition.
IM Basics
Need more information?
Call Technical Support at
the numbers listed below.
Technical Support is staffed
with specialists well versed
in all Tyco Electronics
products. They can provide
you with:
■ Technical Support
■ Catalogs
■ Technical Documents
■ Product Samples
■ Tyco Electronics
Authorized Distributor
Locations
Modern developments in base stations for
GSM, DCS 1800 and PCS 1900 have
necessitated the use of “7-16”, “4.1/9.5”
and “N” connectors due to the increased
power requirements. The requirements for
performance are typically in the order of -
160 dBc to -163dBc (when working in dBc)
or -120dBm (when working in dBm), both
with 2 x (+43dBm) tones. The requirement
is so stringent because the connectors are
used in post-filtering sections of the transmit
path (between the diplexer and the
antenna) and also because the system is a
full duplex system where the multiple-carrier
transmit path is also the receive path. In a
truly linear system, the output is directly
proportional to the input, following the form
of y=mx+c (see fig. 2). Coaxial connectors
have traditionally been viewed as following
this pattern. In reality, there have always
been non-linearities present in coaxial connectors. These were not readily apparent as
the resultant IM products were significantly
below the noise floor of the system due to
relatively weak carrier signals. This situation
becomes apparent when the incident power
is raised above 30 dBm.
The small non-linearities have a characteristic similar to a square-law (see Fig 3). The
distortion to the waveform is evident, the
Linear vs. Non-linear Response
Fig. 2
12
Linear
Fig. 3
120
10
100
8
80
6
60
4
40
2
20
0
0
Non-linear
281
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix C - Intermodulation in RF Coaxial Connectors (Continued)
IM Basics (Continued)
Spectrum of products in a 2-tone system
positive 1/2 cycle being significantly greater in amplitude
than the negative 1/2-cycle. When converted to the frequency domain, this waveform consists of the desired fundamental plus a decaying series of related harmonics that,
in themselves, interact with other carriers present on the
transmission line.
% Fig. 4
120
Carriers
F1
F1
100
Rx band
80
The effect of this interaction produces additional frequencies, some of which occur where they are least wanted
(see fig. 4). The 2F1-F2 (3rd order IMP), 3F1-2F2 (5th order
IMP) and 4F1-3F2 (7th order IMP) products can all manifest in the receive band and, if sufficiently large, effectively
block a channel by making the base station receiver think
that a carrier is present when one is not.
Tx
2F1-F2 band 2F2-F1
60
3F1-2F2
4F1-3F2
40
3F2-2F1
4F2-3F1
20
0
Frequency (MHz)
Potential causes of IM in Coaxial Connectors
There are numerous factors which can affect intermodulation performance in RF coaxial connectors. Identified
below are the most likely sources of concern:
■
Contaminated plating solution
■
Insufficient plating thickness
■
Corrosion
■
Dissimilar metals in intimate contact
■
Magnetic materials in the signal path
■
Low contact pressure
■
Less than 360-degree contact
■
Poor surface finish
■
Debris and dust within the connector
■
Convoluted signal path
Remedies for IM in RF Coaxial Connectors
To combat the above identified IM sources, Tyco Electronics
undertakes precautions during the design and manufacture of
the product, as summarized below:
■
Effect of surface roughness
Fig. 5
1.5
High quality plating to 6µm for IM-sensitive products
Metal
The plating must also be free from contaminants and properly
passivated with a chromate passivate. Silver has been the
preferred plating material as it possesses the lowest practical
resistivity thereby minimizing interface contact resistances.
Tyco Electronics also offers a unique White Bronze plating
finish which provides excellent durability, tarnish resistance
and non-magnetic properties ideal for low intermodulation.
During testing with a system noise floor of -145 dBm, the difference in performance between the Tyco Electronics silver-plating and the Tyco Electronics White Bronze finish is not
discernible (refer to White Bronze Application Note 1307057).
■
Restrict materials to copper and its alloys.
This ensures maximum plating adhesion and minimum electrochemical potential difference between the base materials and
their over-platings.
■
Avoid the use of stainless steel, nickel, ferrites, etc. in the
signal path
Magnetic and para-magnetic materials will only compound
non-linearites and give poorer interface contact resistances.
During experimentation, Tyco Electronics discovered a degradation in performance of 20dB when nickel plate was used.
The presence of magnetic or para-magnetic materials will also
cause the forward IMP figure to differ from the reverse IMP.
■
Quality machining
Surface finish is paramount. The signal propagates within a
“skin” if this skin is too rough, the signal will repeatedly transition
through metal and surface oxide layers, thereby creating the
1
Air
Oxide
0.5
0
-0.5
Signal flow
-1
-1.5
same effect as a poor panel contact (see fig. 5). For IM-sensitive
designs Tyco Electronics ensures 0.4µm is the maximum.
■
Contact design
This primarily affects the connector interface. Repeated
matings can generate small amounts of plating from the individual parts. These oxidize and interfere with the mechanical
(and therefore electrical) mating of connectors. The oxidized
debris gives further rise to metal and surface oxide junctions
and consequently, higher IM products.
■
Ensure, by design, a properly defined contact interface at
connector, panel and contact interfaces
Insufficient contact force will give rise to metal to oxide junctions. The classic rectifiers were metal oxide by composition.
Axial maximum material condition at the connector interface is
critical in order to ensure minimum mismatch and maximum
282
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix C - Intermodulation in RF Coaxial Connectors (Continued)
Remedies for IM in RF Coaxial Connectors (Continued)
potential of a butt-contact. Panel interfaces generally concern the
physical contact of the connector body to the panel. In this case,
it has been determined that a protruding feature as close as
possible to the body bore will give the best IM performance. The
applied mounting force is concentrated in the surface area of the
protrusion which, on engagement with the panel, punctures the
existing oxide layer to give a metal-to-metal, gas-tight junction.
■
Avoidance of crimps
Crimps, by nature, can only give multiple point-contact rather
than 360-degree contact and also cause a variability in the
position of electrical contact during dynamic testing. IM products will therefore be greater. It has been found that soldered
center contacts and clamp/solder outer contacts give the best
static and dynamic IM performance.
Improving IM Connector Design
Tyco Electronics continues to pursue design techniques which
improve intermodulation performance to address emerging
telecommunication market needs. A state of the art intermodulation test facility and participation on the international (IEC
SC46D WG5) committee to develop standard test practices
ensures our commitment to the understanding of intermodulation characteristics. This applied technology base is instrumental in developing innovative low intermodulation products for
7-16, Type N, SMA and OSP interfaces.
Most commonly asked questions regarding Intermodulation
Why is intermodulation such a concern for cellular
infrastructure equipment?
The primary concerns for cellular service providers today
are channel efficiency and clarity of transmission. Growth in
demand for mobile communications has created a need to
operate equipment at greater capacities and reliability to
service the competitive market. Intermodulation degrades or
limits the ability of the service provider to operate at optimal
levels of performance and may ultimately cause subscribers
to experience poor call quality. Intermodulation has become
an important factor in system selection to ensure the best
possible network service.
Where is intermodulation most likely to occur in cellular
infrastructure equipment?
Intermodulation is typically of greatest concern between the
filtering elements of the system and the antenna. The introduction of higher power levels for the transmit side of the equipment creates greater potential for intermodulation to occur.
This is why the majority of focus for intermodulation concerns
7-16, Type N, SMA and 4.1/9.5 connector interfaces.
Is intermodulation a recent development?
Intermodulation has always been inherently present in RF coaxial connectors but may be relatively imperceptible in some
devices for a variety of reasons. The amount of power applied
to an RF connector determines the relative IM threshold which
can be observed. Intermodulation is therefore more likely to
cause concern in a higher power system, for example, utilizing
a 7-16 connector interface rather than an equivalent low power
OSX solution. The trend toward higher power digital cellular
systems creates the need for greater intermodulation sensitivity.
What is the best method of cable attachment for IM sensitive cable assembly applications?
Soldering and clamping are preferred methods due to the
360-degree point of contact created at the cable to connector
interface. Such intimate contact improves the overall contact
resistance leading to improved IM characteristics. In addition,
it is also better to solder the center conductor of the connector
to the cable versus crimping due to the improved contact
resistance path and elimination of voids.
Are there ways to test for intermodulation in an RF coaxial
connector?
Yes, very sophisticated methods are needed to test for intermodulation in RF connectors. The test system must utilize
extremely sensitive filtering or clean amplification so that the
equipment itself has a very low intermodulation noise floor.
There is not yet a standardized approach to testing, although
an international committee has been formed in the connector
industry to address the situation. Tyco Electronics has a state
of the art test facility where our designs are optimized for low
intermod performance and where further analysis on the
effects of this phenomena can be studied.
Is intermodulation in coaxial connectors frequency
dependent?
No. Because coaxial connectors are broadband devices there
is no frequency dependency. Some apparent variability can
be detected during testing but this is not due to the connector.
The impedance matches of the output diplexer/triplexer and
terminations are the causes of the variations and should not
be incorrectly attributed to the connector/assembly.
Tyco Electronics Interconnect Business Unit has demonstrated
that by varying the impedance match of the test station termination, a DUT can show 15dB better IMP3 than exists in reality.
IMP3 in mixers follows a 3dB/dB relationship.
What is it for connectors?
The relationship is identical. Taking the 3rd order (2F1-F2):
varying the power of F2 gives an IMP3 relationship of 1dB/dB
whereas varying the power of F1 gives a relationship of 2dB/dB
as the IMP is derived from the 2nd harmonic of F1. This gives a
total of 3dB/dB when symmetrically varying both carrier powers.
I am buying a complete cable assembly from
Tyco Electronics. How do I interpret the IMP result now?
With caution! It is the Tyco Electronics policy when testing
devices to move away from the normal static test to a dynamic
test where the cable termination interfaces are mechanically
exercised during live IM conditions. It is also a good indicator
to customers of the build quality of the assemblies. A dynamic
evaluation has shown 15dB degradation in IMP performance
for poor assemblies and even as much as 50dB for bad
ones.It is therefore strongly advisable that IM performance figures are stated in the context of a dynamic measurement.
283
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications
Abbreviations
SCCad Br......Silver covered cadmium bronze
GS.................Galvanized steel
TCCS ............Tin copper covered steel
SSC ..............Silver covered strip
HR.................High resistance wire
SA .................Silver covered alloy
Dielectric
PE .................Solid polyethylene
PTEE .............Solid polyetrafluoroethylene
PIB ................Polyisobulylene, Type B, per MIL-C-17
Rubber ..........Per MIL-C-17D
Sil .................Silicone rubber
PS .................Polystyrene
Jacket Material
PVC-I ............Black polyvinylchloride, contaminating, Type I, per MIL-C-17D
PVC-II ...........Gray polyvinylchloride, noncontaminating, Type II, per MIL-C-17D
PVC-IIA.........Black polyvinylchloride, noncontaminating, Type IIA, per MIL-C-17D
PE-III.............Clear polyethylene
PE-IIIA ..........High molecular weight, black polyethylene, Type IIIA, per MIL-C-17D
FG Braid V ....Fiberglass, impregnated, Type V, per MIL-C-17D
FEP-IX ..........Fluorinated ethylene propylene, Type IX, per MIL-C-17D
PUR ..............Polyurathane, black specific compounds
SIL/DAC-VI...Dacron braid over silicone rubber, Type VI, per MIL-C-17D
Rubber ..........Per MIL-C-17D
Conductors and Braid Materials
AL .................Aluminum
SCAAI ...........Silver covered copper covered aluminum
BC.................Bare copper
SC.................Silver covered copper
CCS ..............Copper covered steel
TC .................Tinned copper
SCCS ............Silver covered copper covered steel
RG/U
Type
Cable
Inner
Conductor
Dielectric
Material
DOD
4
0.81 BC
.0320
1.29 BC
.0508
1.29 SC
.0508
1.29 SC
.0508
0.72 CCS
.0285
0.72 CCS
.0285
0.91 BC
.0359
2.17
.0855
7/0.72 BC
.0285
2.17
.0855
7/0.72 BC
.0285
2.17
.0855
7/0.72 SC
.0285
2.17
.0855
7/0.72 SC
.0285
2.17
.0855
7/0.72 SC
.0285
2.17
.0855
7/0.72 BC
.0285
2.17
.0855
7/0.72 BC
.0285
1.21
.0477
7/0.4 TC
.0159
1.21
.0477
7/0.4 TC
.0159
1.21
.0477
7/0.4 TC
.0159
PE
Air-Space
PE
.295
.116
4.7
.185
4.6
.181
4.6
.181
4.7
.185
4.7
.185
6.35
.250
PE
5
5A
5B
6
6A
7
8
8A
9
9A
9B
10
10A
11
11A
12
Number/Type
of Shielding
Braids
Jacket
Material
2/BC
PVC-1
2/BC
PVC-1
2/SC
PVC-II
2/SC
PVC-IIA
O.D. Weight
(lb/ft)
2/Inner SC
Outer BC
2/Inner SC
Outer BC
PVC-IIA
1/BC
PVC-I
5.74
.226
8.43
.332
8.33
.328
8.33
.328
8.43
.332
8.43
.332
9.4
.370
7.24
.285
1/BC
PVC-I
PE
7.24
.285
1/BC
PE
7.11
.280
PE
PE
PE
PE
PE
PVC-II
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
Max.
Operating
Temp. (C°)
Max.
Operating
Voltage
(Volts RMS)
Comments
.025
50
30.8
40
80
1900
Use RG 58C
.088
52.5
28.5
40
80
3000
Use up to
100 MHz
.088
50
30.8
40
80
3000
Use RG 212
.087
50
30.8
40
80
3000
Use RG 212
.081
76
20.0
40
80
2700
Use RG 6A
.082
75
20.6
40
80
2700
Good Attenuation
Stability
.080
95
12.5
40
80
1000
Use RG 63B
10.29
.405
.106
52
29.5
40
80
4000
Use RG 213
PVC-IIA
10.29
.405
.106
52
29.5
40
80
5000
Use RG 213
2/Inner SC
Outer BC
PVC-II
10.67
.420
.140
51
30.0
40
80
4000
Use RG 214
7.11
.280
2/SC
PVC-II
10.67
.420
.140
51
30.0
40
80
4000
Use RG 214
PE
7.11
.280
2/SC
PVC-IIA
10.67
.420
.150
50
30.8
40
80
5000
Uase RG 214
PE
7.24
.285
1/BC
PVC-II
w/Armor
11.76
.463
.146
52
29.5
40
80
4000
Use RG 215
PE
7.24
.285
1/BC
PBC-IIA
w/Armor
11.76
.463
.146
52
29.5
40
80
5000
Use RG 215
PE
7.24
.285
1/BC
PVC-I
10.29
.405
.096
75
20.6
40
80
4000
Use up to
100 MHz
PE
7.24
.285
1/BC
PVC-IIA
10.29
.405
.096
75
20.6
40
80
5000
Use up to
1000 Mhz
PE
7.24
.285
1/BC
PVC-II
w/Armor
11.76
.463
.141
75
20.6
40
80
4000
Use RG 12A
PE
284
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
12A
13
13A
14
14A
15
16
17
17A
17B
18
18A
19
19A
20
20A
21
21A
22
22A
22B
23
23A
24
Inner
Conductor
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
1.21
.0477
7.24
PE
7/0.4 TC
.285
.0159
1.21
.0477
7.11
PE
7/0.4 TC
.280
.0159
1.21
.0477
7.11
PE
7/0.4 TC
.280
.0159
2.59 BC
9.4
PE
.1020
.370
2.59 BC
9.4
PE
.1020
.370
1.45 CCS
9.4
PE
.0571
.370
2.59 BC
11.68
.1250
PE
.460
Tube
4.78 BC
17.27
PE
.1880
.680
4.78 BC
17.27
PE
.1880
.680
Cancelled, Reassigned New Nomenclature, RG 177
4.78 BC
17.27
PE
.1880
.680
4.78 BC
17.27
PE
.1880
.680
6.35 BC
23.11
PE
.2500
.910
6.35 BC
23.11
PE
.2500
.910
6.35 BC
23.11
PE
.2500
.910
6.35 BC
23.11
PE
.2500
.910
1.29
4.7
0508
PE
.185
High Res. Wire
1.29
4.7
.0508
PE
.185
High Res. Wire
2 Cond. 1.16
.0456
7.24
PE
7/0.39 BC
.285
.0152
2 Cond. 1.16
.0456
7/0.39 BC
.0152
2 Cond. 1.16
.0456
7/.0.39 BC
.0152
2 Cond. 2.17
.0855
7/0.72 BC
.0285
2 Cond. 2.17
.0855
7/0.72 BC
.0285
2 Cond. 2.17
.0855
7/0.72 BC
.0285
Max.
Operating
Voltage
(Volts RMS)
Comments
80
5000
Use up to
1000 MHz
40
80
4000
Use RG 216
20.8
40
80
4000
Use RG 216
52
29.5
40
80
5500
Use RG 217
.216
76
29.5
40
80
7000
Use RG 217
.197
52
20.0
40
80
5000
Use up to
1000 MHz
.254
52
29.5
40
80
6000
Use up to
1000 MHz
.460
52
29.5
40
80
11,000
Use up to
1000 MHz
.460
52
29.5
40
80
11,000
Use RG 218
.585
52
29.5
40
80
11,000
Use RG 219
.585
52
29.5
40
80
11,000
Use RG 219
.740
52
29.5
40
80
14,000
Use RG 220
.740
52
29.5
40
80
14,000
Use RG 220
.925
52
29.5
40
80
14,000
Use RG 221
.925
53
29.5
40
80
14,000
Use RG 221
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
.141
75
20.6
40
10.67
.420
.126
74
20.8
10.67
.420
.126
52
.216
Jacket
Material
O.D. Weight
(lb/ft)
1/BC
PVC-IIA
w/Armor
11.76
.463
2/BC
PVC-I
2/BC
PVC-IIA
2/BC
PVC-II
2/BC
PVC-IIA
2/BC
PVC-I
1/BC
PVC-I
1/BC
PVC-II
1/BC
PVC-IIA
1/BC
PVC-II
w/Armor
PVC-IIA
w/Armor
1/BC
PVC-II
1/BC
PVC-IIA
1/BC
13.84
.545
13.84
.545
13.84
.545
16
.630
22.1
.870
22.1
.870
23.50
.925
23.57
.928
28.45
1.120
28.45
1.120
29.92
1.178
29.92
1.178
Max.
Operating
Temp. (C°)
1/BC
PVC-II
w/Armor
PVC-IIA
w/Armor
2/SC
PVC-II
8.43
.332
.087
53
29.0
40
80
2700
Use RG 222
2/SC
PVC-IIA
8.43
.332
.087
95
29.0
40
80
2700
Use RG 222
1/TC
PVC-I
10.29
.405
.105
95
16.0
40
80
1000
Balanced Line
w/Twisted Cond.
1/BC
PE
7.24
.285
2/TC
PVC-II
10.67
.420
.151
95
16.0
40
80
1000
Balanced Line
w/Twisted Cond.
PE
7.24
.285
2/TC
PVC-IIA
10.67
.420
.151
125
16.0
40
80
1000
Balanced Line
w/Twisted Cond.
PE,2 Cores
9.65
.380
125
12.0
40
80
3000
Use RG 23A
PE,2 Cores
9.65
.380
125
12.0
40
80
3000
Dual Coaxial
Balanced Line
.670
12.0
2/Individual
40 80
3000
Use RG 24A
PE,2 Cores
9.65
.380
2/Inidividual
Inner
Common
Outer BC
2/Individual
Inner
Common
Outer BC
2/Individual
Inner
Common
Outer BC
PVC-I
PVC-IIA
PVC-I
w/Armor
16.51 x .490
.650
.490
24
.945
16.51 x .490
.650
.490
24
.945
25.48
1.003
19.81
.780
.670
285
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
24A
25A
26A
27A
28B
29
30
31
32
33
34
34A
34B
35
35A
35B
36
37
38
39
40
41
42
Inner
Conductor
2 Cond. 2.17
.0855
7/0.72 BC
.0285
1.49
.0585
19/0.3 TC
.0117
1.49
.0585
19/0.3 TC
.0117
2.35
.0925
19/0.47 TC
.0185
2.35
.0925
19/0.47 TC
.0185
0.81 BC
.0320
1.21
.0477
7/0.4 BC
.0159
2.17
.0855
7/0.72 BC
.0285
2.17
.0855
7/0.72 BC
.0285
2.59 BC
.1019
2.17
.0855
7/0.72 BC
.0285
1.9
.0747
7/0.63 BC
.0249
1.9
.0747
7/0.63 BC
.0249
2.91 BC
.1144
1.6
0.63
2.65 BC
.1045
2.65 BC
.1045
4.11 BC
.1620
0.81 TC
.0320
1.15 TC
.0453
0.64 CCS
.0253
0.64 CCS
.0253
1.24
.0490
16/0.25 TC
.0100
0.72
.0285
Res. Wire
Max.
Operating
Voltage
(Volts RMS)
Comments
80
3000
Use RG 23A
40
80
10,000
—
50.0
40
80
10,000
—
48
50.0
40
80
15,000
—
.370
48
50.0
40
80
15,000
—
4.67
.184
0.21
53.5
28.5
55
80
1900
Use RG 58
PVC-I
6.35
.250
.044
50
27.0
40
80
1500
Use RG 58
1/BC
PVC-I
10.29
.405
.106
51
31.0
40
80
2000
Use RG 213
7.24
.285
1/BC
PVC-I
w/Armor
11.81
.465
.141
51
29.0
40
80
2000
Use RG 215
PE
9.4
3.70
None
Lead
11.94
.470
.390
51
30.0
55
80
6000
—
PE
11.56
.455
1/BC
PVC-I
15.88
.625
.224
71
21.5
40
80
5200
Use RG 31B
PE
11.68
.460
1/BC
PVC-IIA
16
.630
.224
75
20.6
40
80
6500
Use RG 34B
PE
11.68
.460
1/BC
PVC-IIA
16
.630
.224
75
20.6
40
80
6500
Use up to
1000 MHz
PE
11.68
.460
1/BC
PVC-II
w/Armor
23.57
.928
.525
71
21.5
40
80
10,000
Use RG 35B
PE
1/BC
PVC-IIA
w/Armor
75
20.6
40
80
10,000
Use RG 35B
1/BC
PVC-IIA
.525
75
20.6
40
80
10,000
1/BC
PVC-I
.805
69
22.0
40
80
13,000
Unarmored:
see RG 164
Use up to
1000 MHz
1/TC
PE-III
.040
52.5
38.0
55
80
750
—
2/TC
PE-III
.110
52.5
38.0
55
80
1000
—
2/TC
PE-III
.100
72.5
28.6
55
80
1000
—
2/TC
Rubber IV
23.57
.928
23.57
.928
29.97
1.180
5.33
.210
7.92
.312
7.92
.312
10.67
.420
.525
Rubber-C
11.68
.460
11.68
.460
23.11
.910
3.56
.140
4.98
.196
4.98
.196
4.98
.196
.150
72.5
28.0
40
80
1000
—
Rubber-IV
6.35
.250
1/TC
Rubber-IV
10.8
.425
.150
67.5
27.6
40
80
3000
—
PE
4.98
.196
2/SC
PVC-II
8.69
.342
.050
78
20.0
40
80
2700
Use RG 222
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
O.D. Weight
(lb/ft)
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
PE,2 Cores
9.65
.380
2/Individual
Inner
Common
Outer BC
PVC-IIA
w/Armor
25.48
1.003
19.81
.780
Rubber-E
7.32
.288
2/TC
Rubber-IV
Rubber-E
7.32
.288
1/TC
Rubber-D
11.56
.455
Rubber-D
.670
125
12.0
40
12.83
.505
.205
48
50.0
Rubber-IV
w/Armor
12.27
.483
.189
48
1/TC
Rubber-IV
w/Armor
16.59
.653
.304
11.56
.455
2/TC, GS
Rubber-IV
w/Armor
19.05
.750
PE
2.95
.116
1/TC
PE-111
PIB
4.7
.185
1/BC
PIB
7.24
.285
PIB
PE
PE
Rubber-C
Rubber-C
Rubber-C
Max.
Operating
Temp. (C°)
286
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
43
54
54A
55
55A
55B
56
57
57A
58
58A
58B
58C
59
59A
59B
60
62
62A
62B
63
63A
63B
64
64A
65
Inner
Conductor
2 Cond. 2.17
.0855
7/0.72 BC
.0285
1.21
.0477
7/0.4 BC
.0159
1.16
.0456
7/0.39 BC
.0152
0.81 BC
.0320
.0.89 SC
.0350
0.81 SC
.0320
1.49
.0585
19/0.3 BC
.0117
2 Cond. 2.17
.0855
7/0.72 BC
.0285
2 Cond. 2.17
.0855
7/0.72 BC
.0285
0.81 BC
.0320
0.9
.0355
0.81 BC
.0320
0.9
.0355
19/0.8 TC
.0071
0.64 CCS
.0253
0.64 CCS
.0253
0.58 CCS
.0230
1.29 Str. C
.0508
0.64 CCS
.0253
0.64 CCS
.0253
0.61
.0240
7/0.2 CCS
.0080
0.64 CCS
.0253
0.64 BC
.0253
0.64 CCS
.0253
1.49
.0585
19/0.3 TC
.0117
1.49
.0585
19/0.3 TC
.0117
0.2 [.0080]
Formex-F
3.25 [.1280]
Dia. Helix
Max.
Operating
Voltage
(Volts RMS)
Comments
80
1500
Use RG 57
40
80
2500
Use RG 54A
26.5
55
80
3000
Use up to
1000 MHz
53.5
28.5
55
80
1900
Use RG 55B
.034
50
30.8
40
80
1900
.033
53.5
28.5
55
80
1900
Use RG 223
Use up to
1000 MHz
13.59
.535
.243
48
50.0
40
80
8000
—
PVC-I
15.88
.625
.225
95
17.0
40
80
3000
Balanced Line
Parallel
1/TC
PVC-IIA
15.88
.625
.225
95
17.0
40
80
3000
Balanced Line
Parallel
1/TC
PVC-I
53.5
28.5
40
80
1900
Use RG 58B
1/TC
PVC-I
.029
52
28.5
40
80
1900
1/TC
PVC-IIA
4.95
.195
4.95
.195
4.95
.195
.029
PE
2.95
.116
2.95
.116
2.95
.116
.029
53.5
28.5
40
80
1900
Use RG 58C
Use up to
1000 MHz
PE
2.95
.116
1/TC
PVC-IIA
4.95
.195
.029
50
30.8
40
80
1900
Extra Flexible
Version RG 58B
PE
1/BC
PVC-I
73
21.0
40
80
2300
Use RG 59B
1/BC
PVC-IIA
.032
73
21.0
40
80
2300
1/BC
PVC-IIA
.032
75
20.6
40
80
2300
Use RG 59B
Use up to
1000 MHz
1/BC
Rubber-IV
.150
50
39.0
40
80
1100
—
1/BC
PVC-I
.038
93
13.5
40
80
750
Use RG 62A
Low
1/BC
PVC-IIA
6.15
.242
6.15
.242
6.15
.242
10.8
.425
6.15
.242
6.15
.242
.032
Air-space
PE
Air-space
PE
3.71
.146
3.71
.146
3.71
.146
6.35
.250
3.71
.146
3.71
.146
.038
93
13.5
40
80
750
Capacitance
Air-space
PE
3.71
.146
1/BC
PVC-IIA
6.15
.242
.038
93
13.5
40
80
750
Extra Flexible
RG 62A
Air-space
PE
Air-space
PE
Air-space
PE
7.24
.285
7.24
.285
7.24
.285
7.82
.308
7.24
.285
1/BC
PVC-I
.083
125
10.0
40
80
1000
Use RG 63B
1/BC
PVC-I
.083
125
10.0
40
80
1000
Use RG 63B
1/BC
PVC-IIA
.083
125
10.0
40
80
1000
Low
Capacitance
2/TC
Rubber-IV
10.29
.405
10.29
.405
10.29
.405
12.57
.495
10.29
.405
.225
48
60.0
40
80
10,000
—
Capacitance
Rubber-E
7.32
.288
2/TC
Rubber-IV
11.68
.460
.205
48
50.0
40
80
10,000
—
PE
7.24
.285
1/BC
PVC-I
10.29
.405
.096
950
44.0
40
80
1000
High Impedance
Video Delay Line
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
Rubber-B
11.99
.427
1/BC
PVC-I
15.67
.617
—
95
17.6
40
PE
4.7
.185
1/BC
PVC-I
6.99
.275
.045
58
27.0
PE
4.52
.178
1/TC
PE-III
6.22
2.45
.041
58
PE
PE
2.95
.116
2.95
.116
2.95
.116
2/TC
PE-III
.032
2/SC
PVC-IIA
2/TC
PE-IIIA
5.08
.200
5.08
.200
5.08
.200
Rubber-D
7.82
.308
2/BC
PVC-I
PE
11.99
.472
1/TC
PE
11.99
.472
PE
PE
PE
PE
PE
Rubber-C
Rubber-D
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
287
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
65A
71
71A
71B
72
73
74
74A
77A
78A
79
79A
79B
81
82
83
84A
85A
86
87A
88
88A
88B
89
90
93
Inner
Conductor
.02 [.0080]
Formex-F
3.25 [.1280]
Dia. Helix
0.64 CCS
.0253
0.64 CCS
.0253
0.64 CCS
.0253
0.64 CCS
.0253
1.65 BC
.0650
2.59 BC
.1020
2.59 BC
.1020
1.49
.0585
19/0.3 TC
.0117
1.49
.0585
19/0.3 TC
.0117
0.64 CCS
.0253
0.64 CCS
.0253
0.64 CCS
.0253
1.59 BC
.0625
3.18 BC
.1250
2.59 BC
.1020
2.65 BC
.1045
2.65 BC
.1045
2 Cond. 2.17
.0855
7/0.72 BC
.0285
2.44
.0960
7/0.81 SC
.0320
1.49
.0585
19/0.3 TC
.0117
1.49
.0585
19/0.3 TC
.0117
1.49
.0585
19/0.3 TC
.0117
0.64 CCS
.0253
1.53
.0603
7/0.51 SC
.0201
5.08
.2000
19/1.02 BC
.0400
Max.
Operating
Voltage
(Volts RMS)
Comments
80
1000
High Impedance
Video Delay Line
40
80
750
Use RG 71B
13.5
55
80
750
Use RG 71B
93
13.5
55
80
750
.169
150
7.8
40
80
750
.031
25
61.8
55
80
1000
Low
Capacitance
Low
Capacitance
Low
Impedance
.310
52
29.5
40
80
5500
Use RG 224
.310
52
29.5
40
80
5500
Use RG 224
11.43
.450
.195
48
50.0
40
80
8000
Peak
—
PVC-IIA
10.67
.420
.149
48
50.0
40
80
8000
Peak
—
PVC-I
w/Armor
PVC-I
w/Armor
PVC-IIA
w/Armor
Copper
Tube
Copper
Tube
11.76
.463
11.76
.463
11.76
.463
8.26
.325
19.05
.750
10.29
.405
25.4
1.000
39.75
1.565
.136
—
10.0
40
80
1000
.130
.125
10.0
40
80
1000
.136
.125
10.0
40
80
1000
Low
Capacitance
Low
Capacitance
Low
Capacitance
.172
50
37.0
250
3000
—
.698
50
36.0
250
5000
—
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
PE
7.24
.285
1/BC
PVC-IIA
10.29
.405
.096
950
44.0
40
Air-space
PE
Air-space
PE
Air-space
PE
Air-space
PE
2/TC
PVC-I
2/TC
PE-III
2/TC
PE-IIIA
1/BC
PVC-I
2/BC
PE
3.71
.146
3.71
.146
3.71
.146
11.68
.460
2.95
.116
9.4
.370
9.4
.370
.046
93
13.5
.046
93
.046
2/BC
Copper
Braid
PVC-II
w/Armor
PVC-IIA
w/Armor
6.22
.245
6.22
.245
6.22
.245
16
.630
4.45
.175
15.32
.603
15.32
.603
Rubber-E
7.32
.288
2/TC
PVC-IIA
Rubber-E
7.32
.288
1/TC
Air-space
PE
Air-space
PE
Air-space
PE
Magnesium
Oxide G
Magnesium
Oxide G
7.24
.285
7.24
.285
7.24
.285
8.15
.321
16.51
.650
6.1
.240
17.27
.680
17.27
.680
1/BC
PE
PE
PE
PE
PE
2/BC
1/BC
1/BC
None
None
1/BC
PVC-I
1/BC
1/BC
PVC-IIA
w/Lead Sheath
PVC-IIA
w/Lead Armor
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
.120
35
44.0
40
80
2000
1.325
75
20.6
40
80
10,000
2.910
75
20.6
40
80
10,000
Low
Impedance
RG 35B with
Special Armor
RG 84A with
Special Armor
7.62
.300 x 16.51 .100
.650
200
7.8
55
80
10,000
Twin Lead
PE
7.62
.300 x 16.51
.650
None
None
PTFE
7.11
.280
2/SC
FG
Braid-V
10.8
.425
.180
50
29.4
55
250
5000
Use RG 225
Rubber-E
7.32
.288
4/TC
PVC-I
13.08
.515
.211
48
50.0
40
80
10,000
—
Ruber-E
7.32
.288
4/TC
PVC-IIA
13.08
.515
.211
48
50.0
40
80
10,000
—
Rubber-E
7.32
.288
4/TC
Rubber-IV
14.35
.565
.238
48
50.0
40
80
10,000
—
Air-space
PE
7.24
.285
1/BC
PVC-I
16.05
.632
.195
125
10.0
40
80
1000
Low
Capacitance
PE
4.95
.195
3/SC, GS, SC
PVC-IIA
10.8
.425
—
50
30.8
40
80
3000
Excellent
Shielding
Taped
PTFE
14.55
.573
1/BC
FG
Braid-V
18.03
.710
.475
50
29.4
55
250
10,000
Use RG 211A
288
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
94
94A
100
101
102
108
108A
111
111A
114
114A
115
115A
116
117
117A
118
118A
119
120
122
124
125
126
Inner
Conductor
2.86
.1125
19/0.57 SC
.0225
3.23
.1270
19/0.65 SC
.0254
1.87
.0735
19/0.37 BC
.0147
1.63 BC
.0641
2 Cond.
2.05 BC
.0808
2 Cond. 0.96
.0378
7/0.32 TC
.0126
2 Cond. 0.96
.0378
7/0.32 TC
.0126
2 Cond. 1.16
.0456
7/0.39 BC
.0152
2 Cond. 1.16
.0456
7/0.39 BC
.0152
0.18 CCS
.0070
0.18 CCS
.0070
2.13
.0840
7/0.71 SC
.0280
2.13
.0840
7/0.71 SC
.0280
2.44
.0960
7/0.81 SC
.0320
4.78 BC
.1880
4.78 BC
.1880
4.78 BC
.1880
4.78 BC
.1880
2.59 BC
.1020
2.59 BC
.1020
0.76
.0300
7/0.13 TC
.0050
0.64 TCCS
.0253
0.4 CCS
.0159
1.55
.0609
7/0.52 HR
.0203
Max.
Operating
Voltage
(Volts RMS)
Comments
250
7000
Use RG 226
55
250
7000
Use RG 226
40
80
2000
Use up to
1000 MHz
—
—
—
—
—
—
80
1000
Use RG 108A
40
80
1000
Balanced Line
16.0
40
80
1000
Use RG 111A
95
16.0
40
80
1000
Use RG 22B
w/Armor
.087
185
6.5
40
80
1000
Use RG 114A
.087
185
6.5
40
80
1000
Low
Capacitance
9.53
.375
.148
50
29.4
55
250
5000
Use RG 115A
FG
Braid-V
10.54
.415
.180
50
29.4
55
250
5000
Extra Flexible
RG 225
2/SC
FG Braid-V
w/Armor
12.7
.475
.198
50
29.4
55
250
5000
Use RG 227
1/BC
18.54
.730
18.54
.730
19.81
.780
19.81
.780
11.81
.465
13.28
.523
50
29.4
55
250
7000
Use RG 211A
.641
50
29.4
55
250
7000
Use RG 211A
.682
50
29.4
55
250
7000
Use RG 228A
.682
50
29.4
55
250
7000
Use RG 228A
.225
50
29.4
55
250
6000
2/BC
FG
Braid-V
FG
Braid-V
FG Braid-V
w/Armor
FG Braid-V
w/Armor
FG
Braid-V
FG
Braid-V
.641
PTFE
15.75
.620
15.75
.620
15.75
.620
15.75
.620
8.43
.332
8.43
.332
.282
50
29.4
55
250
6000
Use up to
1000 MHz
RG 119
w/Armor
PE
2.44
.096
1/TC
PVC-IIA
4.06
.160
.016
50
29.4
40
80
1900
Use up to
1000 MHz
Taped
PTFE
Air-space
PE
3.43
.135
11.68
.460
1/TC
FG
Braid-V
.210
73
20.3
55
250
2300
Use RG 140
1/BC
PVC-IIA
6.1
.240
15.24
.600
.180
150
7.8
40
80
2000
Low
Capacitance
PTFE
4.7
.185
1/HR
FG
Braid-V
7.11
.280
.070
50
29.4
55
250
3000
High
Loss Cable
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
Taped
PTFE
7.42
.292
2/BC
FG
Braid-V
11.3
.445
.270
50
29.4
55
Taped
PTFE
9.4
.370
2/BC
FG
Braid-V
12.7
.500
.445
50
29.4
PE
3.71
.146
1/BC
PVC-I
6.15
.242
.046
35
44.0
Rubber
—
1/TC
—
14.94
.588
—
75
—
Rubber
—
1/TC
—
27.64
1.088
—
140
—
PE
2.01
.079
Each
1/TC
PVC-II
5.97
.235
.032
78
19.6
40
PE
2.01
.079
Each
1/TC
PVC-IIA
5.97
.235
.032
78
19.6
PE
7.24
.285
2/TC
PVC-II
w/Armor
12.14
.478
.146
95
PE
7.24
.285
2/TC
PVC-IIA
w/Armor
12.14
.478
.146
Air-space
PE
Air-space
PE
7.24
.285
7.24
.285
1/BC
PVC-I
1/BC
PVC-IIA
10.29
.405
10.29
.405
Taped
PTFE
6.35
.250
2/BC
FG
Braid-V
Taped
PTFE
6.48
.255
2/BC
PTFE
7.11
.280
PTFE
PTFE
PTFE
PTFE
PTFE
1/BC
1/BC
1/BC
2/BC
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
289
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
130
131
133
133A
140
141
141A
142
142A
142B
143
143A
144
145
146
147
148
149
150
156
157
158
159
160
161
164
Inner
Conductor
2 Cond. 2.17
.0855
7/0.72 BC
.0285
2 Cond. 2.17
.0855
7/0.72 BC
.0285
0.72 BC
.0285
0.64 BC
.0253
0.64 SCCS
.0250
0.91 SCCS
.0359
0.99 SCCS
.0390
0.91 SCCS
.0359
0.99 SCCS
.0390
0.99 SCCS
.0390
1.45 SCCS
.0570
1.5 SCCS
.0590
1.36
.0537
7/0.45 SCCS
.0179
2 Cond. 1.83 BC
.0720
0.18 CCS
.0070
6.35 BC
.2500
2.17
.0855
7/0.72 BC
.0285
1.22
.048
7/0.4 TC
.0159
1.22
.048
7/0.4 TC
.0159
2.17
.0855
7/0.72 TC
.0285
2.55
.1005
19/0.51 TC
.0201
5.05
.1988
37/0.72 TC
.0284
0.81 SC
.0320
4 Cond. 1.8
.071
19/0.36 2TC, 2BC
.0142
0.3
.012
7/0.1 S Cad. BR
.004
2.65 BC
.1045
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
PE
11.99
.472
1/TC
PVC-I
15.88
.625
PE
11.99
.472
1/TC
PVC-I
w/Armor
PE
1/BC
PVC-I
1/BC
PVC-IIA
1/SC
FG Braid-V
1/SC
FG Braid-V
PTFE
7.24
.285
7.24
.285
3.71
1.46
2.95
.116
2.95
.116
2.95
.116
2.95
.116
2.95
.116
4.7
.185
4.7
.185
1/SC
Air-space
PE
7.24
.285
Air-space
PTFE
—
PE
PE
7.24
.285
23.11
.910
PTFE
Max.
Operating
Voltage
(Volts RMS)
Comments
80
3000
RG 57 w/
Twisted Cond.
40
80
3000
Armored
RG 130
16.2
40
80
4000
Use RG 133A
95
16.2
40
80
4000
.056
75
19.5
55
250
2300
95 Ohm Version
RG 8
See RG 302 for
FEP Jacket
.036
50
29.4
55
250
1900
Use RG 141A
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
.220
95
17.0
40
17.35
.683
.290
95
17.0
.094
95
.094
FG Braid-V
10.29
.405
10.29
.405
5.92
.233
4.83
.190
4.83
.190
4.95
.195
4.95
.195
4.95
.195
8.26
.325
8.26
.325
.109
50
29.4
55
Copper Tube
FG Braid-V
10.41
.410
.137
75
19.5
55
1/BC
Lead/Tar
—
—
75
14.6
1/BC
FG Braid-V
.108
190
6.0
55
1/BC
PVC-I
w/Armor
9.53
.375
49.2
1.937
—
52
29.5
7.24
.285
1/SC
PVC-I
w/Armor
20.32
.800
—
52
PE
7.24
.285
1/BC
PVC-IIA
10.29
.405
.105
PE
7.24
.285
1/BC
PVC-IIA
w/Armor
11.76
.463
PE and
Cond. PE
7.24
.285
3/TC, GS, TC
PVC-IIA
PE and
Cond. PE
11.56
.455
3/TC, GS, TC
PE and
Cond. PE
11.56
.455
Taped
PTFE
PE
PTFE
PTFE
PTFE
PTFE
PTFE
PTFE
PTFE
1/SC
FG Braid-V
2/SC
FG Braid-V
2/SC
FG
2/SC
FEP
2/SC
FG Braid-V
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
.036
50
29.4
55
250
1900
See RG 303 for
FEP Jacket
.047
50
29.4
55
250
1900
Use RG 142A
.047
50
29.4
50
250
1900
.047
50
29.4
55
250
1900
See RG 142B for
FEP Jacket
Standard Center
Cond. Available
.114
50
29.4
55
250
3000
Use RG 143A
250
3000
See RG 304 for
FEP Jacket
250
5000
High Temp.
RG 11A
—
—
—
200
1000
40
80
14,000
Low
Capacitance
RG 19U
w/Armor
29.5
40
80
4000
—
75
20.6
40
80
5000
Use RG 391
.112
75
20.6
40
80
5000
Use RG 392
13.72
.540
.211
50
32.0
40
80
10,000
Triaxial Pulse
Cable
PVC-IIA
18.42
.725
.317
50
38.0
40
80
15,000
Triaxial Pulse
Cable
3/TC, GS, TC
PVC-IIA
18.42
.725
.380
25
78.0
40
80
15,000
Triaxial Pulse
Cable
2.95
.116
1/SC
FG Braid-V
4.95
.195
.035
50
29.4
55
250
1900
Use RG 141
PE
8.18
.322
1/BC
PVC-I
26.8
1.055
—
125
12.0
40
80
3000
4 Cond.
Balanced Line
PTFE
1.45
.057
1/SC
Nylon
2.08
.082
.015
70
20.0
60
120
1000
Miniature
PE
17.27
.680
1/BC
PVC-IIA
22.1
.870
.490
75
20.6
40
80
10,000
RG 35B without
Armor
290
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
165
166
174
174A
176
177
178
178A
178B
179
179A
179B
180
180A
180B
181
182
183
185
Inner
Conductor
2.44
.0960
7/0.81 SC
.0320
2.44
.0960
7/0.81 SC
.0320
0.48
.0189
7/0.16 CCS
.0063
0.48
.0189
7/0.16 CCS
.0063
3.43
.135 Helix over
Magnetic Core
4.95 BC
.195
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
0.3
.0120
7/0.1 SCCS
.0040
2 Cond. 1.21
.0477
7/0.4 BC
.0159
2 of 19/0.36 BC
.0142
2 of 19/0.17 TC
.0066
6.38 BC
.2510
0.08 [.0031]
Mag. Wire Helix
on PE Core
Max.
Operating
Voltage
(Volts RMS)
Comments
250
5000
RG 225 w/One
Braid
55
250
5000
RG 165
w/ Armor
30.8
40
80
1500
Miniature Data
Transmission
50
30.8
40
80
1500
Miniature Data
Transmission
.120
2240
49.0
40
80
5000
—
22.73
.895
.470
50
30.8
40
80
11,000
High Frequency
RG 218
KEL-F
1.83
.072
.0054
50
29.4
40
150
1000
Use RG 178B
1/SC
KEL-F
1.83
.072
.005
50
29.4
40
150
1000
Use RG 178B
0.86
.034
1/SC
FEP-IX
1.83
.072
.0054
50
29.4
55
200
1000
High Strength
Cond. Available
PTFE
1.45
.057
1/SC
KEL-F
2.54
.100
.010
70
20.4
55
150
1200
Use RG 179B
PTFE
1.6
.063
1/SC
KEL-F
2.54
.100
.010
75
19.5
40
150
1200
Use RG 179B
PTFE
1.6
.063
1/SC
FEP-IX
2.54
.100
.010
75
19.5
55
200
1200
High Strength
Cond. Available
PTFE
2.62
.103
1/SC
KEL-F
3.56
.140
.019
93
15.4
40
150
1500
Use RG 180B
PTFE
2.59
.102
1/SC
KEL-F
3.56
.140
.019
95
15.4
40
150
1500
Use RG 180B
PTFE
2.59
.102
1/SC
KEP-IX
3.56
.140
.019
95
15.4
55
200
1500
High Strength
Cond. Available
PVS-IIA
16.25
.640
.198
125
12.0
40
80
3500
Balanced
Line
PVC-IIA each
PVC-I overall
26.8
1.055
—
125
each
12.0
each
40
80
2300
3000
Special 4
Coaxial
None
19.05
.750
.380
50
23.0
40
80
1800
See Times
AM-5034S
PVC-IIA
7.16
.282
—
2000
—
40
80
—
Delay Line
Cable
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
PTFE
7.24
.285
1/SC
FG
Braid-V
10.41
.410
.121
50
29.4
55
PTFE
7.24
.285
1/SC
FG Braid-V
w/Armor
11.68
.460
.144
50
29.4
PE
1.52
.060
1/TC
PVC
2.54
.100
.008
50
PE
1.52
.060
1/TC
PVC-IIA
2.54
.100
.008
PE
7.24
.285
1/Magnet Wire
PVC-I
10.29
.405
PE
17.27
.680
2/SC
PVC-IIA
PTFE
0.91
.036
1/SC
PTFE
0.86
.034
PTFE
PE
4 Cores
PE
PS Helix
Air-Space
PE
2/Individual
Inner
Common
Outer BC
2/8.43
Each Core
.332
1/BC
2/3.71 Overall Shield
.146
1/BC
16.05
AI. Tube
.632
5.33
.210
4.78
.188
1/Magnet Wire
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
291
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
187
187A
188
188A
189
190
191
192
193
194
195
195A
196
196A
197
198
199
200
209
210
211
211A
212
213
Inner
Conductor
Dielectric
Material
0.3
.0120
PTFE
7/0.1 SCCS
.0040
0.3
.0120
PTFE
7/0.1 SCCS
.0040
0.51
.0201
PTFE
7/0.17 SCCS
.0067
0.51
.0201
PTFE
7/0.17 SCCS
.0067
6.38 BC
PS Helix
.2510
1.49
.0585
Rubber H, J
7/0.3 TC
.0117
12.32 TC Braid Rubber H, J, H
.485
26.8 GS Tube Butyl Rubber
1.055 TC Braid
26.8 GS Tube
Silicone
1.055 TC Braid
Rubber
26.8 GS Tube
Silicone
1.055 TC Braid
Rubber
0.3
.0120
PTFE
7/0.1 SCCS
.004
0.3
.0120
PTFE
7/0.1 SCCS
.004
0.3
.0120
PTFE
7/0.1 SCCS
.004
0.3
.0120
PTFE
7/0.1 SCCS
.004
7.62 BC
PS Helix
.300
2.9 BC
PS Helix
.1140
5.31 BC
PS Helix
.209
OD-10.29
.405
ID-7.65 BC Tube PS Helix
.301
4.8
.189
Air-Space
19/0.96 SC
PTFE
.0378
0.64 SCCS
Air-Space
.0253
PTFE
4.83 BC
PTFE
.1900
4.83 BC
PTFE
.1900
1.44 SC
PE
.0556
2.26
.0888
PE
7/0.75 BC
.0296
Max.
Operating
Voltage
(Volts RMS)
Comments
250
1200
Use RG 179B
55
250
1200
Use RG 179B
29.4
55
250
1200
Use RG 316
50
29.4
55
250
1200
Use RG 316
.570
50
23.0
55
80
3500
Use RG 389
17.78
.700
.353
50
50.0
55
80
15,000
—
1.469
25
85.0
55
80
15,000
—
—
—
Rubber w/
Al. Armor
37.08
1.460
55.88
2.200
53.34
2.100
49.4
1.945
1/SC
PTFE
2.59
.102
1/SC
0.86
.034
DOD
Number/Type
of Shielding
Braids
Jacket
Material
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
1.52
.060
1/SC
PTFE
2.67
.105
.010
75
19.5
55
1.52
.060
1/SC
PTFE
2.67
.105
.010
75
19.5
1.52
.060
1/SC
PTFE
2.67
.105
.011
50
1.52
.060
1/SC
PTFE
2.67
.105
.011
16.05
.632
2/SC
PE-IIIA
22.23
.875
9.65
.380
3/TC,
GS, TC
Neoprene VIII
27.05
1.065
Neoprene VIII
—
3/TC,
GS, GS
3/TC,
GS, GS
3/TC,
GS, GS
3/TC,
GS, GS
2.59
.102
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
—
12.5
175.0
55
80
—
12.5
159.0
55
80
—
12.5
159.0
55
80
15,000
Peak
30,000
Peak
30,000
Peak
3.68
.145
.020
95
15.4
55
250
1500
Use RG 180B
PTFE
3.68
.145
.020
95
15.4
55
250
1500
Use RG 180B
1/SC
PTFE
1.83
.072
.006
50
29.4
55
250
1000
Use RG 178B
0.86
.034
1/SC
PTFE
1.83
.072
.006
50
29.4
55
250
1000
Use RG 178B
19.25
.758
10.69
.421
19.25
.758
22.23 [.875]
OD Al. Tube
12.7 [.500]
OD Al. Tube
22.23 [.875]
OD Al. Tube
None
.500
50
22.0
55
80
.155
70
16.0
55
80
.435
70
16.0
55
80
2400
Peak
1300
Peak
2400
Peak
—
PE
22.23
.875
15.24
.600
25.78
1.015
PE
44.83
1.765
.900
70
16.0
55
80
4600
Peak
—
—
—
37.39 41.28 [1.625]
1.472 OD Al. Tube
Rubber
Rubber
PE
—
—
—
12.7
.500
2/SC
SR and
Polyester-IV
18.42
.725
.432
50
25.0
55
150
3200
Low Loss
RG 211A
3.71
.146
15.75
.620
15.75
.620
4.7
.185
1/SC
FG Braid-V
.040
93
13.5
55
250
750
1/BC
FG Braid-V
.641
50
29.4
55
250
7000
1/BC
FG Braid-V
.641
50
29.4
55
250
7000
2/SC
PVC-IIA
6.15
.242
18.54
.730
18.54
.730
8.43
.332
.083
50
29.4
40
80
3000
High Temp.
Low Capacitance
High Temp.
High Power
High Temp.
High Power
Use up to
10,000 MHz
7.24
.285
1/BC
PVC-IIA
10.29
.405
.099
50
30.8
40
80
5000
Use up to
1000 MHz
292
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
228A
229
230
231
232
233
234
235
Inner
Conductor
2.26
.0888
7/0.75 SC
.0296
2.26
.0888
7/0.75
.0296
1.21
.0477
7/0.75 BC
.0159
2.7 BC
.106
4.95 BC
.195
4.95 BC
.195
6.6 BC
.260
6.6 BC
.260
1.41
.0556
High Res. Wire
0.89 SC
.035
2.609 BC
.106
2.38
.0936
7/0.79 SC
.0312
3.23
.1270
19/0.65 SC
.0254
2.38
.0936
7/0.79 SC
.0312
4.83 BC
.1900
4.83 BC
.1900
2.44
.0960
7/0.81 SC
.032
5.05
.1988
37/0.72 TC
.0284
OD-4.11
.162
ID-2.84 BC
.112
7.62 BC
.300
OD-15.01 BC
.591
ID-12.22
.481
OD-29.39 BC
1.570
ID-25.78
1.015
2.16
.0852
7/0.72
.0284
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
PE
7.24
.285
2/SC
PVC-IIA
10.0
.425
PE
7.24
.285
1/BC
PVC-IIA
w/Armor
PE
7.24
.285
2/BC
PE
2/BC
PE
9.4
.370
17.27
.680
17.27
.680
23.11
.910
23.11
.910
PE
PE
Max.
Operating
Voltage
(Volts RMS)
Comments
80
5000
Use up to
10,000 MHz
40
80
5000
Armored
RG 213
20.6
40
80
5000
Use up to
1000 MHz
50
30.8
40
80
7000
.460
50
30.8
40
80
11,000
.585
50
30.8
40
80
11,000
.740
50
30.8
40
80
14,000
.925
50
30.8
40
80
14,000
Use up to
1000 MHz
Use up to
1000 MHz
Armored
RG 218
Use up to
1000 MHz
Armored
RG 220
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
.126
50
30.8
40
11.76
.463
.121
50
30.8
PVC-IIA
10.8
.425
.114
75
PVC-IIA
.201
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
1/BC
PVC-IIA
1/BC
PVC-IIA
w/Armor
13.84
.545
22.1
.870
23.57
.928
28.45
1.120
29.92
1.178
4.7
.185
2/SC
PVC-IIA
8.43
.332
.087
50
30.8
40
80
3000
High
Attenuation
2/SC
PVC-IIA
50
30.8
40
80
1900
2/BC
PVC-IIA
w/Armor
5.36
.211
15.32
.603
.034
PE
2.95
.116
9.4
.370
.310
50
30.8
40
80
7000
Use up to
10,000 MHz
Armored
RG 217
PTFE
7.24
.285
2/SC
FG Braid-V
10.92
.430
.180
50
29.4
55
250
5000
See RG 393 for
FEP Jacket
Taped
PTFE
9.4
.370
2/SC
FG Braid-V
12.7
.500
.445
50
29.4
55
250
7000
—
PTFE
7.24
.285
2/SC
FG Braid-V
w/Armor
12.40
.488
.198
50
29.4
55
250
5000
Armored
RG 225
PTFE
1/BC
20.02
.788
20.02
.788
50
29.4
55
250
7000
1/BC
FG Braid-V
w/Armor
FG Braid-V
w/Armor
.682
PTFE
15.75
.620
15.75
.620
.682
50
29.4
55
250
7000
Armored
RG 211
Armored
RG 211A
PTFE
7.24
.285
1/SC
FG Braid-V
w/Armor
11.68
.460
.144
50
29.4
55
250
5000
Use RG 166
Rubber-D
11.56
.455
3/TC,
GS, GS
Rubber-IV
18.8
.740
—
25
100.0
40
80
15,000
—
Foam PE
11.43
.450
12.7
.500
OD Al. Tube
None
12.7
.500
.118
50
25.0
55
80
5000
Peak
RG 331 for
Jacketed Cable
PE Helix
19.25
.758
22.23
.875
OD Al. Tube
PE-IIIA
28.07
1.015
.570
50
22.0
50
80
2400
Peak
—
PS Helix
37.39
1.472
41.28
1.625
OD Al. Tube
PE-IIIA
44.83
1.765
1.050
50
22.0
55
80
4700
Peak
—
PS Helix
70.49
2.775
79.38
3.125
OD Al. Tube
PE-IIIA
83.69
3.295
3.110
50
22.0
55
80
8700
Peak
—
Taped
PTFE
5.72
.255
2/SC
SIL/DAC VI
11.43
.450
.160
50
29.5
55
250
5000
RG 115A 235
w/VI Jacket
PE
PE
PE
1/BC
PVC-IIA
1/BC
PVC-IIA
w/Armor
293
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
263
264
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
4.11 BC
PS Helix
.1620
4.11 BC
PS Helix
.1620
—
—
—
—
OD-15.01 BC
.591
PS Helix
ID-12.22 BC
.481
—
—
OD-29.39
1.157
PS Helix
ID-25.78
1.0150
—
—
2.59 BC
PS
Helix
.102
2.59 BC
PS Helix
.102
4.78 BC
PS Helix
.1880
4.78 BC
PS Helix
.1880
OD-9.5 BC
.3740
PS Helix
ID-6.96
27.40
OD-9.5 BC
.3740
PS Helix
ID-6.96
27.40
18.59 BC
.732
PS Helix
16.05
.632
18.59 BC
.732
PS Helix
16.05
.632
4.24 BC
PE Tubes
.1670
4.24 BC
PE Tubes
.1670
7.9 BC
PE Tubes
.3110
7.9 BC
PE Tubes
.3110
OD-7.9 SC
.3110
PTFE Tubes
ID-6.48
.2550
OD-15.39
.6060
PS Tubes
ID-1.23 BC
.4860
OD-15.39
.6060
ID-1.23 BC Tube PS Tubes
.4860
2.92 BC Tube PTFE Tubes
.1150
2.92 BC Tube
PE Tubes
.1150
4.37 BC
Air-Space
.1720
PTFE
4 Cond. 19/0.36
.0142
PE
2 TC, 2 BC
10.69
.421
10.69
.421
—
—
12.7 [.500]
OD Al. Tube
12.7 [.500]
OD Al. Tube
—
—
None
PE-IIIA
36.07
1.420
Inner
Conductor
O.D. Weight
(lb/ft)
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
Max.
Operating
Temp. (C°)
.165
50
24.0
55
80
.195
50
24.0
55
80
—
—
12.7
.500
15.24
.600
—
—
—
—
—
—
—
—
41.28
1.625
OD Al. Tube
None
41.28
1.625
.930
50
22.0
—
—
—
—
—
—
—
72.39
2.850
79.38
3.125
OD Al. Tube
None
79.3
3.125
2.700
50
22.0
—
10.69
.421
10.69
.421
19.25
.758
19.25
.758
—
12.7 [.500]
OD Al. Tube
12.7 [.500]
OD Al. Tube
22.23 [.875]
OD Al. Tube
22.23 [.875]
OD Al. Tube
—
PE-IIIA
—
12.7
.500
15.24
.600
22.23
.875
25.78
1.015
37.39
1.472
41.28
1.625
OD Al. Tube
None
37.39
1.472
41.28
1.625
72.39
2.850
—
—
55
80
—
55
80
Use RG 197/U
Use RG 232/U
4700
—
—
Use RG 233
8700
Peak
—
Use RG 234
Comments
—
—
—
—
—
.118
75
15.5
55
80
.148
75
15.5
55
80
.348
75
15.2
55
80
.418
75
15.2
55
80
—
1200
Peak
1200
Peak
2200
Peak
2200
Peak
41.28
1.625
.948
75
15.0
55
80
4300
Peak
—
PE-IIIA
44.83
1.765
1.068
75
15.0
55
80
4300
Peak
—
79.38
3.125
OD Al. Tube
None
79.38
3.125
2.395
75
15.0
55
80
8500
Peak
—
72.39
2.850
79.38
3.125
OD Al. Tube
PE-IIIA
32.95
2.805
.175
75
15.0
55
80
8500
Peak
—
11.58
.456
11.58
.456
21.16
.833
21.16
.833
13.46 [.530]
OD Al. Tube
13.46 [.530]
OD Al. Tube
24.21 [.953]
OD Al. Tube
24.21 [.953]
OD Al. Tube
None
.225
50
24.0
55
80
1000
—
.655
50
24.0
55
80
1000
—
.555
50
24.0
55
80
1860
—
None
13.46
.530
16.64
.655
27.94
1.100
24.21
.953
.550
50
24.0
55
80
1860
—
21.16
.833
24.21
.953
OD Al. Tube
None
24.21
.953
1.200
50
24.0
55
80
1860
—
41.2
1.622
45.36
1.786
OD Al. Tube
None
45.36
1.786
1.380
50
24.0
55
80
3640
—
41.2
1.622
45.36
1.786
OD Al. Tube
PE
48.92
1.926
.100
50
24.0
55
80
3640
—
8.08
.318
8.08
.318
10.69
.421
4.47
.176
e/core
9.91 [.390]
OD Al. Tube
9.91 [.390]
OD Al. Tube
None
.140
50
24.0
55
80
697
—
.170
50
24.0
55
80
697
—
.336
50
21.5
40
250
1300
Peak
—
.327
36.8
41.0
40
80
2000
Use RG 264C
None
PE-IIIA
None
PE
PE
Al. Tube
None
9.91
.390
11.43
.450
12.7
.500
2 TC, 2 BC
BC Overall
PVC-IIA
19.05
.750
PE-IIIA
—
Max.
Operating
Voltage
(Volts RMS)
1300
Peak
1300
Peak
—
—
—
—
—
—
294
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
Inner
Conductor
DOD
Number/Type
of Shielding
Braids
Jacket
Material
O.D. Weight
(lb/ft)
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
Max.
Operating
Temp. (C°)
Max.
Operating
Voltage
(Volts RMS)
Comments
267
9.02 BC Tube
.3550
PS Helix
268
4.09 BC
.1610
ID-7.29
.2870
OD-9.09 BC
.3580 Tube
OD-7.29
.2870
ID-9.09 BC
.3580 Tube
ID-14.94
.5880
OD-17.48 BC
.6880 Tube
ID-14.94
.5880
OD-17.48 BC
.6880 Tube
0.64
.0250
19/0.13 SCCS
.0050
2.91 BC
.1144
4.8
.1890
19/0.96 SC
.0378
0.64 SC
.0253
1.49
.0585
19/0.3 SC
.0117
5.59 BC
.220
2.9 BC
.1140
OD-10.92
.4300
ID-9.14 BC
.3600 Tube
5 BC
.1970
OD-8.46
.3330
ID-5.64 BC
.2221 Tube
OD-20.83
.8200
ID-18.8 CCS
.7400 Tube
10.92 BC Tube
.4300
2.69 BC
.106
PE Helix
4.47
2 TC, 2 BC
.176
BC Overall
e/core
4.72
2 TC, 2 BC
.186
BC Overall
e/core
40.08 Copper Clad
1.578 Mild Steel Tube
75 Spiral
7.24 Wound Cond.
.285
68 BC & 7
are Insulated
Copper Clad
—
Mild Steel
Cor. Tubing
8.89
Corrugated
.350
BC Tube
PE Helix
20.19
.795
Corrugated
BC Tube
None
23.53
1.005
.430
50
22.2
55
80
44 KW
Peak
—
PE Helix
20.19
.795
Corrugated
BC Tube
None
23.53
1.005
.875
50
22.2
55
80
44 KW
Peak
—
PE Helix
40.08
1.578
Corrugated
BC Tube
None
46.48
1.830
.875
50
22.3
55
80
145 KW
Peak
—
PE Helix
40.08
1.578
Corrugated
BC Tube
None
46.48
1.830
.125
50
22.3
55
80
145 KW
Peak
—
Air-space
PTFE
2.79
.110
1/SC
FG Braid-V
3.68
.145
.200
75
19.5
55
250
Extra Flex.
High Temp.
Cable
Extra Flex.
High Temp. Cable
Taped
PTFE
8.31
.327
2/SC
FEP-IX
11.89
.468
.400
50
25.4
55
200
3000
Low Loss
High Frequency
Taped
PTFE
12.7
.500
2/SC
Sil./DAC-VI
19.05
.750
.031
50
25.4
55
150
4000
Low Loss
High Power
Irradiated
PE
2.51
.099
2/SC
FEP
5.08
.200
.145
54.5
28.2
40
150
4500
—
Rubber-D
7.31
.288
2/SC
Sil.
12.07
.475
.410
46
50.0
55
150
8000
—
PE Helix
Corrugated
BC Tube
Corrugated
BC Tube
None
75
15.0
55
80
29 KW
—
None
25.53
1.005
25.53
1.005
.430
PTFE
Helix
20.19
.795
20.19
.795
.720
100
13.0
55
200
22 KW
Peak
—
PE Helix
39.88
1.570
Corrugated
BC Tube
None
46.48
1.830
.750
75
15.1
55
80
100 KW
Peak
—
PE Helix
39.88
1.570
Corrugated
BC Tube
None
46.48
1.830
3.000
100
13.5
55
80
73 KW
Peak
—
PE Helix
75.18
2.960
95.25 CCS
3.750
None
95.25
3.750
3.000
50
21.6
40
80
440 KW
Peak
—
PE Helix
75.18
2.960
95.25 CCS
3.750
None
95.25
3.750
1.040
75
14.7
40
80
290 KW
Peak
—
PE Helix
39.88 46.48 [1.8300]
PE and
1.570 Corr. BC Tube Flooding Comp.
9.53
1/SC
PE-IIIA
.375
50.8
2.000
13.84
.545
.160
75
15.1
55
80
100 KW
Peak
—
.160
50
30.8
55
80
7000
Use RG 293A
264A
264C
265
266
269
269A
270
270A
279
280
281
282
283
284A
285A
286
287
288
289
292
293
4 Cond. 19/0.36
.0142
2 TC, 2 BC
4 Cond. 1.73
.068
2 BC, 2 TC
17.2 BC Tube
.6770
0.29 Cond. Over
.0113
3.66 Mag. Core
.144
Dielectric
Material
PE
PE
PE Helix
PE
PE
PUR
19.05
.750
.327
36.8
41.0
40
80
2000
Use RG 264C
PUR
19.43
.765
—
40
38.4
40
80
2000
Watertight
4 Coax.
PE-IIIA
52.58
2.070
.120
50
22.3
40
80
145 KW
Peak
—
PVC-I
10.16
.400
—
1530
53.0
40
80
5000 DC
Delay Line Cable
50 ns/ft
PE-IIIA
30.23
1.190
.234
50
22.2
40
80
44 KW
Peak
—
None
12.65
.498
.430
50
23.0
55
80
10 KW
Peak
—
295
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
Max.
Operating
Voltage
(Volts RMS)
Comments
80
7000
Watertight
RG 217
55
80
3000
Use RG 294A
16.3
55
80
3000
Watertight
RG 130
50
30.8
55
80
11,000
Watertight
RG 218
—
50
36.4
55
80
13,800
—
25.53
1.005
.090
50
21.4
55
200
44 KW
Peak
—
Foam PE
16.51
.650
.056
—
—
55
80
—
Buoyant
Per MIL-C-22667
1/HR
FEP-IX
6.23
.245
.031
50
29.4
55
200
3000
FEP Jacketed
RG 126
1/SC
FEP-IX
.030
75
19.5
55
200
2300
1/SC
FEP-IX
.088
50
29.4
55
200
1900
2/SC
FEP-IX
5.11
.201
4.32
.170
7.11
.280
—
50
29.4
55
200
300
FEP Jacketed
RG 140
FEP Jacketed
RG 141A
FEP Jacketed
RG 143A
39.88 46.48 BC Tube
1.570
1.830
PE-IIIA
50.55
1.990
.545
75
14.4
55
80
2720
—
Foam PE
20.35 22.23 AI. Tube
.801
.8750
PE-IIIA
25.78
1.015
.070
75
16.5
55
80
5700
Per MIL-C-23806
Foam PE
3.71
.146
2/SC
PUR Interlayer
PE-IIIA
6.86
.270
.070
75
16.7
55
80
1000
Triax
Use to 100 MHz
Foam PE
3.71
.146
2/SC
PUR Interlayer
PE-IIIA
6.86
.270
.060
75
16.7
55
80
1000
Triax
Use to 100 MHz
PTFE
1.52
.060
1/SC
FEDP-IX
2.59
.102
.012
50
29.4
55
200
1200
FEP Jacketed
RG 188A
FEP
11.33
.446
1/TC
Neoprene
18.03
.710
—
95
15.4
55
80
10,000
Water
Blocked
RG/U
Type
Cable
Inner
Conductor
Dielectric
Material
DOD
Number/Type
of Shielding
Braids
Jacket
Material
293A
2.69 BC
.106
2 Cond. 2.05
.0808
1 BC, 1 TC
2 Cond. 2.05
.0808
1 BC, 1 TC
4.95 BC
.1950
5.97
.2352
37/0.85 SC
.0336
OD-9.02
.3550
ID-7.29 BC
.2870 Tube
15.32
.6030
7/0.51 CCS
.0201
1.55
.0609
7/0.52 HR
.0203
0.64 SCCS
.0250
0.99 SCCS
.0390
1.5 SCCS
.0590
OD-10.92
.4300
ID-9.14
.3600 Tube
4.39 BC
.1730
0.74
.0290
19/0.15 SC
.0058
0.74
.0290
19/0.15 SC
.0058
0.51
.0201
7/0.17 SCCS
.0067
2 Cond. 2.21
.0870
7/0.74 BC
.0290
OD-9.09 BC
.3580 Tube
ID-7.29
.2870
OD-17.48 BC
.6880 Tube
ID-14.94
.5580
OD-28.96
1.1400
Corr. BC Tube
OD-28.96
1.1400
Corr. BC Tube
PE
9.4
.370
1/SC
PE-IIIA
13.84
.545
PE
11.99
.472
1/TC
PE-IIIA
PE
11.99
.472
1/SC
PE
17.27
.680
Silicone
Rubber
294
294A
295
296
297
298
301
302
303
304
305
306A
307
307A
316
317
318
319
321
322
Nom.
Imped.
(Ohms)
Nom.
Cap
pf/ft
.205
50
30.8
55
16
.630
.205
95
16.3
PE-IIIA
16
.630
.420
95
1/SC
PE-IIIA
22.73
.895
—
23.01
.906
1/SC
Neoprene
30.23
1.190
PFTE
Helix
20.19
.795
Corrugated
BC Tube
None
PE
2.92
.115
None
PTFE
4.7
.185
PTFE
PTFE
3.71
.146
2.95
.116
4.7
.185
FEP
PTFE
O.D. Weight
(lb/ft)
Max.
Operating
Temp. (C°)
PE Helix
25.53
20.19
.795 Corr.1.005
BC Tube
PE-IIIA
28.58
1.125
.530
50
22.0
55
80
44 KW
Peak
—
PE Helix
46.48
39.88
1.570 Corr.1.830
BC Tube
PE-IIIA
50.8
2.000
1.040
50
22.0
55
80
145 KW
Peak
—
None
72.39
2.850
1.210
50
21.7
55
80
320 KW
Peak
—
PE & Flood
Comp.
77.22
3.040
1.780
50
21.7
55
80
320 KW
Peak
—
PE Helix
—
PE Helix
—
79.39
2.850
Corr. BC Tube
79.39
2.850
Corr. BC Tube
296
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
Inner
Conductor
Dielectric
Material
DOD
323
7.92 BC Tube
.312
Foam PE
—
324
7.92 BC Tube
.312
Foam PE
—
PE Spline
325
326
327
328
329
2.54
.1000
19/0.51 SC Al.
.0200
5.08
.2000
19/1.02 SC Al.
.0400
8.13
.3200
19/1.63 SC Al.
.0640
12.32 TC Braid
.4850
1.49
.0585
19/0.3 TC
.0117
750
Low Loss
50
26.3
55
80
1700
Low Loss
.55
50
26.3
55
80
2500
Low Loss
37.08
1.460
1.469
25
85.0
55
80
20,000
—
Neoprene
17.78
.700
.353
50
50.0
55
80
15,000
—
—
—
50
25.0
—
—
.187
50
25.0
55
80
2500
Jacketed 231
Solid Conductor
.466
50
25.0
55
80
4500
Per MIL-C-23806
.548
50
25.0
55
80
4500
Jacketed RG 332
.109
75
17.0
55
80
2500
Per MIL-C-23806
.143
75
17.0
55
80
2500
Jacketed RG 334
.315
75
17.0
55
80
4000
Per MIL-C-23806
PE-IIIA
6.15
.242
15.24
.600
22.23
.875
25.78
1.015
12.7
.500
15.88
.625
22.23
.875
20.95
.825
.397
50
25.0
55
80
4000
Per MIL-C-23806
PE-IIIA
15.75
.620
—
50
62.6
55
80
4000
—
PE-IIIA
132.08 4.590
5.2000
50
21.7
55
80
830 KW
Peak
—
PE-IIIA
.140
50
24.0
55
80
700
—
.100
50
24.0
40
80
700
—
None
24.89
.980
.320
50
25.6
6.6
.260
2/SC Strip
Braids
PUR
8.89
.350
.10
50
PE Spline
13.97
.550
2/SC Strip
Braids
PUR
17.7
.697
.24
PE Spline
21.34
.840
2/SC Strip
Braids
PUR
25.65
1.010
Rubber
H.J.H.
27.05
1.065
3/TC,
GS, TC
Neoprene
Rubber
H.J.H.
9.65
.380
3/TC,
GS, TC
1/SC
Foam PE
367
Corrugated
BC Tube
PE Helix
369
PE Tubes
377
2.97 BC
.1170
2.97 BC
.1170
0.72 BC
.0285
7.92 BC Tube
.3120
4.19 SC Tube
.1650
378
18.11 BC Tube
.7130
385
80
55
4.06
.1600
384
55
25.6
366
2 Cond. 1.02
.0403
2000 lb. Break
1.29 BC
.0508
3.89 SC
.1530
26.3
50
360
383
—
.420
11.43
.450
20.35
.801
20.35
.801
11.43
.450
11.43
.450
20.35
.801
17.17
.676
376
1480
26.92
1.060
Foam PE
374
80
PE & Flood
Comp.
4.11 BC
.1620
7.11 BC
.2800
7.11 BC
.2800
2.49 BC
.0980
2.49 BC
.0980
4.39 BC
.1730
6.17 BC
.2430
370
55
24.89
.980
Corr. BC Tube
24.89
.980
Corr. BC Tube
331
336
—
Nom.
Cap
pf/ft
—
335
1480
Nom.
Imped.
(Ohms)
Foam PE
334
80
O.D. Weight
(lb/ft)
SC
333
Comments
Jacket
Material
330
332
Max.
Operating
Voltage
(Volts RMS)
Number/Type
of Shielding
Braids
Foam PE
Foam PE
Foam PE
Foam PE
Foam PE
Foam PE
12.7 Al. Tube
.500
22.23 Al. Tube
.8750
22.23 Al. Tube
.8750
12.7 Al. Tube
.500
12.7 Al. Tube
.500
22.23 Al. Tube
.8750
19.05 Al. Tube
.7500
13.72
—
.540
Corr. BC Tube
12.7
—
.5000
Corr. BC Tube
8.08 9.91 Al. Tube
.318
.390
8.08 9.91 Al. Tube
.318
.390
4.06
None
.160
PE-IIIA
None
PE-IIIA
None
PE-IIIA
None
Max.
Operating
Temp. (C°)
—
—
Corr. Al. Tube
PE-IIIA
PTFE Tubes
—
None
PE Helix
—
13.46 Al. Tube
.5300
46.48
1.830
Corr. Al. Tube
11.94
.470
9.91
.390
16.51
.650
26.92
1.060
13.36
.530
PE-IIIA
50.8
2.000
.620
50
22.1
55
80
145 KW
Peak
—
PE
—
Foam PE
16.51
.650
—
100
—
55
80
—
Exper. Buoyant
Twisted Pair
Foam PE
16.51
.650
16.76
.660
—
50
30.8
55
80
—
.178
50
25.0
55
250
1500
Buoyant Antennna
600 psig.
Low Loss
No Press. Req.
PE Tubes
PE
Foam PE
PE
Semi-Solid
PTFE
None
1/Flat BC Braid
Waterproofed
10.8 12.7 Corr. Al.
.425
.500
—
None
Foam PE
Optional
.097
—
—
55
80
—
Buoyant
Antennna
.390
50
26.0
55
80
6000
—
.170
50
24.0
55
250
1000
—
297
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix D - Typical Coaxial Cable Specifications (Continued)
RG/U
Type
Cable
Inner
Conductor
Dielectric
Material
DOD
386
1.29 CCS
.0508
PE
—
388
CS
PE
389
6.35 BC Al.
.2500
1.22
.048
7/0.4 TC
.0159
1.22
.048
7/0.4 TC
.0159
2.38
.0936
7/0.79 SC
.0312
2.44
.096
7/0.81 SC
.032
0.98
.0385
19/0.2 SPC
.0077
401
402
391
392
393
397
400
403
404
405
Nom.
Cap
pf/ft
—
—
—
55
80
—
—
50
30.8
55
80
—
.336
50
22.8
55
80
2000
Buoyant Antennna
400 lb. Break
Watertight
See RG 14A
Low Loss
Replaces RG 189
10.29
.405
.092
72
—
55
80
5000
Low Noise
Cable
PVC-IIA
w/Armor
12.07
.475
.114
72
—
55
80
5000
Armored
RG 391
2/SC
FEP-IX
9.91
.390
.165
50
29.4
55
200
5000
Moistureproof
RG 225
6.86
.270
2/SC
FEP-IX
8.89
.350
.125
50
28.0
55
200
2000
Low Loss
RG 393
PTFE
2.95
.116
2/SC
FEP-IX
4.95
.195
.050
50
29.3
55
200
1900
—
1.64 SPC
.0645
PTFE
5.46
.215
None
6.35
.250
.081
50
29.3
40
125
3000
Semirigid
0.91 SCCS
.0360
PTFE
3.02
.119
6.35 OD
.250
Copper Tube
3.58 OD
.141
Copper Tube
None
3.58
.141
.032
50
29.3
40
125
2500
Semirigid
PTFE
0.86
.034
2/SC
FEP Interlayer
FEP-IX
2.95
.116
.0075
50
29.3
55
200
2500
Triaxial
RG 178B
PTFE and
Cond. PTFE
0.86
.034
1/SC
FEP-IX
1.83
.072
.0054
50
31.5
Max.
55
200
2000
Low Loss
RG 178B
PTFE
1.68
.066
2.18 OD
.086
Copper Tube
None
2.19
.0865
.015
50
29.4
40
125
1500
Semirigid
0.51 SCCS
.0201
Jacket
Material
O.D. Weight
(lb/ft)
Foam PE
—
None
Non-hosing
11.28
.444 Max. SC
PE Spline
16.13
.635
2/SC
PE-IIIA
16.51
.650
13.84
.545
22.23
.875
Cond. PE
and PE
7.24
.285
1/TC
PVC-IIA
Cond. PE
and PE
7.24
.285
1/TC
PTFE
7.24
.285
Air-space
PTFE
PE-IIIA
Max.
Operating
Temp. (C°)
Max.
Operating
Voltage
(Volts RMS)
Nom.
Imped.
(Ohms)
0.3 SCCS
.012
7/0.1
.004
0.3 SCCS
.012
7/0.1
.004
Number/Type
of Shielding
Braids
Comments
298
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix E - Maximum Power Handling Capabilities for Cables
(Average Input Power in Watts)
RG/U
Type Cable
5, 5A, 5B
8, 8A, 10A, 213, 215
9, 9A, 9B, 214
11, 11A, 12, 12A, 13, 13A, 216
217
22, 22B
55, 55A, 55B, 223
58, 58B
58A, 58C
59, 59A, 59B
62, 62A, 71, 71A, 71B
62B
115, 115A, 165, 225, 393
108, 108A
122
140, 141, 141A, 142, 142B, 302, 303, 400, 402
143, 143A
144
161, 179, 179A, 179B, 187, 187A
174, 174A
178, 178A, 178B, 196, 196A
180, 180A, 180B, 195, 195A
188, 188A, 316
210
10
2,000
3,700
3,700
2,500
6,000
1,700
800
730
650
1,300
1,300
1,150
25,000
340
540
9,000
11,500
25,000
1,600
170
710
2,500
1,250
8,500
50
800
1,300
1,300
1,000
2,000
650
310
280
225
480
480
420
9,500
145
205
3,500
4,600
9,500
780
72
340
1,100
600
3,300
100
550
850
850
650
1,200
430
205
180
170
310
310
280
6,300
100
140
2,400
3,200
6,300
570
50
240
800
450
2,300
200
350
540
540
400
800
280
137
125
110
200
200
180
4,300
70
90
1,600
2,100
4,300
420
36
170
570
330
1,600
Frequency in MHz
400
230
350
350
260
480
190
90
85
75
135
135
120
2,800
50
60
1,100
1,450
2,800
310
25
123
400
240
1,100
1,000
125
190
190
150
260
110
53
50
44
77
77
69
1,700
30
35
650
850
1,700
200
16
78
250
160
620
3,000
60
95
95
70
120
50
28
25
22
40
40
35
880
15
18
350
460
880
110
—
41
135
80
310
5,000
40
65
65
50
85
38
20
17
15
27
27
25
620
—
12
245
330
620
76
—
28
93
57
220
10,000
22
37
37
26
50
20
10
—
—
15
15
14
350
—
—
140
190
350
41
—
14
50
30
140
Note: Values above 3 GHz vary considerably depending on construction.
Conditions
Ambient: 40°C
Altitude: Sea level
Center Conductor Temperature:
80°C for polyethylene
200°C for PTFE
299
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix F - Nominal Loss Characteristics for Cables
(Decibels per Hundred Feet)
RG/U
Type Cable
5, 5A, 5B
8, 8A, 10A, 213, 215
9, 9A, 9B, 214
11, 11A, 12, 12A, 13, 13A, 216
217
22, 22B
55, 55A, 55B, 223
58, 58B
58A, 58C
59, 59A, 59B
62, 62A, 71, 71A, 71B
62B
115, 115A, 165, 225, 393
108, 108A
122
140, 141, 141A, 142, 142B, 302, 303, 400, 402
143, 143A
144
161, 179, 179A, 179B, 187, 187A
174, 174A
178, 178A, 178B, 196, 196A
180, 180A, 180B, 195, 195A
188, 188A, 316
210
10
.80
.66
.66
.66
.41
1.20
1.35
1.20
1.40
1.10
.90
.90
.60
2.30
1.60
1.20
.85
.38
5.00
3.80
5.30
3.10
3.80
.23
50
1.40
1.50
1.50
1.50
1.00
2.80
3.00
3.10
3.30
2.30
1.90
2.10
1.40
5.20
4.40
2.70
1.80
1.00
7.90
6.50
10.00
4.20
7.90
.58
100
2.90
2.20
2.20
2.20
1.40
4.20
4.30
4.60
4.90
3.30
2.80
3.00
2.10
7.50
6.90
3.90
2.50
1.60
9.80
8.90
13.30
5.10
11.50
.85
200
4.30
3.20
3.20
3.20
2.10
6.30
6.00
7.00
7.30
4.70
3.70
4.30
3.10
11.00
11.00
5.50
3.80
2.30
12.70
12.00
20.00
7.30
15.00
1.30
Frequency in MHz
400
6.40
4.60
4.60
4.60
3.10
9.50
8.80
10.00
11.00
6.70
5.20
6.10
4.50
16.00
16.60
8.00
5.70
3.80
15.80
17.50
27.50
10.40
20.00
1.90
1,000
11.00
9.00
9.00
9.00
5.80
—
16.50
17.50
20.00
11.50
8.50
10.50
7.50
26.20
29.20
13.00
9.70
7.00
25.00
31.00
45.00
16.50
30.00
3.10
3,000
22.00
19.00
19.00
19.00
13.00
—
36.00
38.00
41.00
25.50
18.40
23.50
14.00
54.00
57.20
26.00
18.10
15.10
43.00
64.30
78.00
36.00
58.00
6.50
5,000
30.00
28.00
28.00
28.00
19.00
—
51.00
—
—
41.00
29.50
36.00
21.00
—
89.00
36.00
26.10
—
62.50
97.00
115.00
49.50
79.00
9.00
10,000
52.00
47.00
47.00
—
31.00
—
85.00
—
—
—
—
—
35.00
—
—
62.00
40.70
—
135.00
185.00
172.00
89.00
133.00
15.00
Note: Values above 3 GHz vary considerably depending on construction.
Conditions
Ambient: 20°C
300
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix G - Glossary of Terms
A
ambient The atmospheric conditions surrounding a given item. Normally in
terms of factors which influence or modify, such as temperature, humidity, etc.
amplitude The magnitude of variation in a changing quantity from its zero
value. The word requires modification - as with adjectives such as peak,
maximum, rms, etc. - to designate the specific amplitude in question.
arc voltage voltage that continues to pass through a surge protector during activation of GDT(approx. 20 volts )
attenuation A reduction in power. It occurs naturally during wave travel
through lines, waveguides, space or a medium such as water. It may be produced intentionally by placing an attenuator in a circuit. The amount of
attenuation is generally expressed in decibels per unit of length.
B
back mounted A connector attached to the inside of a panel or box with
its mounting flanges inside the equipment.
bayonet coupling A quick coupling device for plug and receptacle connectors. Pins projecting from the outside of the cylindrical receptacle
engage with corresponding cam slots in the bayonet plug.
bellmouth Flared at the mouth. The rear of a properly crimped wire barrel
will have a slight flare (bellmouth) to relieve the strain on the wire strands
as they leave the area of high compression and take their natural “lay”. A
bellmouth condition may also be present in front of the wire barrel.
black box A term used to refer to any assembly or subassembly, usually
electronic, that can readily be installed or removed from a larger system.
BNC Connector A radio frequency connector covered by Military
Specification. It has an impedance of 50 or 75 ohms, and is designed to
operate in the 0 to 4 GHz frequency range. It features quick connect/disconnect by pin and cam bayonet coupling.
body Main or largest portion of a connector to which other portions are
attached.
braid A weave of metal fibers used as a shield covering for an insulated
conductor or group of insulated conductors. When flattened it may be used
as a grounding strap.
broad-band E Interference generated over a wide range of frequencies
(e.g., automotive ignition noise).
bulkhead A term used to define a mounting style of connectors. Bulkhead
connectors are designed to be inserted into a panel cutout from the rear
(component side) of the panel.
C
cable Either a standard conductor, with or without insulation and other
coverings, or a combination of conductors insulated from each other.
cable assembly A completed cable and its associated hardware.
capacitance The property of an electrical conductor (dielectric in a
capacitor) that permits the storage of energy as a result of electrical displacement. The basic unit of capacitance is the farad, however, measurement is more commonly in microfarads or picofarads.
cavity A metallic enclosure in some types of tubes and circuits within
which resonant fields may be excited at the microwave frequency to which
the cavity is tuned. Usually referred to as resonant cavity. See also: contact
cavity.
characteristic impedance The ratio of voltage to current at any point
along a transmission line on which there are no standing waves.
circular mil area (CMA) A unit of area equal to the area of a circle
whose diameter is 1 mil (0.001 inch). Used chiefly in specifying crosssectional areas of conductors. (See Tyco Electronics Brochure No. 4402-8,
Computing Circular Mil Area for Tyco Electronics Terminals and Splices).
closed entry contact A female contact designed to prevent the entry of a
pin or probing device having a cross-sectional dimension (diameter) greater
than the mating pin.
coaxial cable A transmission line consisting of two conductors concentric with and insulated from each other. In its flexible form it consists of
either a solid or stranded center conductor surrounded by a dielectric. A
braid is then woven over the dielectric to form an outer conductor. A weatherproof plastic covering, usually vinyl, is placed on top of the braid.
connector A coupling device employed to connect conductors to one circuit with those of another circuit. Used to provide rapid connect/disconnect
mating with pc boards, posts or another connector.
connector assembly Includes housing and contact plus additional components such as hardware used to hold the assembly together and/or make
the assembly a functional connector.
contact An electrically conductive component designed for use in a multicircuit connector.
contact cavity A defined hole in the connector insert or housing into
which the contact must fit. See also: cavity.
contact durability The number of insertion and withdrawal cycles that a
connector must be capable of withstanding while remaining within the performance levels of the applicable specification.
contact engaging and separating force Force required to either
engage or separate contacts. Values are generally established for maximum
and minimum forces.
contact inspection hole A hole, perpendicular to the cylindrical rear
portion of screw machined contacts, used to check the depth to which wire
has been inserted into the barrel.
contact resistance Measurement of electrical resistance of mated contacts when assembled in a connector under typical service use. Electrical
resistance is determined by measuring from the rear of the electrical area of
one contact to the rear of the contact area of the mating contact (excluding
both crimps) while carrying a specified test current.
contact shoulder The flanged or enlarged portion of a contact that prevents it from being over-inserted into the appropriate contact cavity. The
shoulder may also contribute to proper orientation and stability with the
connector housing.
contact, two-piece A contact made of two separate parts joined by
swedging, brazing or other means of fastening to form a single contact.
While this provides the mechanical advantages of two metals, it also has the
inherent electrical disadvantage of difference in conductivity.
corona A discharge of electricity appearing as a bluish-purple glow on the
surface of, and adjacent to, a conductor when the voltage gradient exceeds a
certain critical value. It is caused by the ionization of surrounding air by
high voltage.
crimp The final configuration of a terminal barrel after the necessary compression forces have been applied to cause a functional union between the
terminal barrel and the wire.
crimp height A top to bottom measurement of the crimped barrel, using a
crimp height comparator in the prescribed manner. (Refer to
Tyco Electronics Instruction Sheet 7424).
crimping dies A term used to identify the shaping tools that, when
moved toward each other, produce a certain desirable shape to the barrel of
the terminal or contact that has been placed between them. Crimping dies
are often referred to as die sets or as die inserts.
301
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix G - Glossary of Terms (Continued)
crimping head Tooling containing jaws and linkage for use in pneumatic
or hydraulic powered units to crimp loose-piece contacts/terminals that may
be too large for hand tool applications.
crimping tool A term commonly used to identify a hand held mechanical
device that is used to crimp a contact, terminal or splice.
crosstalk A magnetic or electrostatic coupling which causes the unwanted
transfer of energy from one circuit (disturbing circuit) to another circuit
(disturbed circuit)
current rating The maximum continuous electrical flow of current recommended for a given situation. It is expressed in amperes.
cycle One complete sequence of values of an alternating quantity, including a rise to maximum in one direction and return to zero; a rise to maximum in the opposite direction and return to zero. The number of cycles
occurring in one second is called the frequency.
D
daisy chain A cable assembly with common wires jumpering three or
more connections/connectors. The term is also used as a verb, implying to
connect in jumper manner.
dB Abbreviation — see decibel.
D.C. sparkover voltage defined as the maximum voltage across a
device before it discharges the energy to ground when subjected to a slowly
rising voltage ramp. A rate of rise of 100V/s is usually chosen for testing
purposes.
decibel A unit expressing the ratio of two voltages, currents or powers.
It is equal to 20 times the common logarithm of the ratio of two voltages
across or two currents through equal loads, or 10 times the common logarithm of the two powers. One decibel is approximately the smallest change
in audible power that can be recognized by the human ear.
die closure Term used to designate a crimping area (crimping chamber)
when the dies are fully closed or bottomed. Die closure is checked with
go/no go plug gage to insure that the crimp produced by the tooling satisfies the crimp height specification.
dielectric A material that serves as an insulator. The amount of resistance
to voltage in a given insulation.
dielectric withstanding voltage The maximum potential gradient that a
dielectric material can withstand without failure.
discontinuity Rated interconnection: a broken connection (open circuit)
or the loss of a specified connection characteristic. Transient phenomena:
Short term (temporary) interruption or unacceptable variation in current or
voltage.
dissipation Unusable or lost energy, such as the production of unused
heat in a circuit.
distortion An unwanted change or addition to a signal or waveform when
it is amplified. This definition excludes noise which is an extraneous signal
superimposed on the desired signal.
dummy load A dissipative device used at the end of a transmission line
or waveguide to convert transmitted energy into heat, so essentially no
energy is radiated outward or reflected back to its source.
dust cap A device attached to a connector to provide protection against
dust and foreign debris.
E
electromagnetic compatibility (EMC) The ability of an electronic
device to operate in its intended environment without its performance being
affected by EMI and without generating EMI that will affect other equipment.
electromagnetic interference (EMI) Unwanted electrical or electromagnetic energy that causes undesirable responses, degrading performance
or complete malfunctions in electronic equipment. See also: noise.
electromotive force (emf) See voltage.
environmentally sealed A unit is provided with gaskets, seals, grommets, potting or other means to keep out moisture, dust, air or dirt which
might reduce or impair its performance.
F
feedthrough A connector or terminal block, usually having double-ended
terminals, which permits distribution and bussing of electrical circuits. Also
used to describe a bushing in a wall or bulkhead, separating compartments
at different pressure levels, with terminations on both sides.
ferrule A short tube used to make solderless connections to shielded or
coaxial cable. Also molded into the plastic inserts of multiple contact connectors to provide strong, wear-resistant shoulders on which contact retaining springs can bear.
flange A projection extending from or around the periphery of a connector
and having holes that provide for mounting the connector to a panel or to a
mating connector.
frequency modulation (fm) A scheme for modulating a carrier frequency in which the amplitude remains constant but the carrier frequency is
displaced in frequency proportionally to the amplitude of the modulating
signal. An fm broadcast is practically immune to atmospheric and manmade interference.
fretting corrosion A form of excellerated oxidation that appears at the
interface of contacting materials undergoing slight cyclic relative motion. All
non-nobel metals (tin) are susceptible to some degree of fretting corrosion
and will suffer contact resistance increases.
front mounted A connector is said to be front mounted when it is
attached to the outside of the mating side of a panel. A front mounted connector can only be installed or removed from the outside of the equipment.
G
gas discharge tube (GDT) hermetically sealed device containing an
inert gas.
GHz See gigahertz.
giga A prefix meaning one billion (109).
gigahertz (GHz) One billion cycles per second (109 cps).
glow mode condition in which the GDT continues to conduct after an
impulse passed. Characterized by a visible glow in the device caused by
over-heating.
ground A connection, intentional or accidental, between an electrical
circuit and the earth or some conducting body (e.g. chassis) serving in
place of earth.
H
heat-shrinkable A type of plastic material that has been cross-linked. A
term describing tubes, sleeves, caps, boots, films or other forms of plastic
which shrink to encapsulate, protect or insulate connections, splices, terminations and other configurations.
hermetic Airtight, impervious to external influence, as in a hermetic package. Often used to describe metal-to-metal solder or weld-sealed packages.
302
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix G - Glossary of Terms (Continued)
hermetic seal Hermetically sealed connectors are usually multiple contact
connectors where the contacts are bonded to the connector by glass or other
materials and permits maximum leakage rate of gas through the connector of
1.0 micron ft./hr. at one atmosphere pressure for special applications.
hertz (Hz) International standard term for cycles per second. Named after
the German physicist Heinrich R. Hertz (e.g., 60 cycles per second is equal
to 60 hertz or 60 Hz).
I
impedance (Z) The total opposition offered by a component or circuit to
the flow of alternating or varying current. Impedance is expressed in ohms
and is similar to the actual resistance in a direct current circuit. In computations, impedance is handled as a complex ratio of voltage to current.
impedance match A condition in which the impedance of a component
or circuit is equal to the internal impedance of the source, or the surge
impedance of a transmission line. This gives maximum transfer of energy
from the source to the load, as well as minimum reflection and distortion.
impulse discharge current
I
1-0
is defined as the peak current of an 0-9
B
impulse which the device can withstand ten times (5 of each polarity at 0-5
A
fixed time intervals) without sub0-1
0 0
stantially affecting device performt
T
1
T
1 = 1.25T
ance. The test normally used to
T
1
T
determine this capacity uses the
2
8/20ms waveform as depicted below
where T1=8ms and T2=20ms.
V
impulse sparkover voltage
1.0
8
defined as the maximum level
0.9
of voltage across a device before it
0.5
discharges the energy to ground
A
when subjected to a voltage impulse. 0.3
The three common waveform profiles
0
t
0
1 T
T =1.67T
T
2
used to determine this capacity are:
T
L
T
2
inductance One cause of reactance. An electromagnetic phenomenon in
which the expanding and collapsing of a magnetic field surrounding a conductor or device tends to impede changes in current. The effects of inductance become greater as frequencies increase. The basic unit for inductance
is the henry.
input impedance The impedance that exists between the input terminals
of an amplifier or transmission line when the source is disconnected. The
circuit, signal level and frequency must be specified.
insertion loss The loss in load power due to the insertion of a component, connector or device at some point in a transmission system. Generally
expressed in decibels as the ratio of the power received at the load before
insertion of the apparatus, to the power received at the load after insertion.
insulation crimp The area of a terminal splice or contact that has been
formed around the insulation of a wire.
insulation grip The ability of certain crimped terminals to hold firmly in
place both the conductor and a small portion of insulation. This prevents
the conductor from being exposed due to insulation receding away from
the terminal.
insulation resistance The electrical resistance between two conductors
separated by an insulating material.
interface The two surfaces of a multiple-contact connector that face each
other when the connector is assembled.
interference An electrical or electromagnetic disturbance that causes
undesirable response in electronic equipment.
J
jack A connecting device into which a plug can be inserted to make circuit
connections. The jack may also have contacts which open or close to perform switching functions when the plug is inserted or removed. See also:
receptacle.
L
line impedance Impedance as measured across the terminals of a transmission line; frequently the characteristic impedance of the line.
M
matched impedance The coupling of two circuits in such a way that the
impedance of one circuit equals the impedance of the other.
mate Two join two connectors in a normal engaging mode.
maximum discharge current defined as the peak current of an impulse
which the device can withstand once without substantially affecting device
performance.
mega (M) A prefix meaning one million (106).
microwave That portion of the electromagnetic spectrum lying between
the far infrared and conventional radio frequency range. The microwave frequency range extends from 1 GHz to 300 GHz. Microwaves are usually used
in point-to-point communications because they are easily concentrated into
a beam.
Military Specification Military requirements. The demand imposed
upon a system to meet a military operational need.
mismatch The condition in which the impedance of a source does not
match or equal the impedance of the connected load. This reduces power
transfer by causing reflection.
N
narrow-band EMI generated from a device operating at a specific and
limited range of frequencies. See also: electromagnetic interference (EMI).
N Connector A large radio frequency connector covered by Military
Specification. It has an impedance of 50 ohms and is designed to operate in
the 0 to 11 GHz frequency range. It has a threaded coupling and is physically larger than a TNC connector.
noise An extraneous signal in an electrical circuit, capable of interfering
with the desired signal. Classes of noise include burst of popcorn noise,
intermediate frequency noise at low audio frequencies, white (thermal)
noise, etc. Signals from power supply or ground line coupled into an amplifier output may be considered noise.
O
“O” crimp An insulation support crimp for open barrel terminals and
contacts. In its crimped form it resembles an “O” and conforms to the shape
of the round wire insulation. “O” crimp is also used to describe the circumferential crimps used on COAXICON ferrules.
303
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix G - Glossary of Terms (Continued)
ohm The unit of measurement for electrical resistance. A circuit is said to
have a resistance of one ohm when an applied emf of one volt causes a current of one ampere to flow.
P
panel mount A method of fixing a connector to a board, panel or frame.
The mounted connector is usually the receptacle or female connector. The
plug or male connector is usually the removable portion.
pcb Abbreviation: see printed circuit board.
permeability (chemical) The passage or diffusion (or rate of passage)
of a gas, vapor, liquid or solid through a barrier without physically or chemically affecting it.
permeability (magnetic) The measure of how much better a material is
than air as a path for magnetic lines of force. Air is assumed to have a permeability of 1.
plug In coaxial RF connectors the plug is usually the movable portion, and
is usually attached to a cable or removable assembly. Plugs mate with
receptacles, jacks, outlets, etc.
printed circuit board An insulating board serving as a base for a printed
circuit. When the printing process is completed, the board may include
printed components, as well as printed wiring.
propagation delay Time required for an electronic digital device, or
transmission network to transfer information from its input to its output.
propagation delay time The time between the application of a digital
input waveform and the corresponding change in input waveform. It is
measured between reference points on the waveforms. The time is generally
different for positive-going and negative-going waveforms.
prototype A model suitable for use in the complete evaluation of form,
design and performance.
pulse A change in the level, over a relatively short period of time, of a signal whose value is normally constant.
pulse width The length of time that the pulse voltage is at the transient
level. Electronic pulse widths are usually in the millisecond (10-3),
microsecond (10-6) or nanosecond (10-9) range.
R
receptacle In coaxial RF connectors, the receptacle is usually the fixed
or stationary portion that is mounted to the panel. In shell-type, multiplecontact connectors the receptacle usually contains the pin contacts and
is mounted on the “cold” side of a circuit such as in a drawer or black
box. Receptacles mate with plugs. See also: jack.
residual impulse defined as the voltage that will pass through the device
prior to activation of the GDT.
residual voltage defined as the small amount of voltage left on the line
after an impulse passes.
resonance A frequency at which captive reactance and inductive reactance
are equal and therefore cancel one another’s effects.
RF Abbreviation for radio frequency.
RG/U Symbol used to designate coaxial cables that are made to
Government Specification (e.g., RG 58U; in this designation the “R” means
radio frequency, the “G” means Government, the “58” is the number
assigned to the government approval, and the “U” means it is a universal
specification).
rise time The time required for a component or logic circuit to change
from the quiescent to the transient state when an input is applied. (i.e.
elapsed time between application of input and attainment of full output level).
rms Abbreviation for root mean square.
root mean square The effective value of an alternating current, corresponding to the direct current value that will produce the same heating effect.
S
screw machine contact A contact which is machined from solid bar
stock.
semi-rigid A cable containing a flexible inner core and a relatively inflexible sheathing.
sheath The outer covering of a jacket over the insulated conductors to
provide mechanical protection for the conductors. Also known as the external conduction surface of a shielded transmission line.
shield/shielding (cable) A conducting envelope, composed of metal
strands, which enclose a wire, group of wires or cable so constructed that
substantially every point on the surface of the underlying insulation is at
ground potential or at some predetermined potential with respect to ground.
shield/shielding (circuit) The metal sleeving surrounding one or more
of the conductors in a wire circuit to prevent interference, interaction or current leakage. Shielding protects a circuit against crosstalk.
shock (mechanical) (1) An abrupt impact applied to a stationary object.
(2) An abrupt or nonperiodic change in position, characterized by suddenness, and by the development of substantial internal forces.
SHV Abbreviation for standard high voltage.
sine wave A wave which can be expressed as the sine of a linear function
of time, space or both. A waveform, often viewed on an oscilloscope, of a
pure alternating current or voltage.
skin effect The tendency of alternating currents to flow near the surface of
the conductor, thus being restricted to a small part of the total cross-sectional area. This effect increases the resistance and becomes more marked
as the frequency rises.
sleeve The insulated or metallic covering over the barrel of a terminal.
solder contact A contact or terminal having a cup, hollow cylinder, eyelet
or hook to accept a wire for a conventional soldered termination.
standard high voltage (SHV) A quick connect/disconnect connector
series employing a bayonet lock coupling and designated to operate safely
up to 5000 volts AC. It is the industry standard connector specified by the
National Bureau of Standards (NBS) for high voltage use by the Atomic
Energy Commission (AEC).
standing-wave Distribution of current and voltage on a transmission line,
resulting from two sets of waves traveling in opposite directions.
standing wave ratio The ratio between maximum and minimum current
or voltage along a line. It is a measure of the mismatch between the load
and the line. It is equal to 1 when the line impedance is perfectly matched to
the load. (In which case the maximum and minimum are the same, as current and voltage do not vary along the line). The perfect match would be a 1
to 1 ratio.
super high frequency (shf) The Federal Communications Commission
designation for the band from 3,000 to 30,000 MHz in the radio spectrum.
T
tensile The amount of axial load (longitudinal stress) required to break or
pull the wire from the crimped barrel of the terminal, splice or contact.
304
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Appendix G - Glossary of Terms (Continued)
tensile strength The greatest longitudinal stress that a substance or
union can bear without tearing or pulling apart. In crimped terminations, it
is the greatest longitudinal stress that a terminal can bear without the wire
separating from the terminal.
thermal shock The effect of heat or cold applied at such a rate that
nonuniform thermal expansion or contraction occurs within a given material
or combination materials. The effect can cause inserts and other insulation
materials to pull away from metal parts.
time-delay A circuit that delays the transmission of an impulse for a definite and desired period of time.
TNC Connector A radio frequency connector covered by Military
Specification. It has an impedance of 50 ohms and is designed to operate in
a 0 to 11 GHz frequency range. Reliability is assured by a threaded coupling
that can be safely wired to prevent accidental disconnect.
U
UG Symbol used to describe coaxial connectors that were made to a
Government specification. This specification is now obsolete.
ultra-high frequency (uhf) A Federal Communications Commission
designation for the band from 300 to 3000 MHz on the radio spectrum. In
television - channels 14 to 83 or 470 to 890 MHz.
V
very high frequency (vhf) A Federal Communications Commission
designation for the band from 30 to 300 MHz on the radio spectrum.
voice-frequency (vf) Any frequency within that part of the radio frequency range essential to speech transmission of a commercial quality (i.e.,
300 to 3400 Hz). Also referred to as telephone frequency.
volt (V) The unit of measurement for electromotive force (emf). It is equivalent to the force required to produce 1 ampere through a resistance of 1
ohm.
voltage (E) The term most often used to designate electrical pressure that
exists between two points and is capable of producing a flow of current
when a closed circuit is connected between the two points. Voltage is measured in volts, millivolts, microvolts and kilovolts. The terms electromotive
force (emf), potential, potential difference and voltage drop are often referred
to as voltage.
voltage drop The voltage developed across a component or conductor by
the flow of current through the resistance or impedance of that component
or conductor.
voltage hold over refers to the maximum line voltage at which recovery
of the GDT to its inactive state will take place within
a specified period of time (normally 150ms) after an induced lightning
pulse (normally 10/1000ms) has been applied.
VSWR Abbreviation for voltage standing wave ratio. Also see: standing
wave ratio.
W
wavelength The distance between two points which are in phase on adjacent waves. It is the distance traveled by the wave in the same span of one
cycle. Electromagnetic waves (both light and radio) have a speed in space
of about 300,000,000 meters (186,000 miles) per second. Thus wavelength
in meters is equal to 300,000,000 divided by frequency.
Z
Z Letter symbol used to represent impedance in ohms.
305
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
RF Coaxial Solutions for Communications Equipment
Wireless
Base Station
Carrier Rack
Equipment
Chassis
Set Top Box
NIC Card
306
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Wireless Base Station
Radio base station cabinets
demand packaging that
combines high power r.f.
signals, high speed digital
data, and analog signals.
Cabinet input/output connections are provided by N
Series and 7/16 connectors.
Plug-in r.f. modules require
Blindmate, DIN inserts, and
panel mount connectors.
Transceiver modules utilize
MCX, and SSMT board and
cable connectors for board
to board and panel to
board applications. Finally,
both semi-rigid and flexible
RG cable assemblies route
signals throughout the
entire cabinet.
7-16 Series Connectors, Page 7
SMA Connectors
Page 100
Lightning Protection Connectors,
Page 12
SMB Connectors
Page 176
7-16 Series
Cable Assemblies,
Page 269
N Series
Cable Assemblies,
Page 269
N Series Connectors,
Page 20
MCX Connectors,
Page 196
SSMT Connectors,
Page 212
TNC Connectors,
Page 29
SMP Subminiature
Blindmate Connectors,
Page 152
DIN Inserts, Page 238
COAXICON Contacts,
Page 244
SIEMAX Connectors,
Page 249
307
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Carrier Rack Equipment
For today’s fast paced
Carrier Equipment market,
Tyco Electronics offers a
broad line of RF interconnect products that meet
demanding customer
requirements for CATV, telecom and data transmission
applications. Connectors,
cable assemblies, and
applicator tooling are available for applications ranging from central office to
customer premise environ-
ments, 50 or 75 ohms, from
rack based equipment to
set top boxes. Styles range
from standard miniature RF
connectors such as F
series, BNC and TNC to
subminiature RF connectors
such as SMA, SMB, SMC
and Blindmate connectors,
to Micro miniature MMCX,
SSMT and SMT/QuickGrip
products. SIEMAX connectors provide multi-positional
surface mount technology
RF connection for pcb and
panel applications, and
offer superior packaging
density. Between Series
adapters are available,
along with connectors
meeting international DIN
and IEC standard interfaces. High performance
GHz range BNC connectors
meet the needs for faster
signaling.
BNC Connectors,
Page 44
SMA Connectors,
Page 100
G Series Connectors,
Page 98
SMB Connectors,
Page 176
TNC Connectors,
Page 29
DIN Inserts, Page 238
SIEMAX Connectors,
Page 249
F Series Connectors,
Page 93
MMCX Connectors,
Page 218
308
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Chassis, NIC Card and Set Top Box
Coaxial interconnects have
evolved in the enterprise
market place over the
years. The BNC interfaces
that once dominated the
Ethernet premise installations to coax products that
provide high speed access
to the carrier infrastructure.
In today’s environment,
Network Interface Cards
(NIC) still feature
Capacitively Decoupled
BNC connectors with builtin chip capacitors to reduce
noise and ground loop
currents.
For the infrastructure, the
standard coaxial interfaces
to the infrastructure include
both 50 and 75 ohm BNC
connectors. The BNC family features numerous styles
including cable plugs and
jacks, adapters and printed
circuit board connectors.
To address manufacturability, we offer the board mount
in SMT, wave solder, and
press fit. More recently, the
SMB interface is the one of
choice for improved density
and is available in both
commercial and MIL-type.
Again, our portfolio has a
wide variety of configurations to address your system requirements.
Lastly, as broadband CATV
becomes more prevalent
for internet access in cable
modems, our family of
F connectors offer a high
performance solution.
Chassis
BNC Connectors, Page 44
SMB Connectors, Page 176
F Connectors,
Page 93
Decoupled
BNC, Page 82
Set Top Box
NIC Card
309
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Non-RoHS to RoHS Compliant Part Number Cross Reference (Continued)
Non-RoHS RoHS Compliant
Part No.
Part No.
413194-2
5413194-2
413311-1
5414311-1
413364-2
5413364-2
413366-2
5413366-2
413476-2
5413476-2
413506-1
5413506-1
413515-2
5413515-2
413515-3
5413515-3
413515-7
5413515-7
413515-8
5413515-8
413515-9
5413515-9
413524-2
5413524-2
413524-5
5413524-5
413557-1
5413557-1
413557-2
5413557-2
413558-1
5413558-1
413558-2
5413558-2
413558-3
5413558-3
413558-5
5413558-5
413588-2
5413588-2
413588-4
5413588-4
413588-8
5413588-8
413588-9
5413588-9
1-413588-0
1-5413588-0
413589-1
5413589-1
413589-2
5413589-2
413589-3
5413589-3
413589-5
5413589-5
413589-7
5413589-7
413589-8
5413589-8
413589-9
5413589-9
1-413589-0
1-5413589-0
1-413589-1
1-5413589-1
1-413589-6
1-5413589-6
413590-3
5413590-3
413590-4
5413590-4
413590-8
5413590-8
413591-1
5413591-1
413592-2
5413592-2
413592-6
5413592-6
413592-9
5413592-9
1-413592-1
1-5413592-1
413631-1
5413631-1
413631-2
5413631-2
413631-3
5413631-3
413760-1
5413760-1
413760-3
5413760-3
413760-8
5413760-8
413760-9
5413760-9
413771-1
5413771-1
413771-3
5413771-3
413779-3
5413779-3
2-413779-4
2-5413779-4
413879-1
5413879-1
413879-2
5413879-2
413933-1
5413933-1
413959-1
5413959-1
413959-3
5413959-3
413959-4
5413959-4
413959-5
5413959-5
413959-6
5413959-6
Non-RoHS RoHS Compliant
Part No.
Part No.
413969-2
5413969-2
413986-1
5413986-1
414088-1
5414088-1
414094-2
5414094-2
414105-1
5414105-1
414160-5
5414160-5
414168-1
5414168-1
414168-3
5414168-3
414168-4
5414168-4
414168-5
5414168-5
414168-6
5414168-6
414170-1
5414170-1
414170-2
5414170-2
414171-3
5414171-3
414173-3
5414173-3
414194-1
5414194-1
414215-1
5414215-1
414217-1
5414217-1
414265-3
5414265-3
414284-2
5414284-2
414305-1
5414305-1
414337-1
5414337-1
414338-1
5414338-1
414352-1
5414352-1
414363-3
5414363-3
414363-4
5414363-4
414363-5
5414363-5
414363-8
5414363-8
414367-2
5414367-2
414373-1
5414373-1
414394-1
5414394-1
414409-1
5414409-1
414414-1
5414414-1
414459-1
5414459-1
414460-1
5414460-1
414493-4
5414493-4
414553-1
5414553-1
414651-3
5414651-3
414666-1
5414666-1
414758-1
5414758-1
414758-2
5414758-2
414758-3
5414758-3
414907-1
5414907-1
414946-2
5414946-2
414946-3
5414946-3
414946-5
5414946-5
414946-6
5414946-6
415006-1
5415006-1
415006-2
5415006-2
415020-1
5415020-1
415024-1
5415024-1
415024-3
5415024-3
415025-1
5415025-1
415025-2
5415025-2
415046-1
5415046-1
415085-1
5415085-1
415103-1
5415103-1
415103-2
5415103-2
415105-1
5415105-1
415105-2
5415105-2
415187-1
5415187-1
Non-RoHS RoHS Compliant
Part No.
Part No.
415189-1
5415189-1
415205-1
5415205-1
415214-1
5415214-1
415216-1
5415216-1
415218-5
5415218-5
415226-1
5415226-1
415232-4
5415232-4
415232-7
5415232-7
415242-2
5415242-2
415242-6
5415242-6
415248-1
5415248-1
415248-7
5415248-7
415252-1
5415252-1
415252-2
5415252-2
415252-3
5415252-3
415252-4
5415252-4
415255-1
5415255-1
415255-2
5415255-2
415255-3
5415255-3
415255-4
5415255-4
415276-2
5415276-2
415302-1
5415302-1
415302-2
5415302-2
415322-2
5415322-2
415332-1
5415332-1
415379-1
5415379-1
415381-1
5415381-1
415406-2
5415406-2
415417-1
5415417-1
415419-1
5415419-1
415485-1
5415485-1
415485-2
5415485-2
415485-3
5415485-3
415487-1
5415487-1
415487-2
5415487-2
415487-3
5415487-3
415520-1
5415520-1
415569-2
5415569-2
415632-1
5415632-1
415632-2
5415632-2
415633-1
5415633-1
415634-1
5415634-2
415634-2
5415634-2
415683-1
5415683-1
415712-1
5415712-1
415779-1
5415779-1
415832-1
5415832-1
447648-3
5447648-3
448103-2
5448103-2
603995-1
Exempt
603995-2
Exempt
603995-3
Exempt
603995-5
Exempt
603995-6
Exempt
856402-1
Exempt
887000-1
5887000-1
887046-1
5887046-1
887078-1
5887078-1
887089-1
5887089-1
1055439-1
Exempt
1055440-1
Exempt
Non-RoHS RoHS Compliant
Part No.
Part No.
1055441-1
Exempt
1055442-1
Exempt
1055443-1
Exempt
1055444-1
Exempt
1055445-1
Exempt
1055446-1
Exempt
1055447-1
Exempt
1055448-1
Exempt
1055449-1
Exempt
1055450-1
Exempt
1055451-1
Exempt
1055454-1
Exempt
1055474-1
Exempt
1055475-1
Exempt
1055476-1
Exempt
1055477-1
Exempt
1055500-1
Exempt
1055831-1
Exempt
1055832-1
Exempt
1055833-1
Exempt
1055834-1
Exempt
1055836-1
Exempt
1055837-1
Exempt
1055838-1
Exempt
1055839-1
Exempt
1055840-1
Exempt
1055841-1
Exempt
1055842-1
Exempt
1055843-1
Exempt
1057088-1
6057088-1
1057094-1
6057094-1
1057116-1
6057116-1
1057159-1
6057159-1
1057165-1
6057165-1
1057176-1
6057176-1
1059632-1
6059632-1
1059665-1
6059665-1
1061002-1
6061002-1
1061035-1
6061035-1
1061092-1
6061092-1
1061094-1
6061094-1
1213890-1
Exempt
1274020-1
6274020-1
1274032-1
6274032-1
1274045-1
6274045-1
1274072-1
6274072-1
1274084-1
6274084-1
1274086-1
6274086-1
1274096-1
6274096-1
1274124-2
6274124-2
1274127-1
6274127-1
1274220-1
6274220-1
1274291-1
6274291-1
1274291-2
6274291-2
1274314-1
6274314-1
1274315-1
6274315-1
1274359-1
6274359-1
1274360-1
6274360-1
1274425-2
6274425-2
1274431-1
6274431-1
1274532-1
6274532-1
311
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
Non-RoHS to RoHS Compliant Part Number Cross Reference (Continued)
Non-RoHS RoHS Compliant
Part No.
Part No.
1311164-1
Exempt
1312079-1
6312079-1
1312113-1
6312113-1
1312121-1
6312121-1
1312123-1
6312123-1
1312124-1
6312124-1
1312137-1
1312137-1
1312138-1
6312138-1
1312139-1
6312139-1
1328873-1
6328873-1
1329818-1
6329818-1
1329819-1
1329819-1
1331959-1
6331959-1
Non-RoHS RoHS Compliant
Part No.
Part No.
1361137-1
6361137-1
1361138-1
1361138-1
1361139-1
6361139-1
1362765-1
6362765-1
1363524-1
6363524-1
1363525-1
6363525-1
1363526-1
6363526-1
1363527-1
6363527-1
1393488-3
Exempt
1393488-4
Exempt
1393524-1
Exempt
1393524-4
Exempt
1393524-5
Exempt
Non-RoHS RoHS Compliant
Part No.
Part No.
1-1393524-1
Exempt
2-1393524-4
Exempt
2-1393524-6
Exempt
2-1393524-7
Exempt
1393665-1
6-1393665-1
1-1393665-4
—
1-1393665-5
—
1-1393665-6
—
1-1393665-7
—
2-1393670-1
—
2-1393670-2
—
2-1393670-3
—
2-1393670-4
—
Non-RoHS RoHS Compliant
Part No.
Part No.
1393696-2
6-1393696-2
1393696-7
6-1393696-7
1402314-1
1402314-1
1408026-1
6408026-1
1408027-1
6408027-1
1408028-1
6408028-1
1408030-1
6408030-1
1408032-1
6408032-1
1408033-1
6408033-1
1408036-1
6408036-1
1408037-1
6408037-1
1408038-1
6408038-1
1725637-1
Exempt
312
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
RF Coax Connectors
M/A-COM to Tyco Electronics Part Number Cross Reference (Continued)
M/A-COM
Part No.
Tyco Electronics
Part No.
M/A-COM
Part No.
Tyco Electronics
Part No.
M/A-COM
Part No.
Tyco Electronics
Part No.
M/A-COM
Part No.
Tyco Electronics
Part No.
314
Catalog 1307191
Revised 3-07
www.tycoelectronics.com
Dimensions are in millimeters
and inches unless otherwise
specified. Values in brackets
are standard equivalents.
Dimensions are shown for
reference purposes only.
Specifications subject
to change.
USA: 1-800-522-6752
Canada: 1-905-470-4425
Mexico: 01-800-733-8926
C. America: 52-55-1106-0803
South America: 55-11-2103-6000
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-8706-080-208
Part Number Index
Part No.
Page
Part No.
Page
Part No.
Page
Part No.
Page
Part Number Index
Part No.
Page
Part No.
Page
Part No.
Page
Part No.
Page
Part Number Index
Part No.
Page
Part No.
Page
Part No.
Page
Part No.
Page
Part No.
Page
Part No.
Page
Tooling Part Number Index
Part No.
Page
Part No.
Page
(Technical Support)
(Technical Support)
(Technical Support)
(Technical Support)
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