CTJ-2C-01

DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM AS81714 Series II Qualified Products Offer Robust and Highly Reliable Wire Termination in Demanding Environments AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM DEUTSCH CTJ SERIES Common Termination Systems — AS81714 Series II Contents INTRODUCTION 3 MODULES CTD and CTJ1 Power Distribution and Feedback Modules 6 CTJ4 Series Electronic Component Modules 9 CTJ5 Series Board-Mount/Pluggable Modules 20 CTJ6 and CTJ9 Series Plug and Receptacle Connectors 23 CTJ7 and CTG Series Grounding Modules and Junctions 27 CTL, CTM, and CTN Series In-Line Junctions 30 Composite In-line Junctions 33 Adapter Junctions 36 RAILS CTJ2 Series Metallic Single-Module Rails 38 CTJ3 Series Metallic Rails 39 DCR Series Composite Rails 41 CONTACTS AND TOOLING Socket Contacts 43 CTJ Series Tooling 44 CROSS REFERENCE DEUTSCH CTJ to AS8171 47 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 2 Common Termination Systems RUGGED • Meets SAE-AS81714 and MIL-T-81714 requirements • Single integrated bus bar helps ensure long mechanical and electrical life ENVIRONMENTALLY SEALED • Resists fluids commonly found in aerospace and defense applications • Helps prevent foreign object debris issues EASY TO USE • Insertable modules that can be easily removed and reinserted into rails with tools APPLICATIONS • Commercial Air • Space • Military Ground • Military Aerospace The DEUTCH CTJ Series common termination system from TE Connectivity (TE) is a system of wires and components that are interconnected to one another by the use of a standard AS39029 socket contact only. This eliminates the need for pin contacts which are located in the mating components. Our single-pin bus bar design makes this connector series the most ruggedized in the industry. There are multiple design options available to customize the modules, junctions, splices and rails available in Mil Specapproved AS81714 Series II. TE Advantage DEUTSCH AS39029 Contacts. All assemblies—modules, splices, etc.—are supplied with DEUTSCH AS39029 socket contacts, which are designed to meet AS39029 standard for ruggedness and vibration resistance. Customization. Products can be customized to help meet your specific needs. Single Rail Assembly. We offer rail assemblies for singlemount components. Easy Assembly. We offer easy insertion and removal of single rails inside multimodule assemblies. AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 3 Common Termination Systems Environmentally Sealed Grommet Assembly Housing Wire-Applied AS39029 Socket Contact Integral Pin Contact Integrated Bus Bar (Customizable and Single-Pin Bus Bar Design) CTD Bussing Modules for power distribution. CTJ1 Feedback Modules with various bussing arrangements. CTJ4 Electronic Component Modules designed to the electronic requirements of MIL-T-81714/62. Modules are available with a variety of diodes, resistors, capacitors, and fuses, with both M81714/62 equivalents and additional configurations. CTJ5 Board-Mount Modules include solder pin contacts for direct mounting to pc boards and flex cable. By eliminating the need for a mounting rail, CTJ5 modules provide a flexible and compact solution. CTJ6 Plug and CTJ9 Receptacle Connectors provide a small, lightweight method of connecting/disconnecting multiple wires. Available in flange-mount and in-line versions. CTJ7 Grounding Modules, using either flange mount or stud mount, provide sealed multiwire grounding solutions. CTJ2 Metallic Rails are aluminum alloy and designed to hold one single module or two half-size modules. CTJ3 Metallic Rails use aluminum alloy and stainless steel clips. They are available with a variety of finishes and sizes ranging from 2 to 40 inches. DCR Composite Rails are a lightweight alternative to CTJ3 rails, offering up to 48% weight savings and available in lengths from 2 to 20 inches. Junctions and Splices CTL, CTM and CTN In-Line Junctions connect two to four wires in-line and multijunctions for housing and sealing individual components. The CTL is an in-line junction for single wires. The CTM connects and buses two, three, or four wires. The CTN series connects contacts electrically with diodes, capacitors, fuses, resistors, or integrated circuits. Composite In-Line Junctions are composite versions of the CTL, CTM, and CTN series. CTG Grounding Junctions provide a simple method of terminating wire to ground using standard AS39029 contacts. AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 4 Common Termination Systems CTJ Series General Specifications The CTJ series meets the requirements of SAE-AS81714. Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 110,000 Ft: 200 VACrms Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Operating Temperature: -65°C to +200°C Physical Shock: 78 g in each of the 3 mutually perpendicular planes Vibration: Maintains continuity to minimize mechanical or physical damage during or after vibration following vibration levels Level 1—34 minutes per axis 20–90 Hz at 6 dB/oct. rise 90–300 Hz at 1.0 g2/Hz 300–2000 Hz at 6 dB/oct. fall Level 2—14 minutes per axis 20–40 Hz at 6 dB/oct. rise 40–350 Hz at 0.5 g2/Hz 350–2000 Hz at 6 dB/oct. fall No discontinuities greater than 1 microsecond Corrosion: 48 hours of salt spray Magnetic Permeability: 2.0  max. Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline Contact Resistance (at 25°C) Meets AS39029 paragraph 3.5.4 Wire Size Test Current 22 AWG 5A Voltage Drop 73 mV 20 AWG 7.5 A 55 mV 16 AWG 13 A 50 mV 12 AWG 23 A 42 mV Usable Wire Size Meets AS39029 paragraph 3.4.2 Contact Wire Range (AWG) Current Rating Size 22 26–22 5A Size 20 24–20 7.5 A Size 16 16–20 13 A Size 12 14–12 3A Grommet Sealing Range Contact Size Wire OD Min. Max. 22 0.030 0.060 20 0.040 0.083 16 0.065 0.109 12 0.097 0.142 Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Sealing Grommet: Elastomer, fluid resistant and environmentally sealed Metal Rails (CTJ2 and CTJ3): Aluminum alloy, nickel plated (standard). Also available with anodized, olive drab cadmium, or clear finishes. Stainless steel clips DCR Rails: Composite AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 5 Common Termination Systems DEUTSCH CTD and CTJ1 Power Distribution and Feedback Modules EASY TO USE • Busses 6 to 20 contacts in a small area • Internal bus bars are configured to allow connections of various combinations of wires RUGGED • Uses a rugged A39029 socket contact mated to one-piece (cold-headed) internal pin bus bars • Excellent vibration resistance • Environmentally sealed CONVENIENT • Modules fit in single, multiple, composite or metal rails with multiple mounting options • CTD distribution modules accommodate different sizes of contacts within the same bus CTD power distribution and CTJ feedback modules for rugged, environmentally sealed bussing of wires. Specifications Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 110,000 Ft: 200 VACrms Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Operating Temperature: -65°C to +200°C Vibration: Maintains continuity to minimize mechanical or physical damage during or after vibration levels stated in tested specifications Corrosion: 48 hours of salt spray Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Pin Contacts: Gold over copper Sealing Grommet: Elastomer, fluid resistant and environmentally sealed AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 6 Common Termination Systems Contact Resistance (at 25°C) Wire Size Test Current Usable Wire Size Grommet Sealing Range Meets AS39029 paragraph 3.5.4 Voltage Drop 22 AWG 5A 73 mV 20 AWG 7.5 A 55 mV 16 AWG 13 A 50 mV 12 AWG 23 A 42 mV Meets AS39029 paragraph 3.4.2 Wire OD Contact Size Min. Max. 22 0.030 0.060 Contact 20 0.040 0.083 16 0.065 0.109 Wire Range (AWG) Current Rating Size 22 26–22 5A Size 20 24–20 7.5 A Size 16 16–20 13 A Size 12 14–12 3A CTD Series Distribution Bussing Arrangements Part No. CTD126E01A No. of Busses Contacts per Bus Distribution Bus Bussing Arrangement CTD126E02E CTD1062E05A 1 1 2 5 2 Size 12 6 Size 16 — 2 Size 16 6 Size 20 — 1 Size 12 3 Size 16 — 1 Size 12 1 Size 20 1 Size 22 26 60 26 062 01A 01F 02E 05A CTD Outline Dimensions .510 CTD160E01F 1.020 .672 .672 1.047 .920 Size 16 Module Size (CTD160E01F) 16 Module (CTD160E01F) Size 12 Module Size 12 Module (CTD126E01A, CTD126E02E, CTD1062E05A) (CTD126E01A, CTD126E02E, CTD1062E05A) Part Numbering System CTD 1 60 E 01F - 513 Basic Identifier Module Type 1 Feedback Distribution Bus (See Table) Environmental Bussing Arrangements (See Table) Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 6148 MS55 Resilient Material, Omit Contacts, Sealing Plugs, and Insertion/Removal Tool 4010 Vacuum Bake AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 7 Common Termination Systems CTJ1 Series Feedback Bussing Arrangements Size 22 Contacts Quantity: 20 No. of Busses Bus Code 1 2 5 6 10 4 01C 02D 05E 06B 10A 04F Size 20 Contacts Quantity: 12 No. of Busses Bus Code 1 2 3 4 6 01B 02C 03D 04A 06E Size 16 Contacts Quantity: 6 No. of Busses Bus Code Size 12 Contacts Quantity: 6 1 2 3 01D 02B 03A CTJ1 Outline Dimensions .510 No. of Busses Bus Code 1.020 1 2 3 01E 02A 03B .672 .672 1.047 .760 Size 22, 20, and 16 Modules Size 22, 20, and 16 Modules Size 12 Module Size 12 Module Part Numbering System CTJ 1 22 E 05E - 513 Basic Identifier Ordering Information Module Type Module Part No. 1 Feedback Size 22 CTJ122Exxx-yyy Contact Size Size 20 CTJ120Exxx-yyy 22, 20, 16, 12 Size 16 CTJ116Exxx-yyy Environmental Size 12 CTJ112Exxx-yyy Bussing Arrangements xxx = bussing arrangements (See Table) yyy = modification codes Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 6148 MS55 Resilient Material, Omit Contacts, Sealing Plugs, and Insertion/Removal Tool 4010 Vacuum Bake AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 8 Common Termination Systems DEUTSCH CTJ4 Series Electronic Component Modules CONVENIENT • May be placed near transient suppression devices that they are designed to protect • Each module houses small printed circuit boards incorporating diodes and resistors • Uses crimp-tool terminations and a housing system for discrete components and circuits • Lightweight composite technology for weight-saving solutions ROBUST • Fluid resistant in most military or aerospace environments • Input/output wiring is sealed with silicone rubber grommet to help protect against environmental hazards • Designed to the electronic requirements of MIL-T-81714/62 VERSATILE • Available with a variety of diodes, resistors, capacitors, and fuses, with both M81714/62 equivalents and additional configurations CTJ4 electronic component modules are designed to the electronic requirements of MIL-T-81714/62. Modules are available with a variety of diodes, resistors, capacitors and fuses, with both M81714/62 equivalents and additional configurations. Specifications Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 100,000 Ft: 200 VACrms Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Operating Temperature: -65°C to +200°C Thermal Shock (AS81714 paragraph 3.5.5): After cycling the module between -55°C and +200°C, they will meet all applicable electrical and mechanical requirements Vibration (AS81714 paragraph 3.5.8): items furnished under this specification shall not be damaged and there shall be no loosening of parts due to vibration and no interruption of electrical continuity longer than one microsecond in duration during vibration testing Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Pin Contacts: Gold over copper Sealing Grommet: Elastomer, fluid resistant and environmentally sealed AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 9 Common Termination Systems Usable Wire Size Grommet Sealing Range Meets AS39029 paragraph 3.4.2 Contact Wire Range (AWG) Current Rating Size 20 24–20 7.5 A Size 12 14–12 3A Contact Size Wire OD Min. Max. 20 0.040 0.083 12 0.097 0.142 Part Numbering System CTJ4 20 E 017 - 513 Basic Identifier Contact Size 20, 12 Environmental Individual Circuits Modifiers 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 6148 MS55 Resilient Material, Omit Contacts, Sealing Plugs, and Insertion/Removal Tool 4010 Vacuum Bake 7065 Insert Material (18D) Methyl Vinyl Fluoro Silicone, Color (16) Contact Cavity ID to Be Yellow per MIL-T-81714 Ordering Information Module Part No. Size 20 CTJ420E-xxx Size 12 CTJ412E-xxx xxx = modification code electronic circuits. Outline Dimensions 1.170 MAX .920 MAX .510 .672 Size 20 Modules 1.020 .672 Size 12 Modules AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 10 CTJ420E003 125V 1 ¼W 150 Ω DRAWING 150 Ω 10 µF DRAWING DEUTSCH P/N 35 WVDC ¼W 15A 1 Termination Systems Common JAN CTJ420E002 5 150 Ω 125V ¼W 3 1N3613 CTJ4 Circuit Configurations W110 ¼ WCTJ420E007 DRAWING 150 Ω CTJ420E004 1 JAN VARO 150 Ω 10 µF 2 ¼W DRAWING 1N645 2 35 ¼ WVDC 15A 150 Ω W JAN CTJ420E003 125V 150 Ω JANTX ¼W 3 10 µF 1N3613 1 DRAWING 1N4246 JANTX DEUTSCH P/N 150 Ω W110 35 WVDC CTJ420E005 5 1 CTJ420E008 4 OR CTJ412E001 CTJ420E002 CTJ420E003 JAN 1N3613 JAN VARO One 15 A, 125 V Fuse Five 150 Ω Resistors, 1/4 W Two 150 Ω Resistors, 1/4 W JANTX 10 2 µF ¼ W 3 One 10 F Capacitor, 35 WVDC 1N645 DRAWING 1N5616 1N3613 35 ¼ WVDC WCTJ420E007 W110 150 Ω CTJ420E004 1 JAN JAN 150 Ω VARO JANTX 10 µF 2 1N3613 1N645 DRAWING 1N4246 JANTX JANTX W110 6 35 WVDC CTJ420E006 3 45CTJ420E009 OR 1N6054A 1N3613 1N5618 JAN JAN VARO JANTX JANTX ¼W 3 1N645 1N5616 1N3613 1N4246 JANTX 150 Ω W110 CTJ420E005 5 1 CTJ420E004 CTJ420E005 CTJ420E006 CTJ420E008 4 OR 1N3613 JAN One W110 VARO Rectifier Five JANTX 1N4246 or Three JANTX 1N6054A 1 JANTX VARO JANTX 10 µF 4 JANTX 2 JANTX 1N5616 Diodes Zener Diodes DRAWING 1N645 1N5616 1N4246 JANTX 1N5618 JANTX 35 WVDC 6 CTJ420E010 3 OR 1N6054A 1N5618 1N3613 JAN JANTX JANTX JANTX 4 1N5616 1N3613 1N4478 JANTX 1N4246 JANTX W110 6 CTJ420E006 3 5 4 CTJ420E009 OR 1N6054A JAN 1N5618 1N3613 VARO JANTX 1 4 JANTX DRAWING 1N645 1N5616 JANTX DEUTSCH P/N 1N5618 JANTX JANTX 5 CTJ420E011 CTJ420E007 CTJ420E008 CTJ420E009 1N6054A JANTX 1N5618 1N5618 Three JAN 1N3613 DiodesJANTX Four JANTX 1N3613 Diodes Six JANTX 1N5618 Diodes JANTX JANTX 4 4 Two JAN 1N645 Diodes 1 4 1N5618 1N4478 1N4246 JANTX JANTX 1N5618 CTJ420E013 6 CTJ420E010 3 OR 1/8 W 1N6054A 1N3613 1N5618 JANTX JANTX 1 1 JANTX 4 DRAWING 200 10 kΩΩ 1N5616 JANTX 1N5618 1N4478 5 CTJ420E012 5 1/10 W JANTX JANTX 1N5618 JANTX JANTX 4 2 1 4 1N5618 1N5618 JANTX 1N4478 JANTX JANTX 1N5618 5 CTJ420E011 CTJ420E010 CTJ420E011 CTJ420E012 CTJ420E014 1/8 W 10 kΩ 1N6054A Four JANTX 1N5618 Diodes Five JANTX 1N5618 Diodes Five 10 kΩ Resistors, 1/10 W 1N5618 1N5618 JANTX 21N4478 Zener Diodes 4 Four JANTX 200 Ω DRAWING 1/10 W 10 kΩ JANTX 1N4478 1/10 W JANTX JANTX JANTX 2 1N5618 2 1N5618 JANTX 2 1 1N5618 1N5618 10 kΩ 10 kΩ 1N5618 JANTX 5 5 CTJ420E012 CTJ420E015 1 1/10 W 1/10 W 10 kΩ 1/8 W 1N5618 JANTX 110 Ω 1/10 W 200 1 10 kΩΩ 1/10 W 1N4478 CTJ420E013 CTJ420E014 CTJ420E015 1/10 W JANTX JANTX 2 Four JANTX 1N5618 Diodes Two JANTX 1N5618 Diodes Two JANTX 1N5618 Diodes 2 One 200 Ω Resistor, 1/8 W 1N5618 Two 10 kΩ Resistors, 1/10 W One 10 kΩ Resistor, 1/10 W 1N5618 One 110 Ω Resistor, 1/10 W 10 kΩ JANTX 10 kΩ JANTX CTJ420E016 5 1/10 W 1/10 W 10 kΩ 1N5618 2 1N5618 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 11 110 Ω 1/10 W TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E SE E JU M P TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN R ES IS T C AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E E SE JU M P TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN C C C AP ORT ER AP OR T ER AP R R AC AC AN AN R R R SF SF EC ITO EC ITO V EC O O A R TI R TI LU R R F F M D D D VA ME ER IO IER IO IER M E/ IO LU R I D D M L IT E E E I LI AR ZE ZE ZE TA / N N N Y R E ER PN Y R P I IS IS SO D N O DIO O IO C C D D U U E E FU B FU B FU SE E SE E S R R ES ES JU JU JU IS M M IS M P PE T T C C O T AP OR T ER A TR R PA R R R AC AN AN A R R CIT SF EC ITO V E VA SFO O C TI R ALU OR TI R LU R M M F F D D ER ER IO IER M E/ M E/ IO IER IL IL D D M IT IT E E IL AR AR ZE ZE N Y Y N ER ER PN PN IS IS D O O DIO IO C D C D FU UB E FU UB E E E SE SE JU JU M M PE P TR R TR ER AN AN S FO VA VA SFO LU R LU R M M E E E / M M E/ R IL IL IT IT AR AR Y Y PN PN 2 Reference Chart 15A 1/10 W JANTX 2 JANTX DRAWING 110 Ω 1/10 W 3.6 kΩ JANTX 1N5618 1N5618 JANTX JANTX DEUTSCH P/N 1003kΩ Common Termination 1/10 Systems W 1N5618 1/10 W 2 1 1 µF CTJ4 Circuit Configurations DRAWING 110 Ω 50 WVDC CTJ420E020 1/10 W 1 3.6 kΩ JANTX 1 1/10 W 1 2 61N5618 JANTX 100 kΩ JANTX CTJ420E019 1 CTJ420E022 3 1/10 W 3.6 kΩ 1N5550 1N5618 JANTX DEUTSCH P/N 1 1/10 W 1 CTJ420E017 10 kΩ 5CTJ420E021 1/10 W 1N4478 100 kΩ W W 1.10 1/10 kΩ, 1/10 DRAWING 20 kΩ, 1/10 W 1N5809 20 kΩ, 1/10 W 1N4478 100 kΩ 3 CTJ420E022 1/10 W 1 CTJ420E017 1.10 kΩ, 1/10 W 1 µFCTJ420E030 10kΩ kΩ 66099-108 1N5550 20 OR 1/10 W CTJ420E029 1/10 W 66139-101 CTJ420E032 10 8kΩ 20kΩ ZERO OHM 1/10 W MOLDE 1/10 W JUMPER D 1430 ΩWIRE CTJ420E034 1 1 5 1/10 W 10 kΩ 1 1/10 W JANTX One 1.10 kΩ Resistor, 1/10 W One 1.40 kΩ Resistor, 1/10 W One 20 kΩ Resistor, 1/10 W Two 10 kΩ Resistors, 1/10 W 66099-108 1N5809 OR W 1/10 2 66139-101 CTJ420E021 20 kΩ 3 10 kΩ ZERO OHM 1/10 W Three JANTX11N5550 Diodes MOLDE 1/10 W DRAWING CTJ420E022 Six JANTX 1N5809 Rectifiers JUMPER WIRE D DRAWING 2 CTJ420E027 JANTX 1.43kΩ kΩ 10 1/10 W 1N5620 1/10 W JANTX JANTX 1N4954 20 kΩ 1N5550 10 kΩ 66099-108 1/10 OR W 1/10 W 66139-101 10 kΩ 1/10 W 20 kΩ Two 66099-108 or ZERO OHM 66139-101 ISO1Cubes 1430 Ω MOLDE 1/10 W One Zero Ohm Molded JUMPER WIRE D 1/10 W Jumper Wire CTJ420E028 Eight JANTX 1N5550 Diodes 4 1110 Ω 10 kΩ 1/10 W 1/10 W JANTX 2 kΩ 1N5550 1/10kΩ W 20 CTJ420E030 357 kΩ 1/10 W 1/10 W 4 One 10 kΩ Resistor, 1/10 W 10 kΩ 196 kΩ Four 20 kΩ Resistors, 1/10 W 1/10 W 1N5550 20 kΩ 2 kΩ 1/10 W 1/10 W 1110 150 ΩΩ 1/10 W 357 kΩ CTJ420E031 Two 10 kΩ Resistors, 1/10 W Two 20 kΩ Resistors, 1/10 W 4 1/10 1/10WW 4 2 kΩ 1/10kΩ W 196 1/10 W CTJ420E033 357 kΩ 4 One 2 kΩ Resistor, 1/10 W 1/10 W One 357 kΩ Resistor, 1/10 W One 196 kΩ Resistor, 1/10 W 196 kΩ CTJ420E034 Five 150 Ω Resistors, 1/10 W 1 1/10 W 357 kΩ 1/10 W 10 kΩ 1/10 W 2 kΩ 1/10 W AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM 1/10 W 1/10 W 196 kΩ 1430 Ω 150 Ω 357 kΩ 1/10 W CTJ420E034 5 1/10 W 4 3 1N4954 1/10 W 1430 Ω Ω One 1110 Ω Resistor, 1/10 W1110 150 Ω CTJ420E019 JANTX 10 kΩ JANTX 1/10 W JANTX 1430 Ω 1/10 W 1/10 W CTJ420E033 CTJ420E032 Two 10 kΩ Resistors, 1/10 W1/10 W 1 2 kΩ 1N5550 20 kΩ One 1430 Ω Resistor, 1/10 W 1/10 W DRAWING 10 kΩ 1/10 W 1/10 W 1110 Ω 1/10 W Two 10 kΩ Resistors, 1/10 W 2 10 kΩ Two 1.43 kΩ Resistors, 1/101110 W Ω 1 One JANTX1N4954 Zener Diode 1/10 W 1/10 W 1/10 W 1N5550 1N5620 JANTX 10 kΩ DEUTSCH P/N 1.43 kΩ CTJ420E027 JANTX JANTX WVDC 51/10 W 1.4050kΩ, 1/10 W CTJ420E020 4 1N5809 Two 3.6 kΩ Resistors, 1/101N5620 WJANTX 2 One 100 kΩ Resistor, 1/10 W 20 kΩ, 1/10 W 1 DRAWING 1N4954 Two 1 F Capacitors, 50 WVDC JANTX JANTX CTJ420E029 CTJ420E026 6 10 kΩ 105kΩ 2 10 kΩ, 1/10 W 2 66099-108 1N5550 1N5809 OR W 1/10 1/10 W 2 CTJ420E031 66139-101 1 JANTX 1.43 kΩ CTJ420E028 208kΩ 10 kΩ 2 1/10 W 1N5620 ZERO 31/10OHM 1/10 W 1 W JANTX MOLDE 1 JUMPER WIRE D 1N4954 JANTX JANTX 1.43 kΩ CTJ420E027 5 CTJ420E030 2 CTJ420E026 10 kΩ 10 kΩW 66099-108 1/10 1N5809 1N5620 Five JANTX 1N5620 Diodes OR 4 JANTX 1/10 CTJ420E032 W 1/10 W DRAWING 1 66139-101 1 JANTX 1N4954 108kΩ kΩ 20 20 10kΩ kΩ 66099-108 1N5550 ZERO OHM 1 OR 2 1/10 W MOLDE 2 1/10 W 1/10 1/10W W JUMPER WIRE D 66139-101 JANTX 1.43 kΩ 10 kΩ CTJ420E031 CTJ420E028 1 208kΩ 1/10 1N5620 10 kΩW 1/10 W ZERO OHM 21 JANTX MOLDEW CTJ420E033 1/10 1430 Ω 1/10 W JUMPER WIRE D JANTX 1N4954 1 10 kΩ, 1/10 W One JANTX 1N5618 Diode One JANTX 1N4478 Zener Diode 1.43 kΩ JANTX 1 6 10 kΩ, 1/10 W 1N5550 1/10 W DRAWING 10 kΩ JANTX 50 WVDC 3.6 kΩ 1N5550 JANTX 1/10 W 1 µF JANTX 1.40 kΩ, 1/10 W 50 WVDC 1N5809 1 µF 1N4478 2 100 kΩ 2 CTJ420E021 3 CTJ420E016 1/10 W JANTX 1.10 kΩ, 1/10 W Five JANTX 1N5618 Diodes CTJ420E029 1 µF 2 1N5618 5 CTJ420E026 DRAWING JANTX JANTX 1.40 kΩ, 1/10 W DRAWING 1N5550 3.6 kΩ JANTX 50 WVDC 6 50 WVDC JANTX 1/10 1W TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C C C C A AP OR T ER AP OTRR ER AP OR TR ER R AC AC AC AN AN AN R R R R SF SF E EC ITO V EC ITVO SFO EC ITO V O O A A A R TI TI RLU LU TI R LU R R R M M M F F F D D D E/ D ER ER ER ER E/ IO IO IER M E/ IO IM IO IER M I I I D D D LI LI E E LIT E TA T AR AR ZE ZE ZE ZE R N Y Y N Y N ER ER ER PN PN PN IS IS IS IS D D D O O O IO O IO IO C D C C D D U E U U E E FU FU B FU B FU B SE E SE E SE E R R R ES ES ES JU JU JU JU IS IS M IS M M P P T T TO PE C C C AP OR T ER AP OR TR A R T TR ER R PA R R A A AN AN C AN R CIT R CIT R IT S S S E E E F V F FO O V O V VA C C C AOR O TI R ALU OR TI R AL TI LU R LU R M M F F M F D D E D ER ER ER IO IER M E/ IO IER M IO MIER / M E/ IL IL IL D D D ILI I IT E E IT E T AR AR ZE ZE AR ZE N N Y N Y Y ER ER ER PN PN PN IS IS IS D D O O DIO IO O IO C C D D C D FU UB E FU UB E FU UB E E E E SE SE SE JU JU JU M M M PE P PE TR R TR ER TR R AN AN AN S S FO VA VA SFO FO VA LU LU R R L R U M M M E E E E ER E / / M M / M R R IL IL IL IT IT IT AR AR AR Y Y Y PN PN PN 2 1/10 W 1/10 W 5 PAGE 12 C C AP OR T ER AP OR TR ER AP R AC AC AN AN R R R SF SF EC ITO V EC ITO V EC O A TI R ALU OR TI R LU R M M F F D D D ER ER IO IERM E/ IO IERM E/ IO I I D D L L IT IT E E AR AR ZE ZE ZE N Y N Y N ER ER PN PN I IS IS SO D O DIO IO O C C D D U U E E FU B FU B FU SE E SE E S R R E E J JU JU U SI SI M M M ST ST P PE C C O E O A A R T TR R PA R TR PA R R AN AN A C R CIT R IT S S E E F FO VA OV OV C C TI R AL TI R ALU OR LU R U M F M F D D ER ER IO IERM IO IERM E/ M E/ IL IL IL D D IT IT E IT E AR AR ZE ZE N N Y Y ER ER PN PN I IS S O DIO O DIO C C D D FU UB E FU UB E E E SE SE JU JU M M P PE TR ER TR R AN AN S VA SFO FO VA LU R LU R M M E E ER E / M / M R IL IL IT IT AR AR Y Y PN PN DRAWING 2.8 kΩ 5 DEUTSCH P/N 10.2 kΩ CTJ420E036 Common 5Termination Systems 1/10 W CTJ4 Circuit Configurations DRAWING 2.8 kΩ 23.2 kΩ 5 CTJ420E041 5 CTJ420E038 1/10 W 1/20 W 10.2 kΩ CTJ420E037 1/10 W 24.9 kΩ JANTX 5CTJ420E043 CTJ420E040 1/20 W 1N5550 JANTX 24.9 kΩ 1N5550 1/20 W 1/10 W DRAWING 5 5 1N5418 1/20 W JANTX 41.2 kΩ CTJ420E036 1N5418 1/20 W Five 2.8 kΩ Resistors, 1/10 W DRAWING 5 CTJ420E037 Five 23.2 kΩ Resistors, 1/20 W JANTX 49.9 kΩ 1N827 1/20 W JANTX 41.2 kΩ 1N5418 Five 41.2 kΩ Resistors, 1/201/20 W W CTJ420E039 CTJ420E040 Five 49.9 kΩ Resistors, 1/20 W JANTX 6 ES IS T C AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E E SE JU M P TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN 1N5552 JANTX 49.9 kΩ 1N827 40 kΩ 1/20 W 1/10 W R JANTX JANTX 41.2 kΩ 5 24.9 CTJ420E043 5kΩ CTJ420E040 5 1N5550 1N5418 1/20 W 1/20 W 2 DEUTSCH P/N 49.9 kΩ JANTX JANTX CTJ420E045 CTJ420E041 5 Five JANTX 1N5550 Diodes 1/20 W 1N5552 1N827 2 JANTX JANTX 49.93 kΩ 41.2 CTJ420E051 kΩ 5 5 CTJ420E044 1N5418 1N827 40 kΩ 1/20 W 1/20 W CTJ420E042 1/10 W 3 6 Five JANTX 1N5418 Diodes50 kΩ AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E SE E JU M P TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN JANTX CTJ420E047 1N5552 DRAWING JANTX 1/10 W JANTX JANTX 3 49.93 CTJ420E052 kΩ CTJ420E045 CTJ420E044 5 1N5618 1N827 1N5552 40 kΩ Five JANTX 1N5552 Diodes 1/20 W 2 DRAWING 1/10 W 60.4 Ω 1/10 W JANTX JANTX 1/10 W JANTX 3 CTJ420E054 CTJ420E047 1N5618 1N5552 3 CTJ420E051 1N5618 Two 40 kΩ Resistors, 1/10 W50 kΩ Two 50 kΩ Resistors, 1/10 W CTJ420E045 6 6 CTJ420E047 Three 60.4 Ω Resistors, 2 W 1/10 W 7 1/10 W JANTX 4 1N5618 50 kΩ 2 JANTXV 60.4 Ω 1N5416 2W 6 1/10 W Three JANTX 1N5618 Diodes 1/10 W JANTX 4 CTJ420E055 1N5618 50 kΩ 1/10 W Five JANTX 1N827 Zener Diodes 40 kΩ 2W 50 kΩ 40 kΩ 2W CTJ420E043 60.4 Ω 40 kΩ 2W 60.4 Ω DRAWING 1/10 W JANTX JANTX 1N5618 1N5552 650 kΩ 2 DRAWING JANTX 24.9 kΩ 1N5550 1/20 W JANTX 24.9 23.2 kΩ 5kΩ CTJ420E042 5 CTJ420E038 5 CTJ420E039 1N5550 Five 24.9 kΩ Resistors, 1/20 W W 1/20 1/20 W DRAWING 41.2 kΩ JANTX JANTX 49.9 kΩ 5 5 CTJ420E044 1/20 W 1N827 1N5418 1/20 W TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C 23.2 kΩ 1/20 W 23.2 kΩ 5 1/20 W JANTX 41.2 kΩ DRAWING 1/10 W DRAWING DEUTSCH P/N 23.2 kΩ JANTX 24.9 kΩ 5 CTJ420E042 CTJ420E039 5 5 CTJ420E035 1/20 W 1N5550 1/20 Five 10.2 kΩ Resistors, 1/10 W W 2.8 kΩ CTJ420E041 CTJ420E038 1/10 W 2.8 kΩ 2.8 kΩ 5 23.2 kΩ 1/20 W 1/10 W TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN C 10.2 kΩ CTJ420E037 1/10 W CTJ420E052 7 kΩ 3.3 1/4 W Three JANTX 1N5618 Diodes JANTXV 60.4 Ω 1N5416 2W CTJ420E054 Four JANTXV 1N5416 Diodes 5.1 kΩ SYSTEM AEROSPACE,2 DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION 1/4 W 3.3 7 kΩ 1 2A 7 PAGE 13 5.1 kΩ 1/4 W 3.3 kΩ 1/4 W JANTX JANTXV 4 CTJ420E061 DEUTSCH P/N 2 1CTJ420E056 Common Termination Systems 1N5618 1N5416 5.1 4kΩ CTJ4 Circuit Configurations DRAWING 1/4 W CTJ420E060 1 1 2A 3.3 kΩ 1/4 W 6 CTJ420E100 JANTXV JANTX JANTXV 2 4CTJ420E059 4 1N4965 5416 1N5618 DEUTSCH P/N JANTXV 5.1 kΩ 1/44W 1N5416 JANTX CTJ420E055 4 1 CTJ420E061 Two 3.3 kΩ Resistors, 1/4 W 1N5618 2A Two 5.1 kΩ Resistors, 1/4 W CTJ420E101 DRAWING 6 JANTX JANTXV 5 JANTXV 150 Ω 6 CTJ420E112 1N4965 1N5618 5416 1/4 W JANTXV JANTX 1N5416 CTJ420E100 4 1N5618 2 6 DEUTSCH P/N JANTX 1506 CTJ420E113 Ω CTJ420E102 ¼W CTJ420E060 1N3613 1N5618 1/4 W One JANTX21N5618 Diode DRAWING JANTXV JANTX 5 6 CTJ420E112 CTJ420E101 6 5416 1N5618 20 kΩ 4.7 150 CTJ420E114 Ω 1/4 5kΩ W JANTX CTJ420E109 ¼W ¼W 1N3613 8 8.45 kΩ 150WΩ 1/4 2 JANTX JANTX CTJ420E101 6 6 CTJ420E113 CTJ420E102 Six JANTX 1N3613 Diodes ¼ W 1N5618 1N3613 20 kΩ DRAWING MIL-TJANTX 4.7 kΩ 1/4 5W 2 CTJ420E115 5 27/1721 1N4247 ¼W 45 8.45 kΩ 150WΩ 1/4 JANTX CTJ420E114 ¼ W CTJ420E109 1N3613 1 2A JANTXV JANTXV 5416 1N4965 1N5416 JANTX 1N5618 JANTX 150 Ω 1N5618 1/4 W DRAWING JANTXV CTJ420E056 One 2 A Fuse 5416 150 Ω Two JANTXV 1N4965 JANTX Zener Diodes ¼W Four JANTXV 1N5416 Diodes 1N3613 MIL-TJANTX 6.2 kΩ CTJ420E115 27/172CTJ420E116 5 Five 6.2 kΩ Resistors, 1/4 W 1N4247 45 ¼W 125 V 3.0 kΩ (2A) 5 5A ¼W CTJ420E059 Four 150 Ω Resistors, 1/4 W 6.2 kΩ CTJ420E117 9¼ W 8 JANTX 20 kΩ 1N5618 4.7 1/4 kΩ W ¼W CTJ420E061 8 8.45 kΩ Four JANTXV 5416 Diodes DRAWING 1 1/4 150WΩ JANTX ¼W 1N3613 MIL-TJANTX 27/1721N4247 45 (2A) 20 kΩ 4.7 kΩ 1/4 W CTJ420E102 Two 20 kΩ Resistors, 1/4 W ¼ W Two 8.45 kΩ Resistors, 1/4 W 8.45 kΩ 6.2 kΩ 1/4 W ¼W 1 CTJ420E113 JANTX MIL-T27/1721N4247 45 3.0 kΩ (2A) ¼W Six 4.7 kΩ Resistors, 1/4 W 9 DRAWING CTJ420E100 Six JANTX 1N5618 Diodes CTJ420E109 One MIL-T-27/172-45 (2 A) Transformer 9 CTJ420E114 Five JANTX 1N4247 Diodes 6.2 kΩ 5 CTJ420E116 Five 3 kΩ Resistors, 1/4 W 9 ¼W 125 V 5A 3.0 kΩ ¼W 9 CTJ420E117 Five 5 A Fuses, 125 V 10 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM 3.0 kΩ DRAWING DRAWING 20(2A) kΩ 4.7 kΩ 1/4 5W ¼W MIL-T8.45 kΩ JANTX 6.2 kΩ CTJ420E116 5 27/1721/4 W CTJ420E112 1N4247 Five 150 Ω Resistors, 1/4 W ¼ W 45 20(2A) kΩ JANTX 4.7 MIL-T1/4 5kΩ W CTJ420E115 5 27/1721N4247 ¼W 1 45 8.45 kΩ 3.0 kΩ CTJ420E117 (2A) 6.2 1/4 kΩ W ¼ 9 W ¼W DRAWING JANTXV JANTXV 6 5416 150 Ω JANTX TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN C C C C AP OR T ER AP OR T ER A AP ORTR ER R R AC AC A A A AN C N N R R R R SF SF SF EC ITO V EC ITO V E EC ITOV O O A A O A R R T TI R L T L L R R R I U I U U M F M F F M D D D D ER ER ER IO IER M E/ IO IER M E/ I IO IEMR E/ I I IL D D D L L IT IT E E E IT AR AR ZE ZE ZE ZE AR N N N Y Y Y E ER E P PN PN R R N IS IS IS IS O DIO O DIO O O DIO C C D C D D U U E U E E FU B FU B FU FU B SE E SE E SE E R R R ES ES JU ES JU JU JU IS M IS M M IS P PE P T T T C C C AP OR T ER AP TORR ER AP OR TR TR R R A A A A AN AN R CIT R CIT NS R CIT S S E E E F F V VA F O V O V C C AOR O C O TI R ALU OR TI LU TI R AL LU R R M M F M F F D D D ER ER ER IO IER M E/ IO MIER E/ M E/ IO IER M IL IL IL IL D D D IT I IT E E IT E AR AR AR ZE ZE ZE N Y N Y N Y ER ER ER PN PN PN IS IS IS D D O O IO O DIO IO C D C C D D FU UB E FU UB E FU UB E E E E SE SE SE JU JU JU M M M PE PE P TR R TR R TR ER AN AN AN S S FO VA FO VA VA SFO LU R L LU R R U M M M E E E E ER / M / M M E/ R R IL IL IL IT IT IT AR AR AR Y Y Y PN PN PN DRAWING 2 5 125 V 5A PAGE 14 2 1 JANTX JANTX ¼W 1N5618 ¼W CTJ420E129 2 P/N 28.7 DEUTSCH kΩ ¼W DRAWING 10 kΩ 1N6052A 49.9 kΩ 3 ¼W Common Termination Systems 2 CTJ420E128 4 28.7 kΩ JANTX 1 CTJ4 Circuit Configurations ¼W DRAWING CTJ420E136 1N5618 JANTX 1 CTJ420E132 5 1N6052A 10 kΩ 49.9 kΩ 1 1/8 W JANTX ¼W CTJ420E129 JANTX 2 4 1N6052A 28.7 DEUTSCH kΩ P/N 1N5619 3 JANTX 3 ¼W 150 Ω 1N5618 6 CTJ420E137 CTJ420E134 CTJ420E126 2004kΩ DRAWING 1 10 kΩ Two 49.9 kΩ Resistors, 1/4 1/2 W W JANTX Two 28.7 kΩ Resistors, 1/4 W 1 1/2 W 1/8 WCTJ420E136 1N5618 JANTX 1 JANTX CTJ420E132 5 1 150 Ω 10 kΩ 1N6052A 1N5619 1/2 W 1/8 W JANTX 5Ω CTJ420E138 150 Ω 51 6 JANTX 1N6419-1 2004kΩ CTJ420E135 1/2 4W 1/2 W 3 JANTX 1N5619 1/2 W 820 Ω 150 1N5618 2 WΩ CTJ420E134 6 CTJ420E137 CTJ420E132 1 200W kΩ 150 Ω 1/2 10 kΩ Five 150 Ω Resistors, 1/2 W 1 DRAWING 1/2 W 1/2 W 1/8 W JANTX JANTX 1 CTJ420E139 5 JANTX 51 Ω 1N5618 1N6419-1 1/2 4 W 150 Ω 1N5551 JANTX 1/2 1W 820 Ω JANTX 1N5619 150 CTJ420E138 2 WΩ 51 5 Ω 6CTJ420E135 1N6419-1 1/2 4W 1/2 W 1 kΩ 200 kΩ 820 DEUTSCH P/N 1 WΩ JANTX JANTX 2W 1/2 W CTJ420E136 CTJ420E140 5 JANTXV 1N5618 Four JANTX 1N5619 Diodes 150 Ω 1N5551 One 200 kΩ 1 Resistor, 1/2 W 1/2 1W 1N5550 JANTX 5 JANTX 5 CTJ420E139 51 ΩCTJ420E146 JANTX 4 1N5618 1/2 W 1N5551 1 kΩ 1N6419-1 1 2 820 5.1 kΩ 1 WΩ 2 WCTJ420E145 1/10 W JANTXV 11 1 kΩ 3 2 1N5550 JANTX 1 W 5 JANTX CTJ420E139 CTJ420E149 JANTX CTJ420E140 5 1N5618 JANTXV One 1 kΩ Resistor, 1 W 1N5551 100 kΩ 2 One JANTXV 1N5550 Diode 1 1N5618 DRAWING 1N5550 1/4 W 5.1 kΩ 150 Ω 200 kΩ 1/2 W JANTX 1/2 W 1N5618 DRAWING 150 Ω 10 kΩ DRAWING 1/2 W CTJ420E128 Two JANTX 1N6052A Zener Dioides 1/8 W JANTX 51 Ω JANTX 1N6419-1 DRAWING 1/2 W 1N5619 820 Ω CTJ420E129 One JANTX 1N5618 Diode Three 10 kΩ Resistors, 1/8 W 150 2 WΩ 200W kΩ 1/2 1/2 W JANTX JANTX 1N5618 150 Ω 1N5551 1/2 W JANTX CTJ420E134 51 Ω 1/2 W 1N6419-1 1 kΩ Three 150 Ω Resistors, 1/2 W One 51 Ω Resistor, 1/2 W One 820 Ω Resistor, 2 W CTJ420E135 Four JANTX 1N5551 Diodes 820 1 WΩ 2W JANTXV 1N5550 JANTX JANTX 1N5618 1N5551 R CTJ420E137 5.1 kΩ 1/10 W Six JANTX 1N6419-1 Diodes AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E SE E JU M P TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN C TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN 1/10 W JANTX 7.5 kΩ 3 1 kΩ 2 JANTX 1N5616 1/4 kΩ W 5.1 2 CTJ420E155 CTJ420E145 1 W 1N5618 1/10 W JANTX 11 100 kΩ JANTXV 2 2 1N4461 1/4 W 1N5550 CTJ420E146 Five JANTX 1N5618 Diodes JANTX 7.5 kΩ 100 kΩ DRAWING 1/8 W JANTX JANTX 1N6052A 1N5619 ES IS T C AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E E SE JU M P TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C C C AP T OR ER AP AP OR TR ER ACRA AN AC N R R R EC V ITO SF EC EC ITO VA SFO O A R TI LU R TI R LU R M M F F D D E/ D ER ER IO M IERE/ IO IO IER M I I D LI LI D E T E TA AR ZE ZE ZE R N N Y Y N ER ER PN PN I I IS SO D SO IO O DIO C D C D FU UB E FU FU UB E E SE E S SE R R E E J J JU U SI SI U M M ST ST M P PE C C O T ER O A A TR R PA R R PATR AN A AN R CIT R CIT SF S E E V O FO VA C C VA TI R ALU OR T L LU R M F M D D IFIE E/ I E E E E I I M M / M O O I R R IL D R ILI D LI E E T IT T AR ZE ZE AR N N Y Y ER ER PN PN IS IS D O O DI IO C C D FU UB E FU UB SE E SE E JU JU M M PE P TR R TR ER AN AN S FO VA VA SFO LU LU R M E E / M M E/ R IL IL IT IT AR AR Y Y PN 49.9 kΩ DRAWING 111 kΩ 11 DRAWING CTJ420E138 Five JANTX 1N5618 Diodes JANTX 1W 1N5618 JANTXV 100 kΩ 1N5550 1/4 W 11 JANTX 7.5 kΩ CTJ420E140 1N5616 1/4 kΩ W 5.1 11 Five 5.1 kΩ Resistors, 1/10 W 1/10 W JANTX 1N4461 CTJ420E145 Two 100 kΩ Resistors, 1/4 W Two 7.5 kΩ Resistors, 1/4 W 12 100 kΩ 1 kΩW 1/4 1/4 W 7.5 kΩ CTJ420E149 121/4 W Three JANTX 1N5616 Diodes Two JANTX 1N4461 Zener Diodes CTJ420E155 Two 1 kΩ Resistors, 1/4 W 1N5616 120 Ω 11/4 kΩW 1/4 W CTJ420E157 2 5.1 kΩ 1/4 W 1/4 W JANTX 7.5 kΩ AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM 1/10 W 1N4461 121/4 W 12 PAGE 15 JANTX JANTX 120 Ω 1 kΩDEUTSCH P/N Common Termination Systems CTJ420E164 1N6045A CTJ420E161 2 1/4 W 1/4 W CTJ4 Circuit Configurations DRAWING CTJ420E163 JANTX 120 Ω CTJ420E166 CTJ420E162 1N6045A 2 2 1/4 W 1N6059A JANTX DRAWING 2 1N6045A Two 120 Ω Resistors, 1/4 W DRAWING ON SEMIJANTX 5 CONDUCTOR 5 MR756 CTJ420E161 2 Two JANTX 1N6059A Zener Diodes DRAWING JANTX CTJ420E166 1N6045A 2 TELEDYNE 2 M93F-1 JANTX JANTX 1N5418 1N6067A Two JANTX 1N6045A 1N5351B ZenerDRAWING Diodes ON SEMI5 TELEDYNE CONDUCTOR 5 CTJ420E167 2CTJ420E173 ON SEMIDEUTSCH P/N JANTX 5 5CTJ420E174 CONDUCTOR 5 CTJ420E163 CTJ420E170 5 MR756 M93F-1 CTJ420E164 5 100 249kΩ Ω 1/10 W 1/4 W 13 JANTX JANTX 1N5418 Five JANTX 1N5351B Zener Diodes 1N5351B DRAWING 470 Ω 100 249kΩ Ω CTJ420E177 6 TELEDYNE 2 M93F-1 ½W 1/10 W 1/4 W ON SEMI5 CTJ420E174 5 CONDUCTOR 5 CTJ420E167 CTJ420E170 5 MR756 JANTX JANTX CTJ420E176 CTJ420E172 1N5418 1N5351B 470 Ω 5 100 249kΩ Ω 1/10 W 1/4 W JANTX 6 TELEDYNE CTJ420E173 CTJ420E184 1 M93F-1 ½W 1N4454-1 Five JANTX 1N5418 Diodes 100 249kΩ Ω CTJ420E177 2 1/10 W 1/4 W JANTX CTJ420E186 1N4454-1 50 VDC 14 6 TELEDYNE CTJ420E177 CTJ420E184 1 1N4454-1 ½W M93F-1 Six JANTX 1N4454-1 Diodes 2 2 JANTX JANTX 1N5418 1N5351B CTJ420E162 Two JANTX 1N6067A Zener Diodes 100 249kΩ Ω 13 JANTX JANTX 1N5418 1N5351B 50 VDC 14 DRAWING Two ON Semiconductor MR756 Diodes 470 Ω TELEDYNE M93F-1 ½W CTJ420E172 Two TELEDYNE M93F-1 ISO Cubes JANTX 14 1N4454-1 470 Ω 2 CTJ420E174 TELEDYNE ½W M93F-1 1 µF 14 Five 100 kΩ Resistors, 1/1050 WVDC CTJ420E176 Five 470 Ω Resistors, 1/2 W JANTX 1N4454-1 2 CTJ420E184 14 TELEDYNE M92F-3 1 µF 50 VDC One 1 F Capacitor, 50 VDC 14 CTJ420E186 Two TELEDYNE M92F-3 ISO Cubes TELEDYNE M92F-3 1 µF 13 CTJ420E166 15 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM JANTX CTJ420E186 1N4454-1 DRAWING ON SEMICONDUCTOR MR756 100 249kΩ Ω CTJ420E170 1/10 W Five 249 Ω Resistors, 1/4 W 1/4 W 470 Ω JANTX 470 Ω DRAWING 6 TELEDYNE ½W M93F-1 1 µF TELEDYNE M93F-1 1/10 W One JANTX 2N2323A SCR1/4 W MR756 JANTX JANTX CTJ420E176 CTJ420E172 1N5418 1N5351B ON SEMIJANTX CONDUCTOR MR756 1N6067A 1N6067A 1N6059A 50 VDC 1N6059A JANTX CTJ420E157 CTJ420E164 1 µF 2 DRAWING 1N6045A JANTX TELEDYNE 2 M93F-1 DEUTSCH P/N JANTX TELEDYNE 2CTJ420E167 2 CTJ420E173 M93F-1 JANTX TELEDYNE M93F-1 5 TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C C C C AP OR T ER AP OR T ER AP OR TR ER A R R AC AC AN AN AC AN R R R R SF SF EC ITO V EC ITOV EC ITO VA SFO E O A O R R TI TI RAL LU L R R T R U U M M F F M D D D IFIE M E/ D ER ER ER IO IERM E/ IO IERM E/ IO IO R I I I D D L L D L IT IT E E IT E AR AR ZE ZE AR ZE ZE N N Y Y N Y ER ER E PN P PN R N IS IS IS IS O DIO O DIO O DIO O C C D D C D U U E E U FU B FU B FU B E FU SE E SE E SE E R R R ES ES ES JU JU JU JU IS IS IS M M M PE P T T T P C C C AP OR T ER AP OR T ER AP OR T TR R R R R A A AC AN AN AN R CIT R CIT R I S S SF EC EC EC TO V FO F VA OV OV O TI R ALU OR TI RAL TI R AL LU R R U M M FI FI F M D D D E E E ER ER ER IO ER M IO ERM IO IER M / / M / IL IL IL IL D D D IT IT E E E IT I AR AR ZE ZE ZE AR N N N Y Y Y ER ER ER PN PN PN IS IS IS D D O O O DIO IO IO C C C D D D FU UB E FU UB E FU UB E E E E SE SE SE JU JU JU M M M PE PE P TR R TR R TR ER AN AN AN S S FO FO VA VA VA SFO LU LU LU R R R M M M E E E E E ER / / / M M M R R IL IL IL IT IT IT AR AR AR Y Y Y PN PN PN DRAWING 1N4461 2 TELEDYNE M92F-3 PAGE 16 (1) INTERSIL HA5002/883 CURRENT BUFFER C C AP AP OR TR ER AP OR TR ER AC AN AN AC R R R SF EC EC ITO V EC ITO VA SFO O A TI R LU R R TI R LU M M F F D D E/ D ER ER IO IO IERM E/ IO IERM I I D LI LI D E E TA TA ZE ZE ZE R R N N Y Y N ER ER PN PN I I IS SO SO D IO O DIO C D C D FU FU UB E FU UB E E S SE E SE R R E J E J JU U U SI SI M M ST ST MP PE C C ER O O A T A T TR R PA R RA PA RRA AN C N R CIT R EC EC ITVOA SFO VA SFO O V TI R ALU TI RLU R LU R M M F F D E/ D ER ER IO IER M IO IEMR M E/ IL IL IL D D IT IT IT E E AR AR ZE ZE Y N N Y ER ER PN PN IS IS D O DIO O IO C C D D FU UB E FU UB E E E SE SE JU JU M M P PE TR ER TR R AN AN VA SFO VA SFO LU LU R R M M ER ER M E/ M E/ I IL L IT IT AR AR Y Y PN PN DRAWING JANTX 1N5618 7A DEUTSCH P/N5 Common Termination Systems CTJ420E189 1252V JANTX 7A 2 CTJ420E191 125 V (1) DEUTSCH P/N INTERSIL 1 CURRENT BUFFER 4 1N5618 2.7 kΩ 1/4 W 1 kΩ DRAWING JANTX HACTJ420E196 5 5002/883 CTJ420E302 CTJ420E187 4 125 V CURRENT Five 7 A Fuses, BUFFER 1 DRAWING CTJ420E301 JANTX CTJ420E192 5 1 1N5618 2.7 kΩ 1 1/4 W 1 kΩ 1 CTJ420E197 CTJ420E303 ¼W 1 4 56 Ω ¼W 56 (1)Ω 1/2 W INTERSIL CTJ420E189 DRAWING 5 CTJ420E191 One INTERSIL HA-5002/883 Current Buffer 1.8 kΩ, 1/4 W 5A 2.7kΩ,kΩ 5.1 1/4 W 125 V 1/4 W 3.3 kΩ, 1/4 W 127 Ω 3.9 Five 127 Ω Resistors, 1/8 W 1/8 kΩ W 1/4 W 120 Ω 1/2 W 2.7 kΩ, 1/4 W CTJ420E196 JANTX 1N5711 CTJ420E197 Five 5 A Fuses, 125 V 16 1.8 kΩ, 1/4 W R 5 CTJ420E302 2.7 kΩ 5A 5.1 ¼kΩ, W1/4 W CTJ420E306 1 2 120kΩ Ω 1.8 1/4 W 2.7kΩ, kΩ 3.9 1/2 W ¼A WCTJ420E305 1/4 2W 5.15kΩ, 1/4 W JANTX 6CTJ420E313 5 CTJ420E304 125 5.1 kΩ 3.3 kΩ,V 1/4 W 1N649-1 2 2.7 kΩ Two 120 Ω Resistors, 1/2 W 2.7 kΩ W Two 2.7 kΩ Resistors, 1/4 W1/4 ¼ W JANTX 1N5711 1/4 W DRAWING 8.2 kΩ 120kΩ Ω 3.9 1/2 W 1/4 2W JANTX CTJ420E306 CTJ420E314 5.1 kΩ 1N649-1 2.7 kΩ 1/4 W ¼W 8.2 kΩ 1/4 W 2 1 CTJ420E311 DRAWING 125 V 2.7 kΩ JANTX 1N5711 1/4 W 16 3.9 1/2 kΩ W 1/4 W JANTX 2.7 kΩ 5.1 kΩ 1N649-1 ¼W 1/4 W CTJ420E303 DRAWING One 2.7 kΩ Resistor, 1/4 W One 1.8 kΩ Resistor, 1/4 W One 5.1 kΩ Resistor, 1/4 W One 3.3 kΩ Resistor, 1/4 W Three JANTX 1N5711 Diodes 16 8.2 kΩ 1/4 W 2.7 kΩ 1/4 W JANTX 1N5711 CTJ420E305 100 kΩ 16 3.9 kΩ Two 2.7 kΩ Resistors, 1/4 W1/4 W Two 3.9 kΩ Resistors, 1/4 W1/4 W 5.1 kΩ 1/4 W 1/4 W 2.7 kΩ JANTX 1/4 W 1N5711 100 kΩ 16 6 1/4 kΩ W 3.9 2 1/4 W 5.1 kΩ 3.3 kΩ, 1/4 W Four 2.7 kΩ Resistors, 1/4 W One 3.9 kΩ Resistor, 1/4 W 120 Ω AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E SE E JU M P TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN 16 2.7 kΩ, 1/4 W TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C 1/4 W 1 kΩ 56 Ω ¼W 2.7 1/2kΩ,W1/4 W DRAWING ES IS T C AP OR A R CIT EC O TI R F D IO IER D E ZE N ER IS O DIO C D FU UB E E SE JU M P TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN 5A CTJ420E304 5 1 1/8 W 5.1 kΩ, 1/4 W 2.7 kΩ kΩ 2.7 125kΩ V 3.9 1 1/4 W 1/4 W 3.3 kΩ, 1/4 W 1/4 WCTJ420E303 2 127 Ω 1 kΩ 1 JANTX 1N5711 3 CTJ420E197 1/8 kΩ W 56 Ω1/4 W 3.9 ¼kΩ, W 2.7 1 1/2 W 1/4 W 120 Ω 1.8 kΩ, 1/4 W 2 5A 1/2 3W CTJ420E301 P/N 5.1 kΩ,DEUTSCH 1/4 W Four 2.7 kΩ Resistors, 1/4 W 2.7 kΩ, 1/4 W 2.7 125kΩ VCTJ420E305 One 56 Ω Resistor, 1/2 W 2 1/4 W 3.3 kΩ, 1/4 W 1.8 2.7kΩ, kΩ1/4 W CTJ420E304 2 127 Ω 5 A ¼ W JANTX 1N5711 5 5.1 kΩ, 1/4 W CTJ420E311 3.9 1/8 kΩ W 1256V 2 3.3 kΩ, 1/4 W 1/4 W 120 Ω 2.7 kΩ 2 JANTX 1N5711 1/2 3W 1/4 W 2.7 1/8 kΩ W Two JANTX 1N5618 Diodes 3.9 1/4 kΩ W 127 Ω (1) 1/2 W 1 INTERSIL CTJ420E302 CTJ420E192 HA3 CTJ420E196 5 Five 1 kΩ Resistors, 1/4 W ¼ W 5002/883 1 56kΩ, Ω1/4 W 2.7 2.7 kΩ CURRENT DRAWING 1/2 W 1/4 W BUFFER 127 Ω 1.8 kΩ, 1/4 W 2 ¼W 56 Ω (1) 1/2 W INTERSIL HA5002/883 2.7 kΩ CURRENT BUFFER 1/4 W 127 Ω HA5002/883 CURRENT 2.7 kΩ BUFFER 1/4 W 1/8 W 2.7 kΩ kΩ 3.9 1/4 W 1/4 W 1 kΩ DRAWING 1N5618 2.7 kΩ 1/4 W 1 kΩ (1) CTJ4 Circuit 4 Configurations INTERSIL JANTX DRAWING HACTJ420E192 5 5002/883 CTJ420E301 1N5618 TR ER AN VA SFO LU R M E ER / M IL IT AR Y PN C 7A CTJ420E191 2 125 V CTJ420E306 Two 5.1 kΩ Resistors, 1/4 W Two 8.2 kΩ Resistors, 1/4 W Two JANTX 1N5711 Diodes 17 8.2 kΩ 1/4 W JANTX JANTX 1N4007 1N5711 CTJ420E313 17 CTJ420E314 2.7 kΩ Six JANTX 1N649-1 Diodes1/4 W Five 100 kΩ Resistors, 1/4 W Six JANTX 1N4007 Diodes JANTX 1 kΩ 1/4 W 8.2 kΩ 2 17 1N5711 JANTX 1/2 W 100 kΩ 1/4 W 6 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 17 CTJ420E316 1N4007 1/4 kΩ W 3.9 JANTX JANTX 1/4 2W 1N5711 2 1N4007 JANTX 1N4007 DRAWING 1 kΩ DEUTSCH P/N JANS 1/2 W JANTX 5 4 CTJ420E322 CTJ420E317 5 Common Termination Systems 1N5811 1N4007 2 4.7 kΩ 1 kΩ JANS 1/2 W CTJ420E326 CTJ420E320 5 1N5811 DEUTSCH P/N JANTX 1N4007 4 CTJ420E322 1 4.7 kΩ JANTX ½W 3 1N4007 1 5 2 CTJ420E316 1 JANS 100 Ω 1N5811 Two 1 kΩ Resistors, 1/2 W 1/4 W Two JANTX 1N4007 Diodes 300 Ω DRAWING 4.7 kΩ CTJ420E334 JANTX CTJ420E330 ½3 W 1N4007 JANS CTJ420E326 100 Ω 1N5811 1/4 W 300 Ω 12 1N4007 JANS 573 Ω 1 10 ½ kΩ W 1/8 W 2 CTJ420E337 1000 CTJ420E333 pF 3.0 100kΩ Ω 100 1/8 W 1/4VDC W 1 2 2 3 1 300 Ω 1/4 W CTJ420E336 CTJ420E330 1 1 35 WVDC 1/10 W 10 kΩ 1/82W 5 1 2 1 kΩ 2CTJ420E337 CTJ420E333 1000 pF 1/4 W 3.0 kΩ 2 kΩ 100 VDC 1/8 10 kΩ 1/4 W W 1/4 4WCTJ420E339 3 1 1 CTJ420E334 1/4 W 10 kΩ CTJ420E322 DRAWING CTJ420E332 2 1 573 Ω 1/4 W PIV = 600 V 10 IFSM = kΩ 200 A 10 µF 35 WVDC 1/10 W 18 1/8 W 1 kΩ 1000 pF 1/4 W 2 kΩ 3.0VDC kΩ 100 10 kΩ 1/4 W 1/8 W Three JANTX 1N5550 Diodes 18 DRAWING CTJ420E326 One 100 Ω Resistor, 1/4 W One 300 Ω Resistor, 1/4 W One 573 Ω Resistor, 1/4 W One 10 F Capacitor, 35 WVDC 1/4 W 300 kΩ JANTX 1/4 W 1N6677-1 10 kΩ V PIV = 600 I = 200 A FSM Five 10 kΩ Resistor, 1/10 W1/10 W JANTX CTJ420E333 Two 2 kΩ Resistors, 1/4 W Two JANTX 1N6677-1 Diodes 19 1N3613 1 kΩ 2 kΩ 1/4 W 1N6677-1 PIV 600 V 10= kΩ 1/4 W 1/10 W 2 JANTX 100 Ω JANTX 1/2 kΩ W 300 1N6677-1 10 kΩ 1/4 W IFSM = 200 A CTJ420E336 Two PIV = 600 V, IFSM 200 A Diodes 1/4 W 10 kΩ 2 CTJ420E320 1000 pF 3.0 100 kΩ Ω 100 1/8 W 1/4VDC W Five 4.7 kΩ Resistors, 1/2 W 10 kΩ 300 kΩ JANTX 1/4 W 1N3613 DRAWING 300 Ω 1/4 W 1 kΩ 1/4 W 19 = JANTX 1N3613 JANTX 1/4 W 1004Ω JANTX 1/2 W 300 kΩ 1N6677-1 1/4 W 2.2 kΩ 1N3613 1/2 W 1N3613 240 kΩ 1/2 W 100 Ω 1/2 W 19 JANTX JANTX CTJ420E338 Four JANTX 1N3613 Diodes 4CTJ420E339 2.2 kΩ 1N3613 100 Ω JANTX 1/2 W 300 kΩ 1/2 W 4 1/4 W 1N6677-1 1/4 W DRAWING 10 2 kΩ 1/8 W Two 10 kΩ Resistors, 1/8 W 1 kΩ 1/4 4W Two 3 kΩ Resistors, 1/8 W 2 kΩ 300 kΩ JANTX 1/4 W 1N6677-1 PIV 10= 600 kΩ V IFSM = 200 A CTJ420E338 1/10 W 2 JANTX CTJ420E340 1N3613 1 kΩ 1/4 4W 2 kΩ 573 Ω 18 1/10 W 1/42W 1000 pF One 1000 pF Capacitor, 100 VDC 573 Ω 3.0 kΩ 2 kΩ 10VDC kΩ 100 1/4 W DRAWING 1/8 PIV = 600 V 1/4 1/4 W 10 kΩ CTJ420E338 4W IFSM10 = 200 µF A CTJ420E332 JANTX 1/4 W 1N5550 10 µF 4.7 kΩ 35 WVDC 10 kΩ ½W CTJ420E317 1/8 W Five JANTX 1N4007 Diodes 300 Ω 1/4 W 573 Ω PIV1/4 = 600 W V IFSM = kΩ 200 A 10 10 µF 35 WVDC 300 Ω 1/4 W DRAWING 10 µF 4.7 kΩ kΩ 3510 WVDC ½W 1/8 W 2 1000 pF 3.0 kΩ 100 Ω Four JANS 1N5811 Diodes 1/8 W 100 1/4VDC W DRAWING 2 10 µF 4.7 kΩ 35 WVDC CTJ420E334 CTJ420E330 100 Ω 1N5811 1/4 W 1/4 W JANTX 1N5550 1/4 W 1 CTJ420E336 DEUTSCH P/N 1/4 W JANTX CTJ420E332 5 CTJ420E321 573 Ω 1N5550 1/4 W 1 DRAWING JANTX ½W JANTX DRAWING CTJ4 Circuit Configurations 1N4007 4 CTJ420E321 1 TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN C C C C AP OR T ER AP OR T ER AP TOR ER R R R A AC A AN A AN R R CIT R R CIT NS SF SF EC EC ITO V EC V O F O V O O O A A A R L R T T T LR LU R R R U M M M D D IFIE D IFIE D IFIE UE E E/ E E ER I I IO I / / M M M O O R R R R R IL IL D D D ILI E IT IT E E T Z ZE AR AR AR ZE ZE N N N Y Y Y ER ER ER PN PN PN IS IS IS IS D D O DIO O O IO IO C D C C D U DE F FU UB E FU UB E F B U SE E SE E SE E R R R ES ES J ES JU JU JU IS IS IS M M M T T P P T PE C C C AP OR AP OR T AP O TRR R TR ER TR ER A A A A AN AN R CIT R CIT R CIT NS S S E E E F O O VA FO FO VA VA C C C VAOLR O R TI R T T R LU L R R IF IF UE U M FI M M D D D E E I ER ER ER IO ER IO ER M IO MIER / / / M M IL IL IL IL D D D I E E IT IT E TA ZE Z AR AR ZE R EN N Y N Y Y ER ER ER PN PN PN IS IS IS D D O O DIO IO O IO C C D D C D FU UB E FU UB E FU UB E E E E SE SE SE JU JU JU M M M PE P PE TR R TR ER TR R AN AN AN S S FO VA VA SFO FO VA LU LU R R LU R M M M E E E E E E / M / M / M R R IL I I L L IT IT IT AR AR AR Y Y Y PN PN PN 2 CTJ420E339 19 One 100 Ω Resistor, 1/2 W Four JANTX 1N3613 Diodes JANTX 1N3613 CTJ420E337 One 1 kΩ Resistor, 1/4 W Three 10 kΩ Resistors, 1/4 W One 300 kΩ Resistor, 1/4 W 19 CTJ420E340 Two 2.2 kΩ Resistors, 1/2 W Two 240 kΩ Resistors, 1/2 W 240 kΩ JANTX AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM 1/2 W 2.2 kΩ 100 Ω 1N3613 2 JANTX 1/2 W 1/2 W CTJ420E340 19 20 PAGE 18 AP A R C EC T D I IO D E ZE N ER IS O C FU U SE JU M P TR E AN VA S LU M E/ IL IT AR C DRAWING TR ER AN VA SFO LU R M ER M E/ IL IT AR Y PN 470 Ω Common Termination Systems CTJ420E342 4 1W CTJ4 Circuit Configurations 470 Ω CTJ420E347 1W 1.5 kΩ 1W 1.5 kΩ 1W DRAWING 12 1.5 kΩ 4.99 kΩ 1W 1/8 W CTJ420E341 CTJ420E342 CTJ420E347 Two CTJ420E341 Resistors, 1 W Four 1.5 kΩ Resistors, 1 W Twelve 4.99 kΩ Resistors, 1/8 W 4.99 kΩ 1/8 W 4.99 kΩ 1/8 W 21 21 21 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 19 Common Termination Systems DEUTSCH CTJ5 Series Board-Mount/Pluggable Modules CONVENIENT • Mounts on pc board or flat flex cable • Uses AS39029 socket contacts to accept wiring and connect through to straight solder pin contacts • Uses a standard insertion/ removal tool • Light weight RUGGED • Fluid resistant in most aerospace environments • Available to operate in hydraulic fluid immersion EASY TO USE • Straight solder pin contacts allow modules to be soldered to pc boards or plugged into specialized components • All contacts are discrete, mainly used to take single leads from a PC board out to wire Fast, cost-effective termination of pc boards, flat flex cable, and electromechanical components. Specifications Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 110,000 Ft: 200 VACrms Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Operating Temperature: -65°C to +200°C Physical Shock: 78 g in each of the 3 mutually perpendicular planes Vibration: Maintains continuity to minimize mechanical or physical damage during or after vibration following vibration levels Level 1—34 minutes per axis 20–90 Hz at 6 dB/oct. rise 90–300 Hz at 1.0 g2/Hz 300–2000 Hz at 6 dB/oct. fall Level 2—14 minutes per axis 20–40 Hz at 6 dB/oct. rise 40–350 Hz at 0.5 g2/Hz 350–2000 Hz at 6 dB/oct. fall No discontinuities greater than 1 microsecond Corrosion: 48 hours of salt spray Magnetic Permeability: 2.0  max. Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 20 Common Termination Systems Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Pin Contacts: Gold over copper Sealing Grommet: Elastomer, fluid resistant and environmentally sealed Contact Resistance (at 25°C) Usable Wire Size Meets AS39029 paragraph 3.5.4 Meets AS39029 paragraph 3.4.2 Wire Size Test Current Voltage Drop Contact 22 AWG 5A 110 mV 20 AWG 7.5 A 16 AWG 13 A Grommet Sealing Range Wire Range (AWG) Current Rating Size 22 26–22 5A 83 mV Size 20 24–20 7.5 A 74 mV Size 16 16–20 13 A Wire OD Contact Size Min. Max. 22 0.030 0.060 20 0.040 0.083 16 0.065 0.109 Modules Size 22 Size 22 2020 Size Size22 22 Contacts Contacts Size Size20 20 12 Size 2020 Contacts 12 Size Contacts Size 16 Size 16 6 Size 6 Size16 16Contacts Contacts Pin Arrangements     OUTLINE  DIMENSIONS   AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM     PAGE 21 Common Termination Systems Outline Dimensions .510 .672 .760 (Size 22) .920 (Sizes 20, 16) .187 .030 Locating Key Part Numbering System CTJ5 20 E 12 - 513 Basic Identifier Contact Size 22, 20, 16 Environmental Number of Contacts Modification 513 To Mil Standard to Withstand Fluid Immersion to MS55 4010 Vacuum Bake Ordering Information Module Part No. Size 22 CTJ522E20-xxx Size 20 CTJ520E12-xxx Size 16 CTJ516E6-xxx xxx = modification code. AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 22 Common Termination Systems DEUTSCH CTJ6 and CTJ9 Series Plug and Receptacle Connectors SAVE SPACE AND WEIGHT • Small, lightweight modules • Flange mounting or in-line mounting for simultaneous connect/disconnect of many wires VERSATILE • Flange or in-line mountable • Backpack configurations available for receptacle connectors • Available with optional strain relief • PCB tail contacts or with crimp backpack RELIABLE • Cork in bottle interfacial seal between the mating halves • Environmentally resistant EASY MATING/UNMATING • Audible click indicates proper mating • Simple tool allows unmating Small, lightweight modules designed for flange mounting or inline mounting for simultaneous connect/disconnect of many wires. Specifications Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 100,000 Ft: 200 VACrms Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Operating Temperature: -65°C to +200°C Thermal Shock (AS81714 paragraph 3.5.5): After cycling the modules between -55°C and +200°C, they will meet all applicable electrical and mechanical requirements Vibration: Maintains continuity to minimize mechanical or physical damage during or after vibration following vibration levels Level 1—34 minutes per axis 20-90 Hz at 6 dB/oct. rise 90-300 Hz at 1.0 g2/Hz 300-2000 Hz at 6 dB/oct. fall Level 2—14 minutes per axis 20–40 Hz at 6 dB/oct. rise 40–350 Hz at 0.5 g2/Hz 350–2000 Hz at 6 dB/oct. fall No discontinuities greater than 1 microsecond Corrosion: No decrease in performance or exposure of base metal up to 48 hours of salt spray Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 23 Common Termination Systems Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Pin Contacts: Gold over copper Sealing Grommet: Elastomer, fluid resistant and environmentally sealed Strain Relief: Brass, nickel plated Usable Wire Size Meets AS39029 paragraph 3.4.2 Contact Wire Range (AWG) Current Rating Size 20 24–20 7.5 A Size 12 14–12 3A Layout Arrangements (Viewed from grommet side of plug module) Layout 02 Layout 06 Layout 12 2 Size 12 Contacts 6 Size 20 Contacts 12 Size 20 Contacts CTJ9 Receptacle Configurations (Shown with rear environmental assembly) AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 24 Common Termination Systems Part Numbering System CTJ 6 20 E 02 N - 513 Basic Identifier Module Type 6 Plug 9 Receptacle Contact Size 20, 12 Connector Type E Standard R Rear Package (Receptacle Only) Number of Contacts 02 2 Size 12 06 6 Size 20 12 12 Size 20 Keying N Standard 1, 2, 3 Alternate Keying Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 4010 Vacuum Bake 1038 Supply with Strain Relief, Shipped Loose with Plug 5145 Standard Offering That Is Provided With Strain Relief, Beryllium Copper Contacts with Single Color Band for Improved Probe Damage Resistance CTJ9 Receptacle Outline and Mounting Demensions Flange Mount Receptacle In-Line Receptacle Order Part No. 65002*** for standard extended pins Order Part No. 65003*** for rear environmental assembly Layout A B C D E F G H J K L 02 0.770 0.620 0.750 0.200 0.100 0.670 0.510 1.000 1.300 0.750 0.530 06 0.650 0.470 0.750 0.200 0.100 0.550 0.380 1.000 1.180 0.600 0.380 12 0.770 0.620 0.750 0.200 0.100 0.670 0.510 1.000 1.300 0.750 0.530 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 25 Common Termination Systems   Layout   A   B   Part  No.   Plug Outline 02   CTJ60.652   0.510   Dimensions CTJ612E02   06   0.530   0.360   CTJ620E06   12   0.652   0.510   CTJ620E12       Layout CLOCKING  OPTIONS   Grommet  Side  of  Plug     B Part No. 02 0.652 0.510 CTJ612E02 06 0.530 0.360 CTJ620E06 12 0.652 0.510 CTJ620E12     Layout   A   Options B   Part  No.   Clocking 02   0.652   0.510   CTJ612E02   0.530   CTJ620E06     06   Grommet   Side  of  0.360   Plug     Receptacle  Side   12   0.652   0.510   CTJ620E12     Keying   Position   45°  Angle  Location   N   1,  2   1   CLOCKING  OPTIONS   3,  4   2   1,  3   3   2,  4     STRAIN   RELIEF   Strain Relief   A   Used with Layout A 06 Side   Receptacle   12 Keying Position 1, 2 1 3, 4 2 1, 3 3 2, 4 B Part No. 0.320 0.490 1629-011-06117 0.470 0.630 1629-011-12117 Keying  Position   45°  Angle  Location   N   1,  2   1   3,  4   2   1,  3   3   2,  4       Used   with  L A   B   Part  No.   STRAIN   Rayout   ELIEF   06   0.320   0.490   1629-­‐011-­‐06117   12   0.470   0.630   1629-­‐011-­‐12117   CTJ6/CTJ9 Mating Procedure   CTJ6/CTJ9  MATING  AND  UNMATING  PROCEDURE     45° Angle Location N CTJ6/CTJ9 Unmating Procedure Mating  Procedure   34  |  P a g e       Used  with  Layout   A   B   Part  No.   06   0.320   0.490   1629-­‐011-­‐06117   Step 2. Press the plug and 12  Step 1. With the plug’s 0.470   0.630   1629-­‐011-­‐12117   engaging surface facing receptacle firmly together   the receptacle’s mating until you hear an audible CTJ6/CTJ9   ATING   AND   UNMATING   PROCEDURE   face andM the angled keying click that indicates the plug surfaces aligned, insert the is fully seated and locked Mating   Procedure   plug into the receptacle. in position. Step 1. Place extraction tool CTJ-R06 over the plug module and insert it into the slots on both sides of the receptacle. Push the tool in until the module’s locking fingers disengage. Step 2. Pressing the legs of the tool to hold the module tight, pull back to remove the plug module. 34  |  P a g e     AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 26 Common Termination Systems DEUTSCH CTJ7 and CTG Series Grounding Modules and Junctions CONVENIENT • Small rugged devices • Environmentally sealed • Simple assembly FLEXIBLE • Stud and flange mounting • Threaded stud can replace the screw terminals RUGGED ONE-PIECE CONSTRUCTION • Resistant to shock and vibration • Light weight • Dissipates heat well CTJ7 grounding modules for multiwire grounding applications that need a small, rugged device that also offers sealing and assembly ease. CTG grounding junctions provide a simple method of terminating a wire to ground. Wires with crimp type contacts inserted into the grounding junctions can then be attached to any grounding surface. Junctions are available for size 22, 20, 16, and 12 contacts. Specifications Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 110,000 Ft: 200 VACrms Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Operating Temperature: -65°C to +200°C Physical Shock: 78 g in each of the 3 mutually perpendicular planes Thermal Shock (AS81714 paragraph 3.5.5): After cycling the module between -55°C and +200°C, it will meet all applicable electrical and mechanical requirements Vibration: Maintains continuity to minimize mechanical or physical damage during or after vibration following vibration levels Level 1—34 minutes per axis 20-90 Hz at 6 dB/oct. rise 90-300 Hz at 1.0 g2/Hz 300-2000 Hz at 6 dB/oct. fall Level 2—14 minutes per axis 20-40 Hz at 6 dB/oct. rise 40-350 Hz at 0.5 g2/Hz 350-2000 Hz at 6 dB/oct. fall No discontinuities greater than 1 microsecond AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 27 Common Termination Systems Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Pin Contacts: Gold over copper Sealing Grommet: Elastomer, fluid resistant and environmentally sealed Corrosion: 48 hours of salt spray Magnetic Permeability: 2.0  max. Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline Contact Resistance (at 25°C) Usable Wire Size Meets AS39029 paragraph 3.5.4 Meets AS39029 paragraph 3.4.2 Grommet Sealing Range Wire Size Test Current Voltage Drop Contact Wire Range (AWG) Current Rating 22 AWG 5A 73 mV Size 22 26–22 5A 20 AWG 7.5 A 55 mV Size 20 24–20 7.5 A 16 AWG 13 A 50 mV Size 16 16–20 13 A 12 AWG 23 A 42 mV Size 12 14–12 3A Wire OD Contact Size Min. Max. 22 0.030 0.060 20 0.040 0.083 16 0.065 0.109 12 0.097 0.142 CTJ7 Modules             Size 22 Size   Size   Size   2 2   22 2  2   Size   Size   Size   2Size 0   22 0  0  20 01C Bussing Code 01B Bussing Code 01C   01C   01C   Bussing   BB ussing   ussing   Code   CC ode   ode   01B   01B   01B   Bussing   BB ussing   ussing   Code   CC ode   ode   20 Size 22 Contacts 12 Size 20 Contacts 20   20   S20   ize   Size   Size   22   2C 2 2  ontacts   2   CC ontacts   ontacts   12   12   S12   ize   Size   Size   20   2C 2 0  ontacts   0   CC ontacts   ontacts         CTJ7 Module Outline Dimensions CTJ7   CTJ7   CTJ7   MODULE   MM ODULE   ODULE   OUTLINE   OO UTLINE   UTLINE   DIMENSIONS   DD IMENSIONS   IMENSIONS         Size   Size   Size   1Size 6   11 6  6  16 01D Bussing Code 01D   01D   01D   Bussing   BB ussing   ussing   Code   CC ode   ode   6 Size 16 Contacts 6  S6  ize   6   Size   Size   16   1C 1 6  ontacts   6   CC ontacts   ontacts         Size Size   Size   Size   12   11 2  2   12 01E Bussing 01E   01E   01E   Bussing   BB ussing   ussing   CCode ode   CC ode   ode   6 Size 12 Contacts 6  S6  ize   6   Size   Size   12   1C 1 2  ontacts   2   CC ontacts   ontacts               Type   Type   Type   K:Flange   KK:Flange   :Flange   MM ount Mount ount Type K: Flange Mount       Type   Type   Type   E:  ESE :  tud   S:  tud   Stud   Mount   MM ount   ount   AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 28 Common Termination Systems Type K: Flange Mount Part Numbering System CTJ7 22 K 01C - 513 Basic Identifier Module Size 22 Size 22 Contact 20 Size 20 Contacts 16 Size 16 Contacts 12 Size 12 Contacts Flange Mounting Style K Flange Mount E Stud Mount (Not available for size 12) Bus Arrangement 01C 20 Size 22 Contacts Bussed 01B 12 Size 20 Contacts Bussed 01D 6 Size 16 Contacts Bussed 01E 6 Size 12 Contacts Bussed Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 6144 Replace Standard Hardware with MS21042l3 Self-Locking Nut and MS55 Resilient Material; Replace Standard Contacts with High-Reliability Contacts 6148 MS55 Resilient Material, Omit Contacts, Sealing Plugs, and Insertion/Removal Tool 7067 Gold-Over-Nickel Plating, MVFS Insert Material, Add Washer, Rotate Insert Marking 4010 Vacuum Bake CTG Junction Outline Dimensions Contacts Size A B Part No. 22 1.316 (33.43) 0.188 (4.78) CTG-22-08 20 1.240 (31.50) 0.188 (4.78) CTG-20-08 16 1.246 (31.65) 0.250 (6.35) CTG-16-08 12 1.370 (34.80) 0.313 (7.95) CTG-12-08 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 29 Common Termination Systems DEUTSCH CTL, CTM, and CTN Series In-Line Junctions VERSATILE • Options to connect up to 4 wires in-line and bussed configurations • Houses and seals individual components • Replacement for “Y’ splices and terminal strips • Special configurations and designs available RUGGED • Resistant to shock and vibration, per Mil AS39029, paragraph 3.5.9 • Extreme temperature range: -55°C to +200°C • Resistant to harsh fluids, per Mil AS-81714 EASY TO USE • In-line mountable • Uses AS39029 crimp contacts CTL series in-line junctions connect two wires in-line using crimp-type contacts. The junctions can then be placed in a wire bundle without being mounted. CTM series multi-junctions connect and bus four wires. They can be used to replace “Y” splices and terminal strips. CTN Series electronic multi-junctions are in-line devices that houses and shields passive or active components, including fuses, resistors, diodes, capacitors, or integrated circuits. Dielectric Withstanding Voltage (AS81714): At Sea Level: 1500 VACrms At 110,000 Ft: 200 VACrms Operating Temperature: -55°C to +200°C Physical Shock (AS39029, paragraph 3.5.9): Items shall not be damaged, there shall be no loosening of parts due to shock, and no interruption of electrical continuity longer than one microsecond during exposure to mechanical shock. Fluid Resistance: MIL-PRF-5606: Hydraulic fluid MIL-DTL-83133: JP-8 aviation fuel MIL-PRF-7808: Lubricating oil MIL-PRF-23699: Lubricating oil MIL-A-8243: Deicing/defrosting fluid MIL-C-25769: Aircraft cleaning compound MIL-PRF-87937: Aircraft cleaning compound MIL-G-3056: Gasoline Materials Housing: Composite Bus Bar/Pins: Copper alloy, plated gold Pin Contacts: Gold over copper Sealing Grommet: Elastomer, fluid resistant and environmentally sealed AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 30 Common Termination Systems Usable Wire Size Grommet Sealing Range Meets AS39029 paragraph 3.4.2 Contact Wire Range (AWG) Current Rating Size 22 26–22 5A Size 20 24–20 7.5 A Size 16 16–20 13 A Size 12 14–12 3A Wire OD Contact Size Min. Max. 22 0.030 0.060 20 0.040 0.083 16 0.065 0.109 CTL Outline Dimensions Part No. Size A Max. B  .030 CTL-22 22 1.280 0.200 CTL-20 20 1.452 0.260 CTL-16 16 1.400 0.300 CTL-12 12 1.680 0.360 Part Numbering System CTL 22 - 513 Basic Identifier Contact Size Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 6148 MS55 Resilient Material, Omit Contacts, Sealing Plugs, and Insertion/Removal Tool 4010 Vacuum Bake CTM Outline Dimensions Part No. Size A  .060 B  .030 C  .030 CTM 22 22 1.262 0.354 0.210 CTM 20 20 1.368 0.451 0.241 CTM 16 16 1.368 0.518 0.274 CTM 12 12 1.644 0.644 0.337 AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 31 Common Termination Systems Part Numbering System CTM 22 - 513 Basic Identifier Contact Size Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 4010 Vacuum Bake CTN Layout Arrangements CTN Outline Dimensions Part Numbering System CTN 20 D XXX - 513 Basic Identifier Contact Size Electronic Base Component D Diode C Capacitor I Integrated Circuit R Resistor F Fuse Numerical Sequence Consult TE for component availability Modifications 513 To Mil Standard to Withstand Fluid Immersion to MS55 090 Less Contacts 6148 MS55 Resilient Material, Omit Contacts, Sealing Plugs, and Insertion/Removal Tool 4010 Vacuum Bake AEROSPACE, DEFENSE & MARINE /// DEUTSCH CTJ SERIES COMMON TERMINATION SYSTEM PAGE 32 Common Termination Systems DEUTSCH Composite In-line Junctions RUGGED • Rugged composite housing • Fluid resistant: hydraulic fluid, jet fuel, and other fluids common in aerospace and defense applications • Environmentally sealed • No exposed discrete components EASY TO USE • Reliable and quick termination • No mounting required • Light weight CONVENIENT • Field serviceable AS39029 socket contacts • Accommodates a wide range of common gauge wire, from 22 to 12 AWG • Hand crimp socket contacts VERSATILE • Design options for discrete components available Designed to AS81714 requirements, DEUTSCH in-line termination junctions are composite versions of the CTL, CTM, and CTN series. Dielectric Withstanding Voltage (AS81714 paragraph 3.5.6): At Sea Level: 1500 VACrms At 100,000 Ft: 200 VACrms Operating Temperature: -65°C to +200°C Insulation Resistance (AS81714 paragraph 3.5.11): 5000 MΩ min. at 25°C Electrical Continuity: Shock Exposure: