—
End-to-end
embedded power
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
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Embedded power
Who we are
At ABB, we help our data center, computing,
communications and digital content-provider
customers wrestle with the exponential and
insatiable demand for ever-increasing data,
communications and processing capacity.
Our customers challenge us to efficiently and
reliably power increasing capacity, and to quickly
scale better and smarter data infrastructures
with power solutions that keep their energy costs
in check and ensure that data and applications
flow 24x7.
What we do
—
01
ABB brings end-to-end
power solutions for
a variety of markets
including data centers,
Embedded power
• Products for AC-DC OEM embedded power
for datacom, telecom, medical and industrial
applications.
• Products for DC-DC OEM conversion for
board-mounted power applications in
communications, computing, storage,
industrial, medical and military markets.
• Full custom capabilities in both AC-DC and
DC-DC product lines.
Power switching
• Products for emergency standby, back-up
power supply management and spike or surge
protection, plus installation and maintenance
services for markets including data centers,
hospitals, telecommunications, financial
institutions, transportation and industrial
applications.
Uninterruptible Power Supplies (UPS)
• Products and services to provide a continuous
supply of power and conditioning for missioncritical applications, plus global installation
and maintenance services in markets including
data centers, hospitals, financial institutions,
telecommunications networks, wind energy,
transportation and industrial.
DC energy systems
• Solutions for telecommunications, wireless
and cable broadband service providers that
leverage our extensive experience in turnkey
3
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Total power solution
ABB provides end-to-end power solutions that offer size, efficiency
and cost advantages while reducing risk with standards-based
power components.
AC-DC
Supplies
AC-48 V
AC-48 V
AC-24 V
Stage 1
conversion:
AC-12 V
AC to 48 V,
24 V or 12 V
AC-DC
Input filters
PIM
Comm.
& control
Power
conditioning
Input
filtering
48 V BUS
Isolated DC-DC
converters
Input
filtering
48 V BUS
Isolated
"brick" bus
24 V BUS
Stage 2
conversion:
12 V BUS
24 V or 48 V
to 3.3, 5, or 12 V
voltage isolation
Isolated
"brick"
12 V BUS
12 V BUS
Isolation & power
conversion
Non-isolated
DC-DC (POLs)
converters
POL
1.0 V
POL
1.2 V
POL
1.8 V
POL
1.5 V
Boost
POL
28 V
Boost
POL
48 V
Power regulation
DC loads
FPGA
CPU
DSP
ASIC
Distributed Power Architecture (DPA)
• The Distributed Power Architecture (DPA) is commonly
used on today’s circuit pack designs. The DPA has replaced
multiple isolated power supplies with one single power
supply that feeds multiple point of load (POL) converters.
The DPA has brought with it the benefits of lower cost,
weight, and space along with a better quality of power.
Shown above is a typical DPA architecture.
• In Stage 1 of power conversion, an AC-DC power supply is
used to convert a line voltage to a DC bus voltage of 48 V,
24 V, or 12 V to the circuit pack.
• If 48 or 24 V is fed to the circuit pack, the power rail is
then converted to 12 V or 5 V through an isolated DC-DC
converter. This is what we call stage 2 conversion. As a side
note, if 12 V is fed to the circuit pack as shown on the right
DSP
DSP
Stage 3
conversion:
12 V bus to smaller
load voltages at
Point of Load
(POL) Non-isolated
RF
PA
side of the circuit pack, the isolated converter used in
Stage 2 is not required. Conversion can proceed directly
to Stage 3.
• Stage 3, the final conversion stage, is used to reduce the
12 V or 5 V bus to the various voltages required to drive
the individual semiconductor loads.
• Total efficiency is the product of efficiency from each
stage multiplied together: (Stage 2) 94% * (Stage 3) 93% =
89% total efficiency.
• DPA is valuable because:
-- It provides customers with standard product solutions.
-- It provides high-efficiency solutions that are competitive
with older, single-stage systems.
-- It provides greater system flexibility to mix and match
load voltages from a single voltage bus.
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
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See how our line of embedded
power solutions fits your
design needs
—
Total cost of ownership
ABB products and solutions create AC-DC and DC-DC
power solutions that give back valuable printed circuit
board and server cabinet real estate to system designers.
In communications, data center and super computing
markets, where exponential growth in processing
capacity is matched with growing power requirements,
we engineer many of the industry’s most compact and
efficient power solutions–designed to take advantage
of unusable board or cabinet space.
5
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Table of contents
007 – 011 Vertical industry solutions
012 – 016 Industrial products
017 – 018
High-voltage DC power family
019– 029
AC-DC and DC-DC power supplies
030 – 043 Isolated DC-DC converters
044 – 052 Non-isolated DC-DC
(point-of-load) converters
053 Digital power solutions
054 – 055 Custom capabilities
056 – 057 Engineering resources and tools
058– 063 Product matrices
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
7
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Vertical industry solutions
ABB power solutions are used in thousands of applications across
a broad array of global industries
• Data centers
• Integrated solutions
• Broadcasting
• Smart buildings
• Displays, lighting and signage
• Aerospace and aviation
• Industrial automation and process control
• Medical devices
• Instrumentation, test and measurement
• Robotics
Data centers
With close to half the total cost of power for a data center
being utilized for cooling, the importance of utilizing power
products that are highly efficient takes on an ever more
critical role. Operators demand not only efficiency and
density–they also require their power solutions to be smart.
The ABB Total Efficiency* (TE) architecture reduces energy
loss and lowers cooling costs, as well as addresses issues
from the electrical service entrance to the building, all the
way down to the point of loads on the motherboard. ABB
offers true end-to-end consideration of power optimization
based on our proven experience and expertise in batteries,
power distribution, surge protection, DC energy systems,
AC-DC power supplies, and DC-DC board-mounted power.
Our goal is to deliver a solution that is safer, more reliable,
and more energy efficient than alternatives from
our competitors.
Integrated solutions
Data center power infrastructure can be complex to
integrate and optimize. Data centers can also consume a
large amount of space requiring big amounts of power to
be distributed across long distances. In short, the power
solutions must be tightly integrated and work seamlessly
with the infrastructure, the network and the data equipment
to not only help reduce operating costs, but to also help
conserve space.
Whatever the requirements, ABB engineers can help design
a highly-efficient and integrated solution that serves the
entire data center, not just portions. By engaging with ABB
to integrate the entire solution, data center operators can
be assured that care will be taken to make the entire data
center efficient, not just the individual power conversion
steps. For example, ABB can evaluate the entire power
budget and help design solutions that reduce conversion
steps that result in unnecessary energy loss. ABB can
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
Broadcasting
TV and radio transmitters are likely to be one of the more
costly items that a typical station owns, not only in their
initial purchase price, but also due to ongoing operational
costs. The electrical power efficiency of the transmitter
plays an important part in the overall total cost of ownership
(TCO) equation. Early digital TV transmitters had a power
efficiency in the 15% to 18% range. This means that a 10 kW
transmitter consumed about 66 kW of electrical energy,
converting only 10 kW of that energy to useful RF and 56 kW
as waste heat. For digital television, several power amplifier
techniques have been developed that dramatically improve
efficiency. Broadcast manufacturing industries are taking
important steps and investing in new technologies to
improve efficiency and reduce the TCO for TV and radio
transmission systems. As newer and more efficient solid
state RF devices become available, they allow designers
to integrate them with other energy-saving techniques to
further improve overall efficiency. Today, advanced PA technology, along with more efficient power supplies, optimized
cooling systems and other techniques, are combined for
optimized solutions. Ongoing development will lead to
even higher-efficiency transmission systems in the future.
Smart buildings
In many of today’s smart buildings, power is being shifted
from the devices that once required separate AC power to
devices that can both communicate and be powered over a
single Power over Ethernet (PoE) cable. Enterprise devices
such as badge scanners, 802.11n wireless access points,
laptops, RFIDs, pan-tilt-zoom security cameras, video
phones and point-of-sale terminals take advantage of ABB’s
PoE rectifiers, the CP2000AC54TEP, CP2725AC54TEP and
MPR0854FP. These rectifiers provide 48-volt power required
for smart building systems. The new solutions have a highly-reliable, hot-pluggable and hot-swappable footprint and
are easily integrated into switch architectures that support
multiple redundant rectifiers on a common DC bus, in
various redundancy schemes including N+1 or N+N arrangements. In addition, flexible communication interfaces allow
the switch designer to choose the most effective way
to communicate with the power supplies. Enterprise
customers benefit from a solution specifically created
for highly-redundant environments, thereby reducing
operating and service costs.
• Building security systems
• Fire safety systems
• HVAC systems
• Video surveillance
Displays, lighting and signage
With the ever-increasing demand for more efficient lighting
solutions, LED lighting requires both constant-voltage and
constant-current for its products. ABB’s power modules
for lighting applications feature shielding from power
disturbances, ruggedized designs, high efficiencies and
high reliability in a small form factor. The open frame and
conduction cooled fanless AC-DC rectifiers such as
CLP0224, CCR0512 are also suitable for outdoor lighting
and signage applications, as are the wide-input voltage
ProLynx* Point of Load modules.
• Backlighting
• Digital signage
• Indoor lighting
• Stadium lighting
9
Aerospace and aviation
Electronics in the aviation industry are rapidly requiring
increased capability and complexity while demanding a
more compact design. Ranging from cockpit avionics and
lighting systems to elaborate multimedia entertainment
systems for commercial jets, the need for small, efficient,
and reliable power electronics modules is critical. These new
systems need a mixture of voltages and control frequencies.
As design engineers continue to integrate more functionality into their innovative designs, the ability to support a
complex mixture of output voltages will become even more
important. Using standard, commercially-available power
supplies yields space savings, simpler designs, and less cabling when the DC output is fed directly into the backplane
as opposed to using an external power supply. ABB’s
SlimLynx* Point of Load modules provide industry-leading
power density and efficiency in a slim and compact
form factor.
• Cockpit avionics
• Navigation systems
• Aircraft control panels
• Lighting systems
• In-flight entertainment (IFE)
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
Industrial automation and
process control
Industrial automation uses information technology and
control systems to manage machinery, valves, actuators
and assembly lines, therefore reducing the need for human
intervention and eliminating costly errors. Power supplies
for industrial automation and control applications require a
wide operating temperature range and extended shock and
vibration testing. ABB’s power modules offer sequencing,
reliability, and remote on/off facilities to ensure continuous
efficient operation in the power design. Our rugged power
supplies meet MIL STD 810G for extended shock and vibration testing, up to 50Grms, offer excellent thermal
management up to 105˚C, and maintain low ripple/noise
operation. The industrial AC-DC rectifiers from ABB such
as the CAR0424 and CLP0224 deliver 24 V as output voltage
suited to operate valves and actuators, and work with the
wide input ProLynx* Point of Load modules to simplify
board design. ABB’s Tranquell* DIN Rail Series Surge
Protective Devices help minimize power-related problems
by protecting sensitive automation control equipment
from harmful transients.
• Conveyor systems
• Motor control applications
• Factory automation (PLCs)
• Switching systems
• Transportation / railway
• Remote monitoring equipment
• Security systems
• Human machine interface
Medical devices
Sophisticated power solutions for ultrasound, dialysis, and
diagnostic equipment require stringent parameters such as
low output ripple and EMI noise, which, if left unconditioned,
can disrupt the performance and accuracy of the end
equipment. These highly-sensitive systems require more
sophisticated power solutions–a key strength for ABB.
Given the sometimes long FDA approval cycles in the healthcare industry, our expertise in powering medical products
provides solutions to complex system requirements, which
enable designers to improve product cycle times while
reducing their time-to-market. The DLynx* Point of Load
modules efficiently power circuit board electronics and
accelerate product development schedules.
• Laboratory and analytical
• Eye care equipment
• Medical imaging
• Dental equipment
Instrumentation, test and
measurement
Test and measurement systems are ubiquitous in electronic
devices and maximize the productivity of engineers and
technicians responsible for packaged-part characterization
in applications ranging from early device research through
development, quality verification, and failure analysis.
Automated test equipment systems are routinely used in
electronics manufacturing operations, the semiconductor
industry, and factory environments. ABB’s DLynx* and DLynx
II* Point of Load power modules provide the power designer
the latest tools and performance for power, with key features such as increased current, increased accuracy, and
extended PMBusTM command set.
• Semiconductor test equipment
• Automated test equipment
• Oscilloscopes
• Microscopes
Robotics
Power supplies for robotics applications require small size,
high levels of shock and vibration resistance and a wide
operating temperature range. A high degree of efficiency
and reliability is also necessary. ABB’s DLynx* and DLynx
II* families provide some of the most compact Point of Load
DC-DC converters available with outstanding performance,
control, and reliability.
• Manufacturing systems
• Gantry robots
• Industrial robots
• Packaging systems
• Warehouse management
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
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Industrial products
CC1600 (1600 W, 52 V out) AC-DC fanless, sealed,
potted & conduction cooled
Features
• Compact form factor with 16 W/in3 density
• 11.52” (L) x 5.29” (W) x 1.83” (H) (includes connector length)
• Rugged for outdoor and indoor applications
• Standalone and mountable
• Input and output connector block for easy connections
• Efficiency greater than 94% (for high line)
• 1600 W from nominal 200-240 Vac @ 55 C baseplate
• 1200 W from nominal 120-120 Vac @ 45 C baseplate
• Output voltage programmable from 42 V-58 Vdc
• Floating output for positive and negative polarity
• DC-OK external LED signal
• Over-temperature, under voltage, over-voltage protections
• Remote ON/OFF control of the main output via RS485
• Precision measurement reporting of input/output
voltage and current
• Power factor correction meets EN/IEC 61000-3-2
and EN60555-2
• Redundant, parallel operation with active load sharing
• UL, CSA C22.2 , VDE/TUV compliance
• CE & RoHS2 compliant
• ESD Level 4: 8 KVcontact/15 KVair
• Lightning surge Level 4: 4 KVcommon/2 KVdiff
Comcode: CC1600AC52SXZ01A
Applications
• Outdoor lighting
• Telecom
• Broadcast
• Laser
13
CC3500
The CC3500AC54FB2 family of power supplies have an
extremely wide programmable output voltage capability.
Featuring high-density, fully-enclosed, fanless conduction-cooled packaging, it is designed for minimal space
utilization and is highly expandable for future growth.
This completely silent power supply incorporates both
RS485 and dual-redundant I 2C communications busses
that allow it to be used in a broad range of applications.
Feature-set flexibility makes this power supply an excellent
choice for applications requiring operation over a wide
output-voltage range. Its robust design is intended for
rugged applications where temperature extremes may
be experienced. Electrical user interfaces are designed
for extreme simplicity and quick installation.
Model
CC3500AC53FB2
CC3500AC52FB2-ES
Input
AC Rear,
Blind Mate
AC Rear,
Direct Wire
Cooling
Fanless Conduction
Fanless Conduction
Features and benefits
• Conduction cooled fanless operation
• Rugged for temperature extremes
• Silent running
• Wide-range output
• Can be paralleled for load sharing
• Designed for adaptation to cold plate or heat sink
• Blind-mate version
• Simple screw terminal version
• Ability to charge batteries
• PMBus/I2C or RS485 communications capable
• High efficiency 95%+
New expanded output range!
Input range(V)
80-185 V
185-265 V
80-185 V
185-265 V
V OUT
I OUT
Efficiency
18-58 V
Low Line 28.3/28.9 A @ 52 V
High Line 66/67.3 A @ 52 V
Folds Back below 42 V
96%
18-58 V
Low Line 28.3/28.9 A @ 52 V
High Line 66/67.3 A @ 52 V
Folds Back below 42 V
96%
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
Hornet voltage regulator
The Hornet family of non-isolated board-mounted switching
regulators are easy to use, fully integrated power modules
for demanding industrial conditions. With highly-accurate
output voltage setting, high efficiency, exceptional power
density, extended temperature range for extreme environments and proven high reliability, Hornet switching voltage
regulators are well-suited for industrial applications.
The Hornet series includes step-down/buck regulators that
deliver 11 to 108 W maximum power and step-up/boost
Step down through hole
Model
Input
range(V)
Output
range(V)
Temp. range /
Mil. St 810F
Max power
(W)
Max current
(UP TO) (A)
Footprint
(MM)
Efficiency
(up to)
IND016
12 V±20%
0.6-5.5
-40 - 105°C / 40 G
16.5
3
12.2x12.2
94%
IND033
12 V±20%
0.6-5.5
-40 - 105°C / 40 G
33
6
12.2x12.2
94%
IND066
12 V±20%
0.6-5.5
-40 - 105°C / 40 G
66
12
12.2x12.2
95%
IND072
12 V±20%
0.6-3.3
-40 - 105°C / 40 G
72.6
20
12.2x12.2
94%
IND080
12 V±20%
0.6-2.0
-40 - 105°C / 40 G
80
40
13.5x33
92%
IND027W
12 V±20%
3.0-9.0
-40 - 105°C / 40 G
27
3
11.4x20.3
96%
94%
IND045W
12 V±20%
3.0-9.0
-40 - 105°C / 40 G
45
5
11.4x20.3
IND108W
12 V±20%
3.0-9.0
-40 - 105°C / 40 G
108
12
13.5x33
95%
IND027XW
24 V±20%
3.0-18.0
-40 - 105°C / 40 G
27
3
11.4x20.3
96%
IND045XW
24 V±20%
3.0-18.0
-40 - 105°C / 40 G
45
5
11.4x20.3
96%
IND108XW
24 V±20%
3.0-18.0
-40 - 105°C / 40 G
108
12
13.5x33
97%
Input
range(V)
Output
range(V)
Temp. range /
mil. st 810F
Max power
(W)
Footprint
(MM)
Efficiency
(up to)
IND011SIP
12 V±15%
0.6-5.5
-40 - 85°C
11
10
8.1x10.4
93%
IND060SIP
12 V±15%
0.6-5.5
-40 - 85°C
60
2
8.4x10.4
93%
Input
range(V)
Output
range(V)
Temp. range /
mil. st 810F
Max power
(W)
Footprint
(MM)
Efficiency
(up to)
Step down through hole
Model
Max current
(A)
Boost / step up SMT
Model
Max current
(A)
IND065BHV
12 V±20%
32-54
-40 - 85°C
65
4.06
11.4x27.9
94.5%
IND065BLV
12 V±20%
16-34
-40 - 85°C
65
2.03
11.4x27.9
94%
15
Features and benefits
• Suitable for extreme environments (-40°C to 105°C
extended temperature range, operating shock per Mil Std.
810 F to ±40 G, and operating vibration per Mil Std. 810 F
for selected SMT parts)
• High reliability (qualified with 1000 h high temperature
operating bias [HTOB], 1000 h 85 RH / 85°C temperature
humidity bias [THB], 700 cycle -40 to 125°C thermal
cycling [TC] testing.)
• Suitable for conformal coating with dip or vapor
deposition. Conformal coating can provide the protection
to meet Salt Fog Test per IEC 60068-2-52 (Severity 3) and
Mixed Gas Flow Test per Telcordia GR-3108 Outdoor Levels
• Outstanding transient response for powering
demanding loads
• High efficiency (up to 97%)
• Easy-to-use complete modules enable fast design cycle
and rapid TTM (Time To Market)
• Planned availability for a minimum of 10 years from
product launch
• 3-year warranty, backed by ABB's proven quality processes
Applications
Automation equipment, factories and manufacturing,
water treatment facilities, energy exploration and refineries,
building and process controls systems and automation
equipment, control cabinets and rooms, conveying equipment, vending machines, material handling and packaging
equipment, chemical processing plants, HVAC (heating,
ventilating and air conditioning) equipment, machinery
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
Resilient 3000
The RESILIENT 3000 power supply has extremely robust
capability, yet is easy to use, economical, and has low upfront cost. Featuring a high-density, rugged enclosure, it has
an oversized, highly-reliability fan, conformal coating and is
designed to operate over a wide temperature range. It can
function either as a stand-alone power supply or it can be
connected in parallel with other power supplies and
managed by RS485.
Feature-set flexibility makes this power supply an excellent
choice for applications requiring operation over a wide
output-voltage range or for charging batteries. Its solid
design is intended for rugged applications where poor
AC grid conditions and temperature extremes may be
experienced. The electrical user interfaces are designed
for extreme simplicity for quick installation and turn-up.
Model
EP3000AC48INZ
Input
Cooling
Input range (V)
V OUT
AC Rear, C19
Fan, Front to Back Airflow
90-290 V
48-58 V
Features and Benefits
• Low cost of ownership
• Oversized high-reliability fan
• Conformal coating for use in dirty environments
• Rugged design for temperature extremes
• Rugged design for dirty AC grid conditions
• Wide range output
I OUT
55.5 A @ 54 V
• Can be paralleled for load sharing
• Simple installation, simple operation
• Ability to charge batteries
• RS485 communications capable
• High efficiency 95%+
Efficiency
95%
17
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High-voltage DC power family
Introducing a new family of high-voltage DC power ready for
work in the most demanding data, computing and industrial
applications. The family supports those applications where
power density and efficiency is most critical. Standardsbased 380 V power provides the energy needed while
minimizing infrastructure costs by reducing power distribution costs and enabling energy to travel greater distances
without incurring voltage drop. Designers will appreciate
the density gains that using less copper will facilitate.
The CC12500 and CH12500 rectifier convert readily-available
3-phase Industrial power to 380 V DC for distribution to
your system. These rectifiers are highly efficient and are optimized for being configured into dense power distribution
solutions. For example, both power supplies are completely
fanless and conduction cooled. The CH12500 is designed to
be mated to a customer-supplied cold plate. A finned heatsink kit is available for field installation, allowing customers
to use their own system fan for cooling. On the other
hand, customers who already have liquid cooling in their
application will appreciate the CC12500, which has
fully-integrated liquid cooling built in.
The downstream component of the family consists of
high- voltage DC Power Entry Modules, which convert the
380 V DC power to 48 V for use with most of today’s data
and industrial equipment. We call this family the “CP-short”
because it contains the familiar topology used in the CP
product line, which has proven so reliable, but is packaged in
a much denser 280 mm footprint. These fan-cooled modules
are not only compact, they are versatile as well. First, they
are ready for future migration to 380 V because they can be
powered by Universal AC Line voltage or by 380 V DC input.
They are ready to switch over from AC to high-voltage DC
whenever you are, thereby minimizing your HVDC upgrade
costs. They add further versatility by having airflow direction agility. They support front-to-back or back-to-front
airflow direction. The model names are CP3000HV54TEZFSG (back-to-front airflow) and CP3000HV54TEZ-FSGR
(front-to-back airflow). Finally, the family is being rounded
out by adding 380 V DC board-mounted bus converter
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E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
CC12500 and CH12500 rectifiers features and benefits
• 12.5 kW, 360-380 V DC output, 96% efficiency
• AC Input 3-wire, 3 ph - 400/480 VAC
• Hot plug, hot swap, with redundant safety interlock
• Conduction cooled with optional finned heatsink
• Water cooled with dripless quick disconnect
• High resistance mid-point ground (HRMG) ±190 VDC output
• Internal HRMG fault detector circuit
• RS-485 communication Protocol
• Integrated heatplate, ready for mounting to cold wall
CP3000 “short” features and benefits
• 3.0 kW, 48-56 V DC output, 97% efficiency
• Dual rated AC or HVDC input
• AC input, 1ph, 80-264 VAC
• DC input, 180-400 VDC
• Input connector rated for both AC and HVDC
• Hot plug, hot swap
• Super compact design
• Front to back or back to front airflow
19
—
AC-DC and DC-DC power supplies
CLP0424FP
CLP0428FP
CLP0448FP
FLP0412FP
CLP0512FP
Model
CAR0512FP
MPR0712TE
SLP0712TE
12 V
24 V
28 V
48 V
12 V, 24 V
Top
Top
Top
Top
Top
Top
150 W
Not available Open frame
1 PH
(110/220 vac)
200 W
Not available Open frame
1 PH
(110/220 vac)
200 W
Not available Open frame
1 PH
(110/220 vac)
200 W
Not available Open frame
1 PH
(110/220 vac)
200 W
Not available Open frame
1 PH
(110/220 vac)
450 W
Not available Open frame
1 PH
(110/220 vac)
450 W
Not available Open frame
1 PH
(110/220 vac)
450 W
Not available Open frame
1 PH
(110/220 vac)
450 W
Not available Open frame
1 PH
(110/220 vac)
450 W
Not available Open frame
1 PH
(110/220 vac)
550 W
12 V
Top
Nominal
output
(negative)
Input
Digital
comm.
Profile
12 Vdc
Rear
I2C/PMBus
1U
1 PH
(110/220 vac)
500 W
1U
1 PH
(110/220 vac)
700 W
1U
1 PH
(110/220 vac)
750 W
850 W
12 Vdc
12 Vdc
Rear
Front
I2C/PMBus
I2C/PMBus
Nominal
input
Max
output
CAR0812FP
12 Vdc
Front
I2C/PMBus
1U
1 PH
(110/220 vac)
CAR0812DC
12 Vdc
Front
I2C/PMBus
1U
48 Vdc
850 W
12 Vdc
Rear
I2C/PMBus
1U
48 Vdc
1200 W
1U
1 PH
(110/220 vac)
1250 W
1U
1 PH
(110/220 vac)
1600 W
1U
1 PH
(110/220 vac)
1800 W
1U
1 PH
(110/220 vac)
2000 W
1U
1 PH
(110/220 vac)
2500 W
1U
1 PH
(110/220 vac)
2500 W
1U
1 PH
(110/220 vac)
3000 W
AC-DC
CAR1212DC
and
DC-DC
CAR1212FP
front
ends
(12 V OUT) CAR1612FP
CAR1812FP
CAR2012TE
CAR2512TE
CAR2512DC
CAR3012FP
12 Vdc
12 Vdc
12 Vdc
12 Vdc
12 Vdc
12 Vdc
12 Vdc
Rear
Front
Front
Front
Front
Front
Front
I2C/PMBus
I2C/PMBus
I2C/PMBus
I2C/PMBus
I2C/PMBus
I2C/PMBus
I2C/PMBus
3.5
2.5
2 KW
1.5
1 KW
500 W
3 KW
3.5
KW
CLP0412FP
28 V
Top
1 PH
(110/220 vac)
3 KW
CLP0228FP
24 V
Top
Not available Open frame
2.5
Open
frame
AC-DC
power
supplies
12 V
Top
Max
output
2 KW
CLP0224FP
5V
Nominal
input
1.5
CLP0212FP
Top
Profile
1 KW
CLP0205FP
12 V
Digital
comm.
500 W
CLP0112FP
Input
200 W
Model
Nominal
output
(negative)
200 W
Product matrix
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
20
CAR0548TN
MPR0854FP
CAR1248FP
AC-DC
and
CAR1248TN
DC-DC
front
ends
MPR1348FP
(48 V OUT
or greater) CC1600AC
CAR2548FP
Nominal
output
(negative)
Input
Digital
comm.
Profile
(54 Vdc)
Rear
I2C/PMBus
1U
1 PH
(110/220 vac)
500 W
1U
1 PH
(110/220 vac)
800 W
1U
1 PH
(110/220 vac)
1200 W
1U
1 PH
(110/220 vac)
1200 W
1U
1 PH
(110/220 vac)
1350 W
1U
1 PH
(110/220 vac)
1600 W
1U
1 PH
(110/220 vac)
2500 W
2500 W
2500 W
54 Vdc
48 Vdc
(54 Vdc)
48 Vdc
54 Vdc
48 Vdc
Front
Rear
Rear
Rear
Front
Rear
I2C/PMBus
I2C/PMBus
I2C/PMBus
I2C/PMBus
RS485
I2C/PMBus
Nominal
input
CAR2548TN
(54 Vdc)
Rear
I2C/PMBus
1U
1 PH
(110/220 vac)
CAR2548DC
48 Vdc
Rear
I2C/PMBus
1U
48 Vdc
Max
output
3.5 KW
I2C/PMBus
3.5
2000 W
Rear
3 KW
1U
24 Vdc
I2C/PMBus
3 KW
750 W
1 PH
(110/220 vac)
Rear
2.5 KW
1U
24 Vdc
2.5
400 W
1 PH
(110/220 vac)
2 KW
1 PH
(110/220 vac)
1.5 KW
1U
2 KW
Not available
1.5
Front
Max
output
1 KW
24 Vdc
Nominal
input
500 W
Profile
1 KW
Model
Digital
comm.
500 W
AC-DC
CAR0424FP
and
DC-DC
CAR0924FP
front ends
(24 V OUT)
CAR2024FP
Input
200 W
Model
Nominal
output
(negative)
200 W
Product matrix
21
EP0500UTE
EP0500V
EP1000TE
EP1600TE
CP2000DC
24 V
42-52 V
42-52 V
42-52 V
42-58 V
CP2000TE
CP2500DC
CP2500DC-F
18-58 V
42-52 V
42-52 V
42-58 V
CP2725TE
AC-DC front
ends &
rectifiers
DC-DC
converters
EP3000TE
CP3000TE
CP3000TE-F
CP3000TEFSG(R)
18-58 V
42-52 V
42-52 V
42-52 V
48-56 V
42-58 V
18-58 V
CP3500TE
23-65 V
Rear
Rear
RS485
RS485
RS485
1U
1 PH
(110/220 vac)
500 W
1U
1 PH
(110/220 vac)
500 W
1U
1 PH
(110/220 vac)
1000 W
1 PH
(110/220 vac)
1600 W
Rear
RS485
1U
Rear
I2C/PMBus/
RS485
1U
48/50 Vdc
2000 W
Rear
I2C/PMBus/
RS485
1U
1 PH (110/220/
277 vac)
2000 W
Rear
I2C/PMBus/
RS485
1U
1 PH (110/220/
277 vac)
2000 W
Rear
I2C/PMBus/
RS485
1U
48/50 Vdc
2500 W
Front
I2C/PMBus/
RS485
1U
48/50 Vdc
2500 W
Rear
I2C/PMBus/
RS485
1U
1 PH(110/
220/277 vac)
2725 W
Rear
I2C/PMBus/
RS485
1U
1 PH(110/
220/277 vac)
2725 W
Rear
I2C/PMBus/
RS485
1U
1 PH
(110/ 220 vac)
3000 W
Rear
I2C/PMBus/
RS485
1U
1 PH(110/
220/277 vac)
3000 W
Front
I2C/PMBus/
RS485
1U
1 PH
(110/220 vac)
3000 W
1U
240/280 V
DC or 1 PH
110/220 VAC
3000 W
1U
1 PH (110/
220/277 vac)
3500 W
1U
1 PH
(110/220 vac)
3500 W
3500 W
Front
I2C/PMB us
Rear
I2C/PMBus/
RS485
Rear
I2C/PMBus/
RS485
Rear
I2C/PMBus/
RS485
1U
1 PH
(110/220 vac)
1U
1 PH
(110/220 vac)
3500 W
CC3500TE
18-58 V
Rear
I2C/PMBus/
RS485
GP100RTE
42-54 V
(52 V
Default)
Rear
RS485
1U
3 PH (380/
480 vac)
6000 W
42-54 V
(54 V
Default)
Rear
I2C/PMBus
1U
3 PH (380/
480 vac)
6000 W
1U
3 PH (380/
480 vac)
6000 W
6000 W
12500 W
GP100MTE
GP100MTE
-FB
CH12500H3C
18-58 V
Rear
I2C/PMBus
18-58 V
Rear
I2C/PMBus
1U
3 PH (400/
480 vac)
365-400
V (380 V
Default)
Rear
RS485
1U
3 PH (400/
480 vac)
12.5 KW
6 KW
4 KW
3.5 KW
3 KW
Max
output
2.5 KW
Rear
Nominal
input
2 KW
42-52 V
Digital
comm. Profile
1.5 KW
Input
1 KW
Nominal
output
500 W
Model
200 W
Product matrix
22
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
Open frame power supply
CLP open frame power supply
In a 2x4-inch footprint smaller than an iPhone®, the 12 Vdc
single-output CLP0212 open frame power supply delivers
80 PLUS® Gold energy efficiency. Half the size of other
power supplies in this segment, the CLP series is specifically
designed to handle power challenges associated with tight
space and low airflow. Offering a leading 18W/in3 power
density in a 1U high, fanless form factor, the CLP series
addresses a broad range of applications in new products
from communications, computing and data storage
original equipment manufacturers.
Model
Size(W x L x H)
Input voltage
Output voltage
Output current
CLP0112FP
2” x 4” x 1.4”
90-264 V
12 V
150 W
Efficiency
90%
CLP0205FP
2” x 4” x 1.4”
90-264 V
5V
200 W
90%
CLP0212FP
2” x 4” x 1.4”
90-264 V
12 V
200 W
90%
CLP0224FP
2” x 4” x 1.4”
90-264 V
24 V
200 W
90%
CLP0228FP
2” x 4” x 1.4”
90-264 V
28 V
200 W
90%
CLP0412FP
3” x 5” x 1.4”
90-264 V
12 V
450 W
91%
CLP0424FP
3” x 5” x 1.38”
90-264 V
24 V
450 W
91%
CLP0428FP
3” x 5” x 1.38”
90-264 V
48 V
450 W
90%
CLP0448FP
3” x 5” x 1.38"
90-264 V
48 V
450 W
92%
FLP0412FP
3” x 7” x 1.45”
90-264 V
12 V/24 V/5 V/3.3 V
450 W
90%
CLP0512FP
3” x 6” x 1.38”
90-264 V
12 V
550 W
90%
Metal covers for the Open Frame CLP products are available. Please contact your ABB Sales Team for more details.
Breakthrough compact design
ABB's breakthrough design is 2x4. Less space
but more power.
Reliable fanless cooling feature
Conduction and convection cooling.
No moving parts to fail.
High-power density solution
It can power a small router
or a large outdoor billboard.
Wide operating temp for harsh
conditions
Extended operating temperature range of
70°C to 85°C.
High efficiency
Higher efficiency leads to lower
operating expenses.
Integrates easily into your
product design
Compatible, compact, flexible and safe.
23
—
Front-end power supplies
CAR0812FP
• 850 watts / 12 V out
• Efficiency of 92%
• Power density of 18 W/in3
• Universal AC input range with active PFC
• 8.73 x 3.38 x 1.65” / 221.7 x 85.9 x 41.9 mm
• I2C / PMBusTM digital interface
CAR1212FP
• 1,200 watts / 12 V out
• High efficiency operation-up to 89%
• Power density of 16 W/in3
• Universal AC input range with active PFC
• 11.20 x 4.00 x 1.65” / 284.5 x 101.6 x 41.9 mm
• I2C / PMBusTM digital interface
CAR1612FP
• 1,600 watts / 12 V out
• Efficiency of 94.5%
• Power density of 20 W/in3
• Universal AC input range with active PFC
• 12.45 x 4.00 x 1.65” / 316.23 x 101.6 x 41.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE164 shelf
CAR2012TE
• 2,000 watts / 12 V out
• Efficiency of 94.5%
• Power density of 22 W/in3
• Universal AC input range with active PFC
• 12.89 x 4.00 x 1.61” / 327.46 x 101.6 x 40.89 mm
• I2C / PMBusTM digital interface
• Mates with ACE184RUW shelf
CAR0812DC
• 850 watts / 12 V out
• Efficiency of 92%
• Power density of 18 W/in3
• 36-75 Vdc input range
• 8.73 x 3.38 x 1.65” / 221.7 x 85.9 x 41.9 mm
• I2C/PMBusTM digital interface
CAR1212DC
• 1,200 watts / 12 V out
• High efficiency operation-up to 90%
• Power density of 16 W/in3
• 36-75 Vdc input range
• 11.20 x 4.00 x 1.65” / 284.5 x 101.6 x 41.9 mm
• I2C / PMBusTM digital interface
CAR1812FP
• 1,800 watts / 12 V out
• Efficiency of 94%
• Power density of 22 W/in3
• Universal AC input range with active PFC
• 12.45 x 4.00 x 1.65” / 316.23 x 101.6 x 41.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE184RUW shelf
CAR2012DC
• 2,500 watts / 12 V out
• High efficiency operation-up to 92%
• Power density of 25 W/in3
• 36-75 Vdc input range
• 15.38 x 4.00 x 1.65” / 390.5 x 101.6 x 41.9 mm
• I2C / PMBusTM digital interface
24
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
CAR2512TE
• 2,500 watts / 12 V out
• Efficiency up to 94%
• Power density of 25 W/in3
• Universal AC input range with active PFC
• 15.38 x 4.00 x 1.65” / 378.0 x 102.0 x 41.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE254 shelf
CAR3012TE
• 3,000 watts / 12 V out
• Efficiency - up to 96%
• Power density of 30 W/in3
• 15.38 x 4.00 x 1.65” / 378.0 x 102.0 x 41.9 mm
• I2C / PMBusTM digital interface
CAR0424FP
CAR2024FP
• 400 watts / 24 V out
• Efficiency up to 91% peak
• Top side fan
• Acoustic noise 45 dbA
• 8.1 x 3.94 x 1.58” / 205.7 x 100.0 x 40.1 mm
• Class B EMI (conducted & radiated)
• 2,000 watts / 24V out
• High efficiency operation-up to 90.5%
• Power density of 21 W/in3
• Universal AC input range with active PFC
• 14.25 x 4.00 x 1.65” / 316.2 x 101.6 x 41.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE204 shelf
CAR1248FP
• 1,200 watts / 48 V out
• High-efficiency operation-up to 91%
• Power density of 19 W/in3
• Universal AC input range with active PFC
• 11.20 x 3.44 x 1.65” / 284.5 x 87.4 x 41.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE125 shelf
CAR2548FP
• 2,500 watts / 48 V out
• High-efficiency operation-up to 91%
• Power density of 27 W/in3
• Universal AC input range with active PFC
• 14.25 x 4.00 x 1.65” / 362.0 x 102.0 x 40.9 mm
• I2C / PMBusTM digital interface
CAR2548TN
• 2,500 watts / -48 V out
• High efficiency operation-up to 91%
• Power density of 27 W/in3
• Universal AC input range with active PFC
• 14.25 x 4.00 x 1.61” / 362.0 x 102.0 x 40.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE254 shelf
CAR2548DC
• 2,500 watts / 48 V out
• High-efficiency operation-up to 91%
• Power density of 27 W/in3
• 36-75 Vdc input range
• 14.25 x 4.00 x 1.61” / 362.0 x 102.0 x 40.9 mm
• I2C / PMBusTM digital interface
• Mates with ACE254 shelf
25
26
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
Fanless conduction cooled
front ends
The industry’s first half U height fanless AC-DC rectifier
offers an alternative means for thermal management that
lends itself to conduction, convection, forced air or even
liquid cooling applications. This shift toward alternative
cooling capability allows system engineers to innovate and
explore new thermal-mechanical options, opening up
considerable new opportunities. Eliminating fans reduce
unwanted audible noise while simultaneously increasing
system MTBF (mean time between failure) and extending
system reliability. In a sleek form factor, the CCR0512
reduces the real estate needed for use in hard-to-reach
applications and low clearance areas.
With a universal AC input, this 12 Vdc, 500 W output fanless
solution supports N+N redundant capability and current
sharing, allowing end system scalability or fault tolerant
operation. The CCR0512 is the perfect low-to-mid power
platform geared for 12 V applications with low profile
constraints such as networking, test equipment and
thin client server applications.
CCR0512
• Conduction cooling for fanless operation
• Compact 0.5 U Profile
• Overall Dimensions: 0.877” x 3.35” x 8.790” /
223.2 x 85.1 x 22.3 mm
• 12 Vdc, 500 W output
• 10.8 to 13.2 Vdc output voltage programmability
• Universal AC input with Active PFC
• Hot plugability
• Redundant parallel operation
• Active load sharing (single wire)
• Analog, I²C or PMBusTM means of control and monitoring
• Remote on/off
• Remote Sense (up to 0.25 V of total compensation)
• No Minimum Load Requirements
• Three visual LED Indicators; Input, Output and Fault status
• 3.3 or 5.0 Vdc 2 A Standby Output
• UL certified to UL60950-1, CAN/CSA† C22.2
• No.60950-1 and EN60950-1(VDE‡ 0805-1) Licensed
• CE mark meets 2006/95/EC directives
• ISO 9001 and ISO 14001 certified manufacturing facility
• Compliant to RoHS EU Directive 2002/95/EC
• CCR0512FPS: Stand Alone version with AC/DC Terminals
CC1600
• Potted, fanless and conduction cooled
• 11.52” L x 5.29” W x 1.83” H
• 1600 W @ 200 V-240 Vac and baseplate temp < 50°C
• Remote on/off control of the main output using R5485
• Supports redundant and parallel operation
27
—
Rectifiers and converters
EP1000TE / EP1600TE
• 1,000 or 1,600 watts / 54 V out
• High-efficiency operation-up to 95%
• Power density up to 27 W/in3
• Universal AC input range with active PFC
• 8.19 x 4.58 x 1.58” / 208.0 x 116.5 x 40.2 mm
• RS485 communication interface
• Mates with SPS shelf family
• RoHS6
CP3000TE / CP3500TE / CC3500
• 3,000, 3,500 / 54 V out
• Higher power, same footprint
• High efficiency operation-approaching 97%
• Power density of up to 40 W/in3
• 13.85 x 4.00 x 1.63” / 356.0 x 101.6 x 41.4 mm
• I2C and RS485 communication interface
• “CP” mates with Higher Power CPL shelf family
CP3000TE-F / CP2500PE-F
• Front connector AC rectifier / DC converter pair
• Rectifier 3,000 W, front AC input, 54 V out
• Converter 2,500 W, front DC input, 54 V out
• Slot swappable
• 17.207 x 4.00 x 1.63” / 437.06 x 101.6 x 41.4 mm
• I2C communication interface
CP2000TE / CP2500TE / CP2725TE
• 2,000, 2,500 or 2,725 watts / 54 V out
• High-efficiency operation-approaching 97%
• Power density of up to 30 W/in3
• 13.85 x 4.00 x 1.63” / 356.0 x 101.6 x 41.4 mm
• I2C and RS485 communication interface
• Mates with CPL shelf family
GP100R / GP100M / GP100R-IN
CP2000DC / CP2500DC
• 2,000 or 2,500 watts / 54 V out
• 40-60 Vdc input range
• High efficiency operation-up to 92%
• Power density up to 27.6 W/in3
• 13.85 x 4.00 x 1.63” / 352.0 x 101.6 x 41.4 mm
• I2C and RS485 digital interface
• Mates with CPL PEM shelf
• Compact Three Phase Delta Rectifier
• 6,000 W, 54 V out, RS485 Comm (GP100R)
• 6,000 W, 54 V out, PMBusTM/I2C Comm (GP100M)
• 6,000 W, 48 V out, RS485 Comm (GP100R-IN)
• 1 RU form factor, 12 kW/RU in 19 in
• 17.53 x 7.975 x 1.61” / 445.26 x 202.5 x 40.89 mm
• High-efficiency operation-approaching 97%
• I2C and RS485 communication interface
• Mates GP shelf family
28
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
Energy systems
SPS platform
• 48 V Embedded or available rectifier shelf
• Mates with EP1000/1600 rectifier modules
• 1U High 19” / 483.0 mm rack mount
• Maximum 10.37” / 264.0 mm depth
• Adjustable mounting ears (flush or mid-mount)
• Rear / front panel DC distribution options
• Breaker and fuse panel options
• Optional Pulsar Edge Controller
• Advanced rectifier (and battery) management
CPL platform
• 48 V rectifier shelf
• I2C or RS485 control options
• Mates with CP2000TE / CP2500TE / CP2725TE
rectifier modules
• 1U High 19” / 483.0 mm rack mount
• Maximum 17.21” / 487.0 mm depth
• Adjustable mounting ears (flush or mid-mount)
• Rear / front panel DC distribution options
• Breaker and fuse panel options
• Optional Pulsar Edge Controller
• Advanced Rectifier (and battery) management
The CP2000TE and CP2725TE are both 80 PLUS Platinum
certified in a compact 1U footprint with up to 40 W/in3.
The CPL is a highly-flexible solution, which has two communications protocols on board for every power supply,
increasing its flexibility for use in embedded OEM applications or in external rackmounted applications. The I2C
with PoE isolation.
GP platform
• 48 V rectifier shelf
• I2C or RS485 control options
• Mates with GP100 48 V rectifier modules
• 3 ph Delta AC Power (neutral not required)
• 1U High 19” / 483.0 mm rack mount
protocol used in OEM embedded applications helps fully
integrate the power supply into a platform and the RS485
communications using Galaxy Protocol allows standalone
systems full alarm and communication capability, as well as
battery management. The CPL provides AC to 48 V power
conversion downstream of an AC UPS system or as the
primary power conversion step in DC UPS systems with
direct connected battery backup. Versions are also available
29
—
Power shelves
ACE125
• 48 V front end or rectifier shelf
• Mates with CAR1248 modules
• 5 bay power shelf
• 5 x 1,200 W power modules
• 4,800 W N+1 redundant
• 6,000 W total power
• 1U High 19” / 483.0 mm rack mount
• 14.98” / 380.5 mm depth
• Class B emissions with fully-populated shelf
ACE254
• 48 V front end or rectifier shelf
• Mates with CAR2548
• 4 bay power shelf
• 4 x 2,500 W power modules
• 7,500W N+1 redundant
• 10,000 W total power
• 1U High 19” / 483.0 mm rack mount
• 18.07” / 459.0 mm depth
• Class B emissions with fully-populated shelf
ACE204
• 24 V front end or rectifier shelf
• Mates with CAR2024FP modules
• 4 bay power shelf
• 4 x 2000 W power modules
• 6000W N+1 redundant
• 8,000W total power
• 1U High 19” / 483.0 mm rack mount
• 18.07” / 459.0 mm depth
• Class B emissions with fully-populated shelf
ACE164
• 12 V front end or rectifier shelf
• Mates with CAR1612 modules
• 4 bay power shelf
• 4 x 1,600 W power modules
• 4,800 W N+1 redundant
• 6,400 W total power
• 1U High 19” / 483.0 mm rack mount
• 16.4” / 416.6 mm depth
• Class A emissions with fully-populated shelf
ACE184
• 12 V front end or rectifier shelf
• Mates with CAR1812 modules
• 4 bay power shelf
• 4 x 1,800 W power modules
• 5,400 W N+1 redundant
• 7,200 W total power
• 1U High 19” / 483.0 mm rack mount
• 16.4” / 416.6 mm depth
• Class A emissions with fully-populated shelf
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
30
—
Isolated DC-DC converters
Isolated and
regulated
DC-DC
converters
3.3 - 12 V
10 A / 30 W
KSTW
36-75 V
2250 Vdc
1/16 brick
3.3 - 12 V
10 A / 30 W
KHHD
18-75 V
2250 Vdc
1/16 brick
3.3 - 12 V
15 A / 50 W
KSTW
36-75 V
2250 Vdc
1/16 brick
3.3 - 12 V
15 A / 50 W
KNW
36-75 V
2250 Vdc
1/16 brick
3.3 - 5 V
20 A / 66 W
KBVW
36-75 V
2250 Vdc
1/16 brick
12 V
6 A / 72 W
ERCW
36-75 V
2250 Vdc
1/8 brick
28 V
3.6 A / 100 W
EHHD
18-75 V
2250 Vdc
1/8 brick
3.3 - 12 V
36 A / 120 W
ESTW
36-75 V
2250 Vdc
1/8 brick
3.3 - 15 V
36 A / 120 W
QHHD
18-75 V
2250 Vdc
1/4 brick
12 V
19 A / 228 W
JNCW
36-75 V
1500 Vdc
1/2 brick
28 V
16 A / 445 W
JRCW
36-75 V
1500 Vdc
1/2 brick
28 - 48 V
16 A / 450 W
JRCK
36-60 V
1500 Vdc
1/2 brick
32 V
17 A / 544 W
1000 W
1/16 brick
600 W
2250 Vdc
800 W
18-75 V
500 W
5 A / 15 W
KHHD
5 A / 15 W
700 W
3.3 - 12 V
400 W
1x1
600 W
2250 Vdc
500 W
3.3 - 12 V
36-75 V
300 W
1x1
SSTW
400 W
2250 Vdc
200 W
18-75 V
300 W
Footprint
SHHD
100 W
Isolation
Output
voltage
200 W
Model
Input
voltage
Isolation
75 W
0W
Max
current/
power
Model
100 W
Max
current/
power
Input
voltage
50 W
Footprint
Output
voltage
0W
Product matrix
31
—
High power Barracuda*
The high power Barracuda* series of DC-DC converters is
a new generation of DC-DC power modules designed to
support 10.4 -12 Vdc intermediate bus applications where
multiple low voltages are subsequently generated using
point of load (POL) converters, as well as other applications
requiring a tightly-regulated output voltage. The converter
incorporates digital control, synchronous rectification
technology, and innovative packaging techniques to achieve
higher efficiencies, leading to lower power dissipation.
Standard features include on/off control, output overcurrent
and overvoltage protection, overtemperature protection,
input under and overvoltage lockout. The output is fully
isolated from the input, allowing versatile polarity
configurations and grounding connections. Built-in
filtering for both input and output minimizes the need
for external filtering.
Barracuda* series
• High-efficiency operation up to 96%
• Remote sense and output voltage trim
• DOSA-standard quarter and eighth brick
1/8 Brick
D i s t r i b u t e d - p o w e r
O p e n S t a n d a r d s A l l i a n c e
• Negative remote on/off logic
• Output over-current/overvoltage protection
• Over-temperature protection
• Wide operating temperature range (-40°C to 85°C)
• 1/8 Brick-2.30 x 0.90 x 0.44” / 58.4 x 22.8 x 11.3 mm
• 1/4 Brick-2.30 x 1.45 x 0.46” / 58.4 x 36.8 x 11.7 mm
• Optional baseplate
Model
Input voltage
Output voltage
Output current
Efficiency
EBVW012A7B
48V (36-75 V)
12 V
12.7 A
95%
EBVW020A0B
48V (36-75 V)
12 V
20 A
95%
EBVW025A0B
48V (36-75 V)
12 V
25 A
95%
Model
Input voltage
Output voltage
Output current
Efficiency
QBVW025A0B
48 V (36-75 V)
12 V
25 A
96%
QBVW033A0B
48 V (36-75 V)
12 V
33 A
96%
QSVW035A0B
48 V (36-75 V)
12 V
35 A
96%
QSVW042A0B
48 V (36-75 V)
12 V
42 A
95%
QSVW050A0B
48 V (36-75 V)
12 V
50 A
96%
1/4 Brick
QBVE067A0B
48 V (40-60 V)
12 V
67 A
96%
QBVE094A0S
50/54 (45-56 V)
10.4 V
94 A
97%
32
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
Barracuda* digital series
• Conforms to new DOSA standard for second generation
single output pin DC-DC converters with digital
connections
• Fully backwards compatible with other Barracuda* series
• Digital interface with PMBusTM
• Two user-configurable pins for remote sense or
output trim
1/8 Brick
Model
Input voltage
Output voltage
Output current
EBDW020A0B
48 V (36-75 V)
12 V
20 A
Efficiency
95%
EBDW025A0B
48 V (36-75 V)
12 V
25 A
95%
Model
Input voltage
Output voltage
Output current
Efficiency
QBDW025A0B
48 V (36-75 V)
12 V
25 A
96%
QBDW033A0B
48 V (36-75 V)
12 V
33 A
96%
QSDW035A0B
48 V (36-75 V)
12 V
35 A
96%
1/4 Brick
QSDW050A0B
48 V (36-75 V)
12 V
50 A
96%
QBDE055A0B
48 V (40-60 V)
12 V
55 A
96%
QBDE067A0B
48 V (40-60 V)
12 V
67 A
96%
33
—
Polaris* Direct Drive
The Polaris Direct Drive (Polaris DD) power module converts
48 V direct to power XPU (CPU or GPU), DDR and ASIC. It
delivers up to 230 A output current. This module operates
over a wide range of input voltages (40 Vdc ≤ Vin ≤ 59.5 Vdc)
and provides a precisely-regulated output voltage from 0.6
Vdc to 2 Vdc, which is programmable via PMBus™. Features
include remote on/off, adjustable output voltage, overcurrent and over-temperature protection. The Polaris DD
module’s digital implementation of the Tunable Loop™
feature allows the user to optimize the output voltage
dynamic response at the load thus reducing external output
capacitance requirements and system PWB area leading to
additional cost savings.
HVDS230A0Y Polaris DD series
Features
• High peak efficiency > 94% at Vin=48 Vdc
• Output voltage programmable from 0.6 Vdc to
2 Vdc via PMBus™
• Fully-regulated output voltage at Vin minimum
• Low output ripple and noise
• Digital Tunable Loop™ to optimize dynamic output
Model
Input voltage
voltage response via PMBus™
• Output over-current/voltage protection
• Over-temperature protection
• Wide operating temperature range -40°C
to 85°C, continuous
• 500 Vdc input-to-output isolation
• Quarter brick (approximate dimensions):
-- 58.4 mm x 36.83 mm x 18.5 mm
-- (2.3 in x 1.45 in x 0.728 in)
Output voltage
Output current
Efficiency
34
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
35
—
Hammerhead*
The Hammerhead* series power modules are isolated DC-DC
converters that operate over an ultra-wide input voltage
range of 18-75 Vdc and provide a single precisely-regulated
output voltage. This series is a low cost, smaller size replacement for our legacy products, LW/LAW/LC/SC/SW with
enhanced performance parameters. The output is fully
isolated from the input, allowing versatile polarity configurations and grounding connections. The modules exhibit
high efficiency and built-in filtering for both input and
output, which minimizes the need for external filtering.
The module is fully self-protected with output overcurrent
and overvoltage, overtemperature and input under voltage
shutdown control.
• Ultra-wide input voltage range, 18 to 75 Vdc
• No minimum load
• High efficiency
• Constant switching frequency
• Low output ripple and noise
• Small size and low profile, follows industry
standard footprints
• Surface mount (SMT) or through hole (TH)
• Reflow process compliant, both SMT and TH versions
• Positive remote on/off logic
• Output over-current/voltage protection (hiccup)
• Over-temperature protection
• Output voltage adjust: 90% to 110% of Vo, nom
• Wide operating temperature range (-40°C to 85°C)
• Meets the voltage and current requirements for ETSI
300-132-2 and complies with and licensed for basic
insulation rating per EN60950-1
• 2250 Vdc isolation tested in compliance with IEEE
802.3 PoE standards
• ISO 9001 and ISO 14001 certified manufacturing facilities
SHHD Hammerhead* series
15 W / 5 A max power
• 1.10 x 0.96 x 0.34” / 27.94 x 24.38 x 8.5 mm
• Surface mount or through-hole
Model
Input voltage
Output voltage
Output current
Efficiency
SHHD001A3B
18-75 V
12 V
1.3 A
88%
SHHD003A0A
18-75 V
5V
3A
87%
SHHD005A0F
18-75 V
3.3 V
5A
88%
2250 Vdc isolation for PoE applications
KHHD Hammerhead* series
50 W / 15 A max power
• 1.30 x 0.90 x 0.37” / 33.0 x 22.9 x 9.3 mm
• Surface mount or through-hole
Model
Input voltage
Output voltage
Output current
Efficiency
KHHD002A5B
18-75 V
12 V
2.5 A
90%
KHHD006A0A
18-75 V
5V
6A
91%
KHHD010A0F
18-75 V
3.3 V
10 A
91%
KHHD004A2B
18-75 V
12 V
4.2 A
90%
KHHD010A0A
18-75 V
5V
10 A
91%
KHHD015A0F
18-75 V
3.3 V
15 A
91%
2250 Vdc isolation for PoE applications
36
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
EHHD Hammerhead* series
75 W / 20 A max power
• 2.28 x 0.90 x 0.30” / 57.9 x 22.8 x 7.6 mm
• Through-hole
Model
Input voltage
Output voltage
Output current
Efficiency
EHHD006A0B
18-75 V
12 V
6A
93%
EHHD015A0A
18-75 V
5V
15 A
91%
EHHD020A0F
18-75 V
3.3 V
20 A
91%
EHHD024A0A
18-75 V
5V
24 A
91%
EHHD036A0F
18-75 V
3.3 V
36 A
90%
Input voltage
Output voltage
Output current
Efficiency
18 - 75 V
12 V
19 A
93%
Output voltage
Output current
Efficiency
2250 Vdc isolation for PoE applications
QHHD Hammerhead* series
228 W / 19 A max power
• 2.30 x 1.45 x 0.46” / 58.4 x 36.8 x 11.7 mm
• Through-hole
Model
QHHD019A0B
2250 Vdc isolation for PoE applications
SHHN Dual Output Hammerhead* series
9 W / 0.3 A max power
• 1.10 x 0.96 x 0.34” / 27.9 x 24.4 x 8.5 mm
• Surface mount and through-hole
Model
Input voltage
37
—
Low power Barracuda*
Offering optimum efficiency, the low power modules are
targeted at a broad range of communications equipment.
These modules can be used in powering distributed power
and intermediate bus architectures, as well as the latest
integrated circuits or microprocessors. These isolated
DC-DC converters can deliver up to 120 W of output power
and provide a precisely regulated output voltage over a wide
range of input voltages (Vin = 36-75 Vdc). Convenient packaging options, combined with open-frame construction,
enable designers to develop cost- and space-efficient
solutions. Additional features include remote on/off,
remote sense, output voltage adjustment, overcurrent/
voltage protections and overtemperature protection.
Applications
• Distributed power architectures
• Wireless networks
• Access and optical network equipment
• Microprocessor powered applications
• Enterprise networks
• Latest generation IC’s (DSP, FPGA, ASIC)
SSTW Barracuda* low power series
15 W / 5 A max power
• 1.10 x 0.96 x 0.34” / 27.94 x 24.38 x 8.5 mm
• Surface mount or through-hole
Input voltage
Output voltage
Output current
Efficiency
SSTW001A3B
Model
48V (36 - 75 V)
12 V
1.3 A
88%
SSTW003A0A
48V (36 - 75 V)
5V
3A
87%
SSTW005A0F
48V (36 - 75 V)
3.3 V
5A
88%
Efficiency
2250 Vdc isolation for PoE applications
KSTW Barracuda* low power series
50 W / 15 A max power
• 1.30 x 0.90 x 0.37” / 33.0 x 22.9 x 9.3 mm
• Surface mount or through-hole
Model
Input voltage
Output voltage
Output current
KSTW002A5B
48 V (36-75 V)
12 V
2.5 A
90%
KSTW006A0A
48 V (36-75 V)
5V
6A
90%
KSTW010A0F
48 V (36-75 V)
3.3 V
10 A
90%
KSTW004A2B
48 V (36-75 V)
12 V
4.2 A
90%
KSTW010A0A
48 V (36-75 V)
5V
10 A
91%
KSTW015A0F
48 V (36-75 V)
3.3 V
15 A
91%
2250 Vdc isolation for PoE applications
38
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
KNW Barracuda* low power series
66 W / 20 A max power
• 1.30 x 0.90 x 0.40” / 33.0 x 22.9 x 10.2 mm
• Surface mount or through-hole
Model
Input voltage
Output voltage
Output current
KNW013A0A
48 V (36-75 V)
5V
13 A
Efficiency
91%
KNW020A0F
48 V (36-75 V)
3.3 V
20 A
91%
2250 Vdc isolation for PoE applications
ESTW Barracuda* low power series
120 W / 36 A max power
• 2.3 x .90 x 0.34” / 58.4 x 22.8 x 11.3 mm
• Through-hole
Model
Input voltage
Output voltage
Output current
Efficiency
ESTW004A2C
48 V (36-75 V)
15 V
4.2 A
90%
ESTW010A0A
48 V (36-75 V)
5V
10 A
91%
ESTW015A0F
48 V (36-75 V)
3.3 V
15 A
91%
90%
ESTW006A0B
48 V (36-75 V)
12 V
6A
ESTW015A0A
48 V (36-75 V)
5V
15 A
91%
ESTW025A0F
48 V (36-75 V)
3.3 V
25 A
92%
ESTW010A0B
48 V (36-75 V)
12 V
10 A
93%
ESTW020A0S6R0
48 V (36-75 V)
6V
20 A
92.5%
ESTW024A0A
48 V (36-75 V)
5V
24 A
92%
ESTW036A0F
48 V (36-75 V)
3.3 V
36 A
92%
2250 Vdc isolation for PoE applications
KBVW Barracuda* low power series
70 W / 6 A max power
• 1.30 x 0.90 x 0.37” / 33.0 x 22.9 x 9.3 mm
• Surface mount or through-hole
Model
Input voltage
Output voltage
Output current
Efficiency
KBVW006A0B
48 V (36-75 V)
12 V
6A
91%
39
—
Power amplifiers
A new generation of power modules designed for maximum
cost effectiveness and power density, the industry standard
half-brick series DC-DC converter is an ideal choice for high
voltage and power amplifier applications.
Orca* Series Half Brick modules
450 watts maximum power
• 36-75 Vdc input/28-48 Vdc output model
• Output voltage adjustment trim, 16.0 to 35.2 Vdc or 28.8-57.6 Vdc
• High efficiency operation up to 94%
• Integral metal baseplate with optional threaded inserts
• Optional Tunable Loop* for optimized output capacity
• Operates at full power to case temperatures of 100°C
• 2.27 x 2.39 x 0.5” / 57.7 x 60.7 x 12.7 mm
Model
Input voltage
Output voltage
Output current
Efficiency
JRCW016A0R
48 V (36-75 V)
28 V
16 A
94%
JNCW016A0R
48 V (36-75 V)
28 V
16 A
94%
JRCW450R
48 V (36-75 V)
32 V
14 A
94%
JRCK017A0R
48 V (36-60 V)
32 V
17 A
95%
JRCW450U
48 V (36-75 V)
48 V
9.4 A
94%
Orca* Series Eighth Brick modules
100 watts maximum power
• 36-75 Vdc input/28 Vdc output model
• Output voltage adjustment trim, 15.0 to 35.2 Vdc
• Very high efficiency operation up to 93.4% at full load
• Optional integral metal baseplate with optional threaded inserts
• Operates at full power to case temperatures of 85°C
• 2.3 x 0.9 x 0.35” / 58.4 x 23.0 x 8.8 mm
Model
Input voltage
Output voltage
Output current
Efficiency
ERCW003A6R
48 V (36-75 V)
28 V
3.6 A
93%
40
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
41
—
Filter & PIM modules
Filter modules
The internal operation of DC-DC converters utilizes pulsed voltages and currents, which can generate broad-spectrum noise
that results in electro-magnetic emissions. To ease the task of meeting international standards that limit emissions, ABB
offers a range of input filter modules with current ratings of 5 A, 7 A, 10 A, 12 A, and 20 A. One properly-sized filter module
can be used with one or multiple DC-DC converter modules. Our filter modules reduce the levels of conducted common-mode and differential-mode noise, providing high-insertion loss throughout the frequency range regulated by such
bodies as the International Special Committee on Radio Interference (CISPR) and the U.S. Federal Communications
Commission (FCC). All of our filter modules are rated for differential input voltages up to 75 Vdc and common-mode input
voltages up to 1500 Vdc. For further details on managing EMC, refer to individual DC-DC module and filter datasheets.
FLT007A0Z
Model
FLT012A0Z
Rated voltage
FLTR75V05Z
FLTR100V20Z
FLTR100V10Z
Rated current
Common-mode
insertion loss
Differential-mode
insertion loss
Resistance per leg
(MOHMS)
FLT007A0Z
0-75 V
7 A max
60 dB
66 dB
25
FLT012A0Z
0-75 V
12 A max
56 dB
57 dB
20
FLTR75V05Z
0-75 V
5 A max
28 dB
25 dB
20
FLTR100V10Z
0-75 V
10 A max
36 dB
44 dB
14
FLTR100V20Z
0-75 V
20 A max
32 dB
36 dB
6.6
42
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
ATCA Power Input Modules (PIM)
The PIM400 series of Power Input Modules is designed to
greatly simplify the task of implementing dual redundant,
hot swappable -48 Vdc power distribution with EMI filtering
on an ATCA or other telecom boards. The PIM400 with
optional digital interface (I2C capability, when used with
a variety of ABB’s series of Bus converters (e.g. Barracuda*
Series) and POLs (e.g. DLynx* Series), provides for a simple,
elegant power architecture solution for a wide variety of
intelligent power architectures.
Model
Input voltage
Current rating
Auxiliary output 1
Auxiliary output 2
PIM400Z
-36 to -75 V
10 A
3.3 V / 3.6 A
5.0 V / 0.15 A
-
PIM400KZ
-36 to -75 V
10 A
3.3 V / 3.6 A
5.0 V / 0.15 A
I2C Digital Interface
Features
• Digital interface options with I2C
• Delivers up to 400 W of rated power
• -48 V / 10 A dual redundant input power distribution
• High efficiency: 98% typical
• Integral EMI filter designed for minimal external filtering
• OR’ing FETs for A&B feeds
• A&B feed loss or open fuse alarm
• Hot swap capability
• Inrush current protection
• Industry standard quarter brick size
Options
Specifications
• Input voltage range -36 to -75 V
• Management power 3.3 V / 3.6 A & 5.0 V / 150 mA
• Operating temperature range: -40°C to 85°C
• Independent holdup capacitor charging voltage trimmable
from 50 to 95 V
Protection features
• Reverse polarity protection
• Input undervoltage lockout
• Input transient overvoltage protection
• Overcurrent and temperature protection
43
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
44
—
Non-isolated DC-DC
(point-of-load) converters
PicoDLynx*
MicroDLynx*
MegaDLynx*
FemtoDLynx II*
PicoDLynx II*
12.2x12.2mm
6A
Analog
12.2 x 12.2 x 7.25 mm
3.0-14.4 V
0.45-5.5 V
12 A
Digital
12.2 x 12.2 x 8.5 mm
PVX012
3.0-14.4 V
0.6-5.5 V
12 A
Analog
12.2 x 12.2 x 8.5 mm
UDT020
3.0-14.4 V
0.45-5.5 V
20 A
Digital
20.32 x 11.43 x 8.5 mm
UVT020
3.0-14.4 V
0.60-5.5 V
20 A
Analog
20.32 x 11.43 x 8.5 mm
MDT040
4.5 -14.0 V
0.45-2.0 V
40 A
Digital
33.02 x 13.46 x 10.9 mm
33.02 x 13.46 x 10.9 mm
MVT040
4.5-14.4 V
0.60-2.0 V
40 A
Analog
FKX003
4.5-14.0 V
0.6-5.5 V
3A
Analog
6.8 x 9 x 7.2 mm
FKX006
4.5-14.0 V
0.6-5.5 V
6A
Analog
6.8 x 9 x 7.2 mm
PJT004
4.5-14.4 V
0.51-5.5 V
4A
Digital
12.2 x 12.2 x 7.5mm
PJT007
4.5-14.4 V
0.51-5.5 V
7A
Digital
12.2 x 12.2 x 7.5mm
PKX007
4.5-14.4 V
0.6-5.5 V
7A
Analog
12.2 x 12.2 x 7.5mm
PJT014
4.5-14.4 V
0.51-5.5 V
14 A
Digital
12.2 x 12.2 x 7.5mm
PKX014
4.5-14.4 V
0.6-5.5 V
14 A
Analog
12.2 x 12.2 x 7.5mm
PJT020
4.5-14.4 V
0.51-3.63 V
20 A
Digital
12.2 x 12.2 x 8.5mm
20 A
Analog
12.2 x 12.2 x 8.5mm
PKX020
4.5-14.4 V
0.6-5.5 V
MicroDLynx II*
11.4x20.3 mm UJT035
4.5-14.4 V
0.51-3.63 V
35 A
Digital
20.3 x 11.4 x 11mm
GigaDLynx II*
4.5-14.0 V
0.5-2.0 V
80 A
Digital
33 x 22.9 x 12.7 mm
54 x 31.8 x 13.6 mm
TeraDLynx II*
Dual DLynx*
GDT080
TJT120
7.0-14.0 V
0.1-1.5 V
120 A
Digital
TJT170
7.0-14.0 V
0.1-1.5 V
170 A
Digital
54 x 31.8 x 13.6 mm
UDXS0606
4.5-14.4 V
0.51-5.5 V
2x6A
Digital
20.32 x 11.43 x 8.5 mm
UVXS0606
UDXS1212
UVXS1212
4.5-14.4 V
4.5-14.4 V
4.5-14.4 V
0.6-5.5 V
2x6A
Analog
20.32 x 11.43 x 8.5 mm
0.51-5.5 V
2 x 12 A
Digital
20.32 x 11.43 x 8.5 mm
0.6-5.5 V
2 x 12 A
Analog
20.32 x 11.43 x 8.5 mm
170 A
PDT012
12.2 x 12.2 x 7.25 mm
0.6-5.5 V
120 A
3.0-14.4 V
Digital
80 A
PVX006
12.2 x 12.2 x 6.25 mm
6A
60 A
0.45-5.5 V
12.2 x 12.2 x 6.25 mm
50 A
3.0-14.4 V
Digital
Analog
40 A
PDT006
3A
3A
35 A
0.6-5.5 V
30 A
0.45-5.5 V
3.0-14.4 V
12.2 x 12.2 x 4.5 mm
20 A
3.0-14.4 V
PVX003
Dimensions
Analog
15 A
PDT003
2A
14 A
0.6-5.5 V
10 A
3.0-14.0 V
7A
PNVX002
Output
current Comm.
5A
Output
voltage
4A
Input
voltage
Model
2A
Surface mount modules product matrix
45
ABXS003
Analog
27.9 x 11.4 x 9.0 mm
8.0-16.0 V
16.0-34.0 V
2A
Analog
27.9 x 11.4 x 7.5 mm
8.0-16.0 V
32.0-54.0 V
3A
Analog
27.9 x 24 x 8.5 mm
ABXS005
8.0-16.0 V
16.0-34.0 V
5A
Analog
27.9 x 24 x 8.5 mm
APXW003
9.0-36.0 V
9.0-24 V
3.0-18.0 V
-3.3 to -12 V
3A
Analog
20.32 x 11.43 x 8.5 mm
APXW005
9.0-36.0 V
9.0-24 V
3.0-18.0 V
-3.3 to -18 V
5A
Analog
20.32 x 11.43 x 8.5 mm
3.0-18.0 V
-3.3 to -18 V
12 A
10 A
Analog
33.02 x 13.46 x 10.0 mm
APXW012
9.0-36.0 V
9.0-24 V
PicoTLynx*
APXS002
3.0-14.0 V
0.60-5.50 V
2A
Analog
12.2 X 12.2 X 6.25 mm
MicroTLynx*
APXK004
8.0-16.0 V
0.59-8.0 V
4A
Analog
20.32 x 11.43 x 8.5 mm
MegaTLynx*
APTS030
6.0-14.0 V
0.80-3.63 V
30 A
Analog
33 x 13.46 x 10.0 mm
GigaTLynx*
APTS050
4.5-14.0 V
0.7-2.0 V
50 A
Analog
33 x 22.9 x 10.0 mm
170 A
120 A
80 A
40 A
35 A
30 A
20 A
15 A
14 A
10 A
7A
5A
Dimensions
1A
60 A
ABXS002
Comm.
32.0-54.0 V
50 A
8.0-16.0 V
80 A
ProLynx*
ABXS001
Output Output
voltage current
60 A
BoostLynx*
Input
voltage
4A
Model
2A
Surface mount modules product matrix
NQR002
Naos Raptor*
3.0-14.0 V
0.6-5.5 V
2A
10.4 x 16.5 x 8.1 mm
NSR003
4.5-14.0 V
0.59-6.0 V
3A
Analog
10.4 x 16.5 x 7.84 mm
NSR006
4.5-14.0 V
0.59-6.0 V
6A
Analog
10.4 x 16.5 x 7.84 mm
NQR010
4.5-14.0 V
0.59-6.0 V
10 A
Analog
10.4 x 16.5 x 8.4 mm
NSR020
4.5-13.8 V
0.59-6.0 V
20 A
Analog
36.8 x 15.5 x 9.2 mm
NSR040
5.0-13.8 V
0.60-5.0 V
40 A
Analog
36.8 x 27.9 x 10.7 mm
NSR050
5.0-14.0 V
0.60-2.0 V
50 A
Analog
36.8 x 27.9 x 20.1 mm
NSR060
5.0-13.8 V
0.60-5.0 V
60 A
Analog
65.5 x 31.8 x 11.6 mm
170 A
120 A
50 A
40 A
30 A
Dimensions
Analog
20 A
Comm.
15 A
Output Output
voltage current
10 A
Input
voltage
5A
Model
2A
Single in-line package (SIP) product matrix
46
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
Next-generation non-isolated / POL
Tunable Loop* technology
Improved footprints, transient response, and cost.
When ABB first patented Tunable Loop*, it was a simple
analog implementation of a resistor and capacitor in series
across the point-of-load (POL) Trim and Output pins to
optimize POL modules for multiple applications of varying
demands. With the first implementation of Digital Tunable
Loop*, ABB now extends the effectiveness fully into the digital world of DLynx II* and eliminates yet another component.
The figure below illustrates the transient response of a
12 A PicoDLynx* module at a 50% load step with varying
external capacitance. In the example below, the maximum
voltage deviation improves from 347 mV (1x47uF) to 222 mV
(4x47uF) but the control loop bandwidth drops from
51 kHz to 24 kHz, increasing the duration of the voltage
excursion. This activity is consistent with the reduction
in control bandwidth and poorer phase margin caused
by increased capacity.
Without Tunable Loop*:
High deviation and
reduced control bandwidth with increased
output capacitance.
The goal of Tunable Loop* is to regain the bandwidth lost
with increased capacitance. If we fix the value of RTune to
330 ohms and vary CTune from 1 pF to 2700 pF, we regain
control bandwidth back to 82 KHz and achieve a 4.8x
reduction in voltage deviation.
With Tunable Loop*:
Substantially reduced
deviation through
improved control
bandwidth and reduced
Tunable Loop* achieves lower voltage deviation with
significantly reduced capacitance. As an example, the
12 A PicoDLynx* model (5 Vin / 1.2 V out @ 8 A), with a step
load of 4 A and deviation 300 A with current sharing version TJT120P
• 4.5-14.4 Vdc input models
• 0.51 to 5.5 Vdc output models
• Dual offering–both digital & analog versions
• Standards-based DOSA footprint
• Tunable Loop*
• Digital communication (PMBusTM)
• Total Efficiency* architecture
• Superior thermal performance
• EZ-Sequence*
• Cost efficient open frame design
The new ABB DLynx II* extends our commitment to
providing the digital power designer the latest tools and
performance for power. Increased current, increased
accuracy, extended PMBusTM command set and increased
performance are all welcome tools for a dynamic and
demanding industry. Ultimate density and competitive
cost keep these new products at the forefront for the
demanding designer.
• 2 to 40 A output current DLynx*
• 3 to 170 A output current DLynx II*
Model
number
Input
voltage
Output
voltage
Output
current
Comm.
Peak
efficiency
Dimensions
PNVX002
3.0-14.0 V
0.6-5.5 V
2A
Analog
96%
12.2 x 12.2 x 4.5 mm
PDT003
3.0-14.4 V
0.45-5.5 V
3A
Digital
94%
12.2 x 12.2 x 6.25 mm
PVX003
3.0-14.4 V
0.6-5.5 V
3A
Analog
92%
12.2 x 12.2 x 6.25 mm
PDT006
3.0-14.4 V
0.45-5.5 V
6A
Digital
94%
12.2 x 12.2 x 6.25 mm
PVX006
3.0-14.4 V
0.6-5.5 V
6A
Analog
94%
12.2 x 12.2 x 6.25 mm
PDT012
3.0-14.4 V
0.45-5.5 V
12 A
Digital
96%
12.2 x 12.2 x 6.25 mm
PVX012
3.0-14.4 V
0.6-5.5 V
12 A
Analog
95%
12.2 x 12.2 x 6.25 mm
MicroDLynx*
UDT020
3.0-14.4 V
0.45-5.5 V
20 A
Digital
96%
20.32 x 11.43 x 8.6 mm
UVT020
3.0-14.4 V
0.6-5.5 V
20 A
Analog
96%
20.32 x 11.43 x 8.6 mm
MegaDLynx*
MDT040
4.5-14.4 V
0.45-2.0 V
40 A
Digital
91.5%
33.02 x 13.46 x 10.9 mm
MVT040
4.5-14.4 V
0.6-2.0 V
40 A
Analog
91.5%
33.02 x 13.46 x 10.9 mm
FemtoDLynx II*
FKX003
4.5-14.0 V
0.6-5.5 V
3A
Analog
93.5%
6.8 x 9 x 7.2 mm
FKX006
4.5-14.0 V
0.6-5.5 V
6A
Analog
93.5%
6.8 x 9 x 7.2 mm
PicoDLynx*
PicoDLynx II*
PJT004
4.5-14.4 V
0.51-5.5 V
4A
Digital
97.5%
12.2 x 12.2 x 7.5mm
PJT007
4.5-14.4 V
0.51-5.5 V
7A
Digital
97.5%
12.2 x 12.2 x 7.5mm
PKX007
4.5-14.4 V
0.6-5.5 V
7A
Analog
97.5%
12.2 x 12.2 x 7.5mm
PJT014
4.5-14.4 V
0.51-5.5 V
14 A
Digital
97%
12.2 x 12.2 x 7.5mm
PKX014
4.5-14.4 V
0.6-5.5 V
14 A
Analog
97%
12.2 x 12.2 x 7.5mm
PJT020
4.5-14.4 V
0.51-3.63 V
20 A
Digital
97%
12.2 x 12.2 x 8.5mm
12.2 x 12.2 x 8.5mm
PKX020
4.5-14.4 V
0.6-3.63 V
20 A
Analog
97%
MicroDLynx II*
UJT035
4.5-14.4 V
0.51-3.63 V
35 A
Digital
97.25%
20.3 x 11.4 x 11mm
GigaDLynx II*
GDT080
4.5-14.0 V
0.6-2.0 V
80 A
Digital
93%
33.02 x 22.86 x 12.7 mm
TeraDLynx II*
TJT120
7.0-14.0 V
0.6-1.5 V
120 A
Digital
96%
54 x 31.8 x 13.6 mm
TJT170
7.0-14.0 V
0.6-1.5 V
170 A
Digital
96%
54 x 31.8 x 13.6 mm
Photo
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
48
DualDLynx*-dual output digital DLynx*
The DualDLynx* non-isolated Point of Load (POL) DC-DC
board-mounted power modules offer a new standard of
power for space constrained boards. They offer up to 25
percent reduction in board space usage compared to
previous and competing solutions. The Independent
Power Train (IPT) feature provides two independent 12 A
or 6 A outputs in a single module, enabling flexibility and
reduced design time. Analog and digital options are available. The DualDLynx* has a PMBusTM digital interface for
digital configuration, communication and control. Enhanced
digital features reduce board space requirements and the
need for external components.
• Independent Power Train feature enables flexibility and
reduces design time
• PMBus™ digital interface supports wide range of
commands (on/off, trim, digital sequencing, margin,
power good, rise time adjustment and input under-voltage
Model
number
DualDLynx*
UDXS0606
lockout)
• The digital interface also offers output voltage, current
and temperature measurement capabilities
• Ultra-tight voltage regulation (+/- 1 percent)
• Digital trim for power reduction and digital sequencing
• Over-temperature protection, output over-current
protection (non-latching) and over-voltage protection
• Wide input voltage range: 4.5 Vdc-14.0 Vdc on both inputs
• New synchronization features and remote sensing make
designing for strict noise and set point requirements
easier and more accurate
• Small Micro footprint module (20.32 mm x 11.43 mm x
8.5 mm)
• Precisely regulated output voltage range of 0.51 to 5.5 VDC
• Wide range of design tools and technical support to
decrease design time and improve time to market
• Digital loop compensation decreases board space,
external components and cost
• Reliability measured in decades provides peace of mind
Input
voltage
Output
voltage
Output
current
Comm.
Dimensions
4.5 Vdc-14.4 V
0.51 Vdc to 5.5 V
2x6A
Digital
20.32 mm x 11.43 mm x 8.5 mm
UVXS0606
4.5 Vdc-14.4 V
0.6 Vdc to 5.5 V
2x6A
Analog
20.32 mm x 11.43 mm x 8.5 mm
UDXS1212
4.5 Vdc-14.4 V
0.51 Vdc to 5.5 V
2 x 12 A
Digital
20.32 mm x 11.43 mm x 8.5 mm
UVXS1212
4.5 Vdc-14.4 V
0.6 Vdc to 5.5 V
2 x 12 A
Analog
20.32 mm x 11.43 mm x 8.5 mm
Photo
49
SlimLynx* low profile series
The SlimLynx* series offers a slim, non-isolated DC-DC
converter in a low profile height of 2.9 mm. It allows engineers to utilize this power module in very tight spaces, such
as underneath the boards, in mezzanine structures, and in
other low profile applications. A digital POL in an industry
standard DOSA footprint, the SlimLynx* delivers exceptionally high efficiency peaking at more than 95%, which
reduces energy consumption and heat dissipation.
manufacturing
• Bottom side placement
• Digital interface through the PMBusTM protocol
• Small footprint: 12.2 x 12.2 x 2.9 mm
• Output voltage programmable from 0.6 to 5.5 Vdc via
external resistor. Digitally adjustable down to 0.45 Vdc
• Wide Input voltage range (3-14.4 Vdc)
• Wide operating temperature range (-40°C to 85°C)
• DOSA approved footprint
• Ultra low height design for very dense power applications
• High technology encapsulation for improved thermal
performance, electrical insulation, and easy
Model
number
Input
voltage
Output
voltage
Output
current
Comm.
Peak
efficiency
Dimensions
PNDT003 (Pico)
3.0-14.4 V
0.45-5.5 V
3A
Digital
95%
12.2 x 12.2 x 2.9mm
PNVT003 (Pico)
3.0-14.4 V
0.6-5.5 V
3A
Analog
95%
12.2 x 12.2 x 2.9mm
PNDT006 (Pico)
3.0-14.4 V
0.45-5.5 V
6A
Digital
95%
12.2 x 12.2 x 2.9 mm
PNVT006 (Pico)
3.0-14.4 V
0.6-5.5 V
6A
Analog
95%
12.2 x 12.2 x 2.9 mm
PNDT012 (Pico)
3.0-14.4 V
0.45-5.5 V
12 A
Digital
96%
12.2 x 12.2 x 2.9 mm
PNVT012 (Pico)
3.0-14.4 V
0.6-5.5 V
12 A
Analog
96%
12.2 x 12.2 x 2.9 mm
SlimLynx*
Photo
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
50
BoostLynx*
With two available product variants, High Voltage and Low
Voltage, ABB Boost PoL provides voltage step-up from an
input voltage of 8-16 Vdc to an output voltage of 16-34 or
32-54 Vdc. Boost PoL is suitable for a wide range of electronics products where some components require higher
voltage than the typical 12 V bus. The Boost PoL can also
be used to step up an existing 12 V bus to a 24 V or 48 V
bus. Designing different interface cards with boost enables
exchangeability of interface cards from the main system and
provides more flexibility to the designer.
Model
number
• Small, compact, board mounted 65 and 130 W
boost converters
• Complete, easy to design module solution
• Optimized for conduction cooled applications for
use in thermally demanding operating conditions
with little or no airflow
• Wide input voltage range (8 Vdc-16 Vdc)
• Output voltage programmable from 16 to 54 Vdc
via external resistor
• Tunable Loop* to optimize dynamic output
voltage response
• Output overcurrent protection (non-latching)
Input
voltage
Output
voltage
Output
power
Comm.
Dimensions
ABXS001
8-16 V
32-54 V
65 W
Analog
27.9 mm x 11.4 mm x 9.0 mm
ABXS002
8-16 V
16-34 V
65 W
Analog
27.9 mm x 11.4 mm x 7.5 mm
ABX003
8-16 V
32-54 V
130 W
Analog
27.9 mm x 24 mm x 8.5 mm
ABX005
8-16 V
16-34 V
130 W
Analog
27.9 mm x 24 mm x 8.5 mm
BoostLynx* HV
BoostLynx* LV
BoostLynx* HV
BoostLynx* LV
Photo
51
ProLynx* wide input series
The ProLynx* series offers a wide input voltage range of 9
to 36 V and an extended output range of 3 to 18 V. It can
also generate negative output voltages using an alternate
connection scheme. These power modules simplify board
design and accelerate new product development schedules
by minimizing the designer’s steps over choosing a discrete
power solution. The ProLynx* can be used in a broad range
of applications including automotive, industrial, medical,
military, and wireless industries.
Model
number
ProLynx*
Input
voltage
Output
voltage
• Extra wide input voltage range (9 to 36 Vdc)
• Output voltage programmable from 3 to 18 Vdc
via external resistor
• Tunable Loop* to optimize dynamic output
voltage response
• Patent Pending AutoLimit automatic scaling of
current limit with output voltage
• Can deliver 3 A to 12 A of output current
• Can deliver negative output voltage
• Output overcurrent protection (non-latching)
• Wide operating temperature range (-40°C to 105°C
(Rugged: -D), 85°C (Regular))
Output
current
Comm.
Efficiency
Dimensions
Analog
97%
20.32 x 11.43 x 8.5 mm
APXW003
9.0-36.0 V
3.0-18.0 V
APXW005
9.0-36.0 V
9.0-24 V
3.0-18.0 V
-3.3 to -18 V
5A
Analog
96%
20.32 x 11.43 x 8.5 mm
APXW012
9.0-36.0 V
9.0-24 V
3.0-18.0 V
-3.3 to -18 V
12 A
Analog
97%
33.02 x 13.46 x 10.0 mm
Photo
TLynx* surface mount models
The ABB TLynx* transformed the industry with the patented
Tunable Loop* technology that dramatically reduced the
total board space requirement while continuing to improve
transient performance. TLynx* provides small size, proven
reliability, great thermal performance, and cost
effectiveness. Only three external components are needed
to complete a design, thereby reducing design time and
increasing reliability. ABB TLynx* family provides a high
performance Point of Load solution with a minimum of
risk, time and cost. 30 A and 50 A TLynx* converters can
be paralleled.
Model
number
Input
voltage
Output
voltage
Output
current
Efficiency
Dimensions
APXS002
3.0-14 V
0.6-5.5 V
2A
96%
12.2 x 12.2 x 6.25 mm
APXK004
8.0-16 V
0.6-8.0 V
4A
96%
12.2 x 12.2 x 6.25 mm
APTS030
6.0-14 V
0.80-3.63 V
30 A
96%
33 x 13.46 x 10.0 mm
APTS050
4.5 -14.0 V
0.7-2.0 V
50 A
95%
33 x 22.9 x 10.0 mm
PicoTLynx*
MegaTLynx*
GigaTLynx*
Photo
52
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
Naos Raptor* single in-line
package (SIP)
The ABB Naos Raptor* family offers the high-performance
features of Tunable Loop*, excellent thermal performance,
and proven ABB reliability in a SIP package, which requires
a minimum of board space.
Model
number
Input
voltage
Output
voltage
Output
current
Efficiency
Dimensions
NQR002
3.0-14 V
0.6-5.5 V
2A
93%
10.4 x 16.5 x 8.1 mm
NSR003
4.5-14 V
0.59-6 V
3A
93%
10.4 x 16.5 x 7.84 mm
NSR006
4.5-14 V
0.59-6 V
6A
92%
10.4 x 16.5 x 7.84 mm
NQR010
4.5-14 V
0.59-6 V
10 A
97%
10.4 x 16.5 x 8.4 mm
NSR020
4.5-13.8 V
0.59-6 V
20 A
97%
36.8 x 15.5 x 9.2 mm
NSR040
5.0-13.8 V
0.60-5 V
40 A
95%
36.8 x 27.9 x 10.7 mm
NSR060
5.0-13.8 V
0.60-5 V
60 A
95%
65.5 x 31.8 x 11.6 mm
BoostLynx* HV
Photo
53
—
Digital power solutions
Digital converters
ABB digitally-controlled DC-DC power converters provide
power engineers with a broad range of modules supported
by a suite of information and tools to innovate their designs.
Digital models offer more flexibility, often require less real
estate, and deliver higher performance at an attractive
price. The true power of digital communication becomes
apparent when measurements and adjustments can be
made instantaneously. Digital modules provide the ability
to diagnose and refine designs prior to final production,
monitor and adjust running product and deliver exceptional
thermal de-rating. Digital solutions combine voltage range
accuracy while consuming less board space at competitive
costs. The non-isolated DLynx* and DLynx II* families and
the isolated Barracuda* family offer both an industry-standard DOSA footprint to ensure hardware compatibility
and a standard PMBusTM interface to ensure software
compatibility to minimize risk for future designs.
DLynx*
The DLynx* portfolio is available in 3 A, 6 A, 12 A, 20 A , and
40 A digital and analog versions. The DC-DC POL converters
efficiently power circuit board electronics such as processors, memory, application-specific integrated circuits
(ASICs), field programmable gate arrays (FPGAs) and other
silicon devices. The standards-based DOSA footprints and
analog/digital compatibility with existing circuit board
designs shrinks the size, lowers the cost and improves the
performance of DC-DC converter modules. An industrystandard PMBusTM interface and space-saving Tunable Loop*
technology deliver leading current density. With proven
tools to simplify design, DLynx* modules can be implemented with only three external components. Adaptive
voltage scaling (AVS) leverages silicon performance to
reduce power consumption through tight digital control
(±0.4 percent) of the output voltage and a ±1 percent
controller set point reference.
DLynx II*
The new, digital DLynx II* modules offer a glimpse into the
future. ABB’s second generation of digital POLs bring even
tighter setpoint accuracy (±0.5%), tighter reporting accuracy, extended PMBusTM command set, and only one external
component needed for the Digital Tunable Loop* compensation. New control schemes offer the ability to customize
performance to tailor these modules to an even wider range
of applications. DLynx II* are available in 3, 6, 7, 14, 20, 35, 80,
120, and 170 A modules. 120 A unit supports current sharing
for up to 3 paralleling units.
Barracuda*
The cost-effective, high-efficiency Barracuda* series
delivers digital power communication and control in a
quarter-brick and eighth-brick DOSA standard footprint.
Power design engineers can deploy the new Barracuda*
modules in existing power designs as DOSA-compliant,
drop-in upgrades for unregulated and semi-regulated bus
converters. As part of the Total Efficiency* architecture, the
new Barracuda* modules deliver peak efficiency of up to 96
percent. A new digital PMBusTM interface supports a wide
range of commands to both control and monitor the
Barracuda* modules with a full range of protections and
warnings, digital on/off, trim, margin, power good, rise
time adjustment, and input under voltage lockout.
SlimLynx*
The SlimLynx* is a new series of low profile, digital and
analog, non-isolated, DC-DC converters from ABB. The
ultra-slim 2.9 mm module provides industry-leading
power density to reduce heat dissipation inside industrial,
networking and telecommunication devices, while also
delivering exceptionally high energy efficiency, peaking at
more than 95%. The SlimLynx* modules were designed with
space constraints in mind and are perfect for back-of-board
placement and in places with limited height restrictions,
like under daughter boards. The new Pico size SlimLynx*
almost doubles the density of the first generation.
54
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
Custom capabilities
Our customer focus
ABB maintains a broad range of standard technologies
that are the ideal building blocks to solve your application’s
power requirements. Many of our customers want us to
re-package our technologies to develop an optimal solution
that maximizes performance while reducing their total cost
of ownership. We quickly and cost effectively employ our
leading-edge technologies to deliver custom products that
best fit our customer’s unique power requirements–reducing their risk and time to market by utilizing proven
technologies.
Talent
ABB retains independent Research & Development and
Custom Product Development teams to ensure both
continued development of next generation technology
road maps as well as custom / modified designs. We are
self-certified to support major safety agencies, further
reducing product development schedules.
Our regional Field Application Engineers (FAEs) work closely
with our customers to rapidly produce clean engineering
prototypes, and, along with our design teams, provide
ongoing sales and technical support throughout the life
of each application. Our closed-loop engineering processes
ensure continued process improvements and new technology trends are implemented into our future designs.
Research & design
ABB maintains strategic alliances with key suppliers and
global industry leaders to help define future technology
direction and objectives. Our alliances allow us greater
utilization of next generation technologies and topologies
that we deploy into our custom power designs to drive lead-
ing power densities and efficiencies for our customers.
Product development
Once a solution is proven at the prototype level, our product
development teams execute a full development process
finalizing the design and implementing improvements to
the fabricated parts (such as PCBs, sheet metal, and magnetics), confirming the bill of materials, defining the quality
assurance metrics, performing design verification tests,
performing reliability tests (HALT / STRIFE), and testing
for certification and EMI / safety qualification.
Manufacturing & quality control
Our global operations and standardized processes enable
us to build product at any of our global facilities utilizing
consistent processes, equipment, training, and quality
standards ensuring our customers receive exceptional
products regardless of the country of design or manufacture. Our consistent approach ensures product quality,
55
Facilities
Quality / reliability
Our manufacturing strategy is to use the best of both
internal and third party manufacturing, allowing us the
flexibility to best fit each application’s requirements. Our
manufacturing processes, quality systems, data collection,
and documentation are standardized across all facilities
ensuring a smooth transition among locations to accommodate optimal capacity utilization and/or proximity of supply
close to our end customer’s manufacturing location
Employing a global procurement strategy further underscores our commitment to our customers. Managing a
common AVL across all divisions allows us to leverage our
cost structure with our supplier base, which contributes to
competitive products with cost savings for our customers.
Our Global Total Quality Management System ensures
consistent measurement and collection of SPC data and
deployment of controls of operation. Starting with the design and development phase, we apply stringent derating
criteria of components and expose our designs to STRIFE
and HALT testing. Our focus on reliability continues into
production by using HASS screening and elevated temperature testing. Finally, we monitor the process using CPK and
statistical analysis tools, forming a closed-loop process.
All of our facilities are ISO 9001:2000 and ISO14001 Certified
with many of our Quality Managers holding Green and Black
Belt Six Sigma ratings. As a leading power provider, we offer
our customers low-risk, leading-edge technology and consistent, high-quality product produced around the world
and backed up by responsive local support
.
56
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
Engineering resources & tools
Power Module Wizard
This cloud-based tool helps board designers to easily
select the best part for their design, thus improving design
productivity and reducing design risk. From a simple set of
requirements entered by the user, the tool quickly provides
a list of suitable parts that can be sorted by different characteristics such as efficiency, size and/or cost. The results
table also provide s summary of part parameters as well as
links to the data sheet. For many parts, after selection, a
simplified circuit schematic around the module can be
created that is then analyzed via multiple simulation tools
to evaluate important performance parameters such as
efficiency, input and output ripple, static output voltage
variation, transient response and circuit stability. Once satisfactory performance is obtained via simulation, a bill of
materials with estimated pricing can be generated by the
tool providing designers with the information needed to
move towards production. Finally, the tool being Webbased allows for easy sharing of design information with
designer colleagues and FAEs allowing for quick review
and discussion.
Digital Power Insight* tools
The Digital Power Insight (DPI) software suite allows
customers to communicate with ABB’s latest Digital AC-DC
and DC-DC power supplies, Digital Bus Converters and
Point-of-Load (POL) modules, without having to write any
software. With the ABB USB-to-I2C adapter, and a set of four
tools (command line interface based DPI-CLI; a simple,
fixed-format graphical user interface DPI-GUI for modules
and Bus Converters and CPGUI for the CP family products
and the full-featured, multi-window ProGUI), the user has a
rich set of capabilities to use in their system development
and testing.
ProGUI
The new ProGUI enhances the capability of the Digital Power
Insight* software suite with a powerful tool capable of
communicating with up to 64 modules on the PMBusTM.
Features include configuring modules, logging and plotting
data obtained from the modules, and saving data for further
analysis and documentation. The ProGUI, along with the
previously available GUI and Command Line Interface (CLI)
software tools, provide the user with a wide range of capabilities to communicate with digital modules during the
design phase as well as with production boards. The tool
supports ABB digital DC-DC Modules, AC-DC & DC-DC Power
Supplies. The ProGUI can also remotely update firmware and
retrieve black box measurements from the newer generation
ABB Power Supplies that support this feature.
Evaluation boards
Evaluation boards enable designers to evaluate the performance of our converters, either stand-alone or with our POL
modules and optional input filters. Features such as on/off
control, output voltage trim, and remote sense can be tested
as well as external filtering components on both the input
and output side.
57
Digital evaluation kits
Digital Power Insight Kit
ABB Digital Power Insight* (DPI) kit provides an easy to use
vehicle for customers to explore the use of digital power and
PMBusTM. The hardware provides a set of example modules
on evaluation boards along with a USB-to-I2C adapter and
DPI software to experiment with monitoring of various
module parameters (like input and output voltage, output
current, module temperature) and module status. This kit
provides an excellent way for new users to digital power
to learn about this exciting new capability in ABB
power supplies.
.
58
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
—
AC-DC and DC-DC power supplies
I OUT\VOUT
380 V 65 V 58 V
54 V
53 V
52 V
48 V
32 V
28 V
24 V
23V
18 V
12 V
250 A
CAR3012TE
208 A
CAR2512TE
5V
CAR2512DC
166 A
CAR2012TE
150 A
CAR1812FP
133 A
CAR1612FP
100 A
GP100H3R48TEZ* (3 phase, RS485)
CAR1212FP
GP100H3M54TEZ (3 phase, I2C)
CAR1212DC
GP100H3M50TEZ-FB
83.3 A
CAR2024FP
70.8 A
CAR0812FP
CAR0812DC
65 A
CP3500AC52TEZ-FB2
CC3500ACAC52FB2
CP3500AC65TEZ
CP3500AC54TEZ/CZ
62.5 A
SLP0712TE
60 A
EP3000AC48
55 A
MPR0712TE
CP3000AC54TEZ-FSG(R)
CP3000AC54TEZ/CZ
CP3000AC54TEPZ-F
52 A
CAR2548FP
CAR2548TN
CAR2548DC
50 A
CP2725AC54TEZ/P
CP2700AC52TEZ-FB2
CP2725AC48TEZ-FB
45 A
CP2500DC54PEZ
CP2500DC54PEZ-F
CLP0512FP
41.6 A
CAR0512FP
CCR0512FP
40 A
CP2000AC54TEZ/P
CP2000DC54PEZ
CLP0205FP
37.5 A
33 A
CLP0412FP
CC12500H3C380TEZ-GM
CH12500H3C380TEZ-GM
31.25 A
30 A
25 A
CAR0924FP
EP1600UTEZ
CAR1248FP
CAR1248TN
59
I OUT\VOUT
380 V 65 V 58 V
20 A
54 V
53 V
52 V
48 V
EP1000UTEZ
18.75 A
16.6 A
32 V
28 V
24 V
18 V
12 V
EP0500V
CLP0424FP
MPR0854FP
CAR0424FP
12.5 A
CLP0212
CLP0112
10 A
EP0500U
9.4 A
CLP0224
CLP0448FP
* 48 V or 54 V default V out available
EP Rectifier (AC in)
CLP (Open Frame, AC in)
CCR (1/2 U)
CP Rectifier (AC in)
CP Converter (DC in)
GP Rectifier (AC in)
CAR Rectifier (AC in)
CAR Converter (DC in)
SLP (1Ux1U)
CP Short Rectifier (AC or HVDC in)
CC Rectifier (AC in)
CH Rectifier (AC in)
www.geindustrial.com/products/embedded-power/ac-dc-power-supplies
5V
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
60
94 A
8.8 V
10.4 V
9.6 V
10.8 V
12.0 V
14.0 V
13.5 V
13.2 V
15.0 V
28.0 V
16.0 V
48 V
35.2 V
32.0 V
30.8 V
28.8
I OUT\VOUT
57.6 V
—
Isolated DC-DC converters
QBVE094A10R7
78 A
QBDE067A0B
67 A
QBVE067A0B
QBVE078A0S10R4
60 A
QBVE060S10R4
50 A
QSDW050A0B
QSVW050A0B
QBVS050A0B
46.9 A
QBVS046A9S9R6
44.4 A
QBVS044A4S10R8
42 A
QSDW042A0B
QSVW042A0B
37.5 A
QBVK037A5S9R6
36 A
35 A
QSDW035A0B
QSVW035A0B
33 A
QBDW033A0B
QBVW033A0B
31 A
QBVK031A3S9R6
EBVE031A0S9R6
25 A
QBDW025A0B
QBVW025A0B
FNW700R
EBDW025A0B
EBVW025A0B
EBVE025A0S9R6
24 A
20 A
EBDW020A0B
EBVW020A0B
19 A
17 A
16 A
QHHD019A0B
JRCK017A0S32R
EBVW017A0S14R0
JRCW016A0R
JNCW016A0R
15 A
14 A
JRCW450R
12.7 A
EBVW012A7B
10 A
EHHD010A0B
ESTW010A0B
9.4 A
JRCW450U
6A
ESTW010A0B
EHHD006A0B
KBVW006A0B
5A
4.2 A
KHHD004A2B
ESTW004A2C
3A
KSTW004A2B
ERCW003A6R
2.5 A
KHHD002A5B
KSTW002A5B
1.3 A
SHHD001A3B
SSTW001A3B
0.3 A
SHHN000A3CL
KHHD004A2S8R0
3.3 V
2.97 V
2.64 V
3.63 V
4.5 V
4.0 V
5.0 V
5.5V
6.4 V
6.0 V
8.0 V
8.1 V
61
EHHD036A0F
ESTW036A0F
ESTW025A0F
EHHD024A0A
ESTW024A0A
EHHD020A0F
ESTW015A0F
EHHD015A0A
KHHD015A0F
EHHD015A0A
KSTW015A0F
ESTW010A0A
KHHD010A0F
KHHD010A0A
KSTW010A0F
First Letter
Package
Third Letter
Comm Interface
S
1x1 brick
D
DOSA PMBus
K
1/16th brick
V and all others
DOSA Analog
Q
1/4 brick
N
1/2 brick
F
full brick
KSTW010A0A
KHHD006A0A
KSTW006A0A
SHHD005A0F
ProLynx* (9-36Vin)
BARRACUDA* HIGH (Vin = other)
BARRACUDA* HIGH (Vin = 38-55 V)
HAMMERHEAD* (18-75 Vin)
BARRACUDA* HIGH (Vin = 40-60 V)
BARRACUDA* LOW (36-75 Vin)
BARRACUDA* HIGH (Vin = 36-75 V)
ORCA* (36-75 Vin)
SSTW005A0F
0
SHHD003A0A
SHHD003A0A
www.geindustrial.com/products/embedded-power/isolated-dcdc-converters
E N D -T O - E N D E M B E D D E D P O W E R P R O D U C T S E L E C T I O N G U I D E
62
—
Non-isolated DC-DC converters
54 V
34 V
32 V
18 V
16 V
8V
6V
5.5 V
5V
3.6 V
3V
2V
1.5 V
.7 V
170 A
TJT170†
80 A
TJT120†
60 A
.6 V
GDT080†
50 A
NSR060
40 A
APTS050
MDT040†
MVT040
35 A
NSR040
20 A
UJT035†
APTS030
PJT020†
PKX020
UDT020†
14 A
UVT020
NSR020
PJT014†
12 + 12 A
PKX014
UDXS1212†
12 A
UVXS1212
APXW012
PNDT012†
PNVT012
PDT012†
10 A
PVX012
6+6A
NQR010
UDXS0606†
7A
UVXS0606
PJT007†
PKX007
FKX006
6A
PNDT006†
PNVT006
PDT006†
PVX006
NSR006
APXW005
5A
4A
PJT004†
ABXS005
APXK004
4A
APXW003
.51 V
.45 V
63
54 V
34 V
32 V
18 V
16 V
8V
6V
5.5 V
5V
3A
3.6 V
3V
2V
1.5 V
.7 V
.6 V
.51 V
FKX003
PNDT003†
PNVT003
PDT003†
PVX003
NSR003
ABXS003
2A
APXS002
PNVX002
NQR002
ABXS002
1A
ABXS001
First Letter
Package
F
Femto (6.8 x 9 mm)
P
Pico (12 x 12 mm)
M
Mega (33x13 mm)
G
Giga (33 x 23 mm)
T
Tera (54 x 32 mm)
A
Varies
N
SIP, varies
ProLynx* (9-36 Vin)
TLynx* (Vin varies)
SlimLynx* (3-14.4 Vin)
Naos Raptor* (SIP, Vin varies)
DLynx* (3-14.4 Vin)
Dual DLynx* (4.5-14.4 Vin)
DLynx II*
BoostLynx* (8-16 Vin)
† PMBus Digital
www.geindustrial.com/products/embedded-power/non-isolated-dcdc-converters
.45 V
—
ABB Inc.
601 Shiloh Road
Plano, TX 75074
USA
+1 877 546 3243
© Copyright 2019 ABB. All rights reserved.
Specifications subject to change without notice.
Rev. 3.2019
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