076589

140675 ETC

Document overview

• Manufacturer or author: Provided By www.digicamel.com(free datasheet download site)
• PDF pages: 68

Technical content

www.amphenol-socapex.com Contacts

1. DESIGN, SCREW MACHINING AND PLATING CAPABILITY 6-7 2. SIGNAL CONTACTS 8-15 a. Crimp contacts - MILITARY STANDARD 8-11 b. Crimp contacts - EUROPEAN STANDARD 12-13 c. PCB contacts 14 d. Thermo-couples contacts 15 3. POWER CONTACTS 16-19 a. Size 8 contacts 16-17 b. Specific range of products 17 c. Amphenol Radsok technology 18 4. COAXIAL CONTACTS 20-33 a. Introduction 20 b. STANDARD PERFORMANCES 21-24 i. Crimp contacts - MIL-DTL-38999 series II / EN4165 21 ii. Crimp contacts -MIL-DTL-38999 series I,III / EN3645 22-23 c. IMPEDANCE MATCHED COAXIAL CONTACTS 24-25 i. Crimp contacts – MIL-DTL-38999 series I, II, III / EN3645/EN4165 24 d. TYPICAL CONTACT INSTALLATION INSTRUCTIONS 25 e. PRINT CIRCUIT board contacts 26-27 f. RF COAXIAL CONTACTS 28-30 g. 75 OHMS COAXIAL CONTACTS 31-32 5. TWINAX CONTACTS 34-39 a. Introduction 34 b. Crimp contacts – MILITARY STANDARD 35 c. Crimp contacs – EUROPEAN and AIRBUS STANDARD 36 d. Crimp contacts – 1760 INTERFACE 37 e. Crimp contacts – ARINC 600 37 f. TYPICAL CONTACT INSTALLATION INSTRUCTIONS 38 g. PCB contacts 39 6. DIFFERENTIAL TWINAX CONTACTS 40-41 7. QUADRAX CONTACTS 42-47 a. Introduction 42 b. Crimp contacts 43 c. TYPICAL CONTACT INSTALLATION INSTRUCTIONS 44 d. PCB Contacts 45 e. Crimp and PCB contacts - ARINC 600 46

1. SPLIT PAIR QUADRAX CONTACTS 48 9. µCOM CONTACTS 49 10. High-speed cordsets 50 11. OPTICAL TERMINI 51-57 a. M29504/4 & /5 52 b. Lux-Beam expanded beam contacts 53-55 c. Lumiére (EN4531 – ELIO) 56 d. ARINC801 57 12. ACCESSORIES 58-59 13. GLOSSARY 60-61 14. CONTACT AND CABLE SELECTION GUIDE 62-67 a. COAXIAL CONTACTS 62-65 b. TWINAXIAL CONTACTS 66 High-speed cordsets 50

P/N Pin or Socket Type Pages P/N Pin or Socket Type Pages P/N Pin or Socket Type Pages Table of contents

140675 Pin TWINAX Contact ABS

1600 AND ABS 1607 37

140683 Socket TWINAX Contact ABS

250711 Socket Thermo-couple 15

250712 Socket Thermo-couple 15

600513 Pin QUADRAX CONTACTS 43

600514 Pin QUADRAX CONTACTS 43

600515 Socket QUADRAX CONTACTS 43

600516 Socket QUADRAX CONTACTS 43

600520 Socket QUADRAX CONTACTS

-PCB 45

600526 Socket Signal contact LI 14

600580 Socket RF Coaxial Contact 30

600581 Socket RF Coaxial Contact 30

600600 Pin RF Coaxial Contact 30

600606 Pin RF Coaxial Contact 30

600611 Pin TWINAX Contact - EN

600612 Pin TWINAX Contact - EN

600613 Pin TWINAX Contact - EN

600614 Socket TWINAX Contact - EN

600615 Socket TWINAX Contact - EN

600616 Socket TWINAX Contact - EN

600659 Socket Impedance Matched

600709 Socket TWINAX - PCB 39

600715 Socket 75OHMS Coaxial

600748 Socket Shielded Coaxial

600749 Socket Impedance Matched

600749 Piggy Back

600750 Socket Impedance Matched

600757 Pin 75OHMS Coaxial

600762 Piggy Back

600813 Pin 75OHMS Coaxial

600822 Pin 75OHMS Coaxial

600830 Pin 75OHMS Coaxial

600836 Socket 75OHMS Coaxial

600841 Socket 75OHMS Coaxial

600850 Pin TWINAX Contact - MIL 35

600851 Socket TWINAX Contact - MIL 35

600854 Pin TWINAX Contact - EN

600855 Socket TWINAX Contact - EN

600856 Pin TWINAX Contact - EN

600857 Socket TWINAX Contact - EN

600858 Pin TWINAX Contact - EN

600858 Pin DIFFERENTIAL TWINAX

600859 Socket TWINAX Contact - EN

600863 Pin Power contact 16 17

600864 Pin Power contact 16 17

600865 Socket Power contact 16 17

600866 Socket Signal contact LI 14

600867 Pin Signal contact LI 14

600889 Pin 75OHMS Coaxial

600899 Socket DIFFERENTIAL TWINAX

600900 Pin Shielded Coaxial contact 23

600901 Pin Shielded Coaxial contact 23

600902 Pin Shielded Coaxial contact 23

600903 Pin Shielded Coaxial contact 23

600904 Pin Shielded Coaxial contact 23

600905 Pin Impedance Matched

600906 Pin Impedance Matched

600907 Pin Impedance Matched

600908 Pin Impedance Matched

600909 Socket 75OHMS Coaxial

600910 Socket Shielded Coaxial contact 23

600911 Socket Shielded Coaxial contact 23

600912 Socket Shielded Coaxial contact 23

600913 Socket Shielded Coaxial contact 23

600914 Socket Shielded Coaxial contact 23

600915 Socket Impedance Matched

600916 Socket Impedance Matched

600917 Socket Impedance Matched

600918 Socket Impedance Matched

600919 Socket RF Coaxial Contact 30

600920 Pin RF Coaxial Contact 30

600921 Pin RF Coaxial Contact 30

600922 Pin RF Coaxial Contact 30

600923 Pin RF Coaxial Contact 30

600924 Pin RF Coaxial Contact 30

600925 Socket RF Coaxial Contact 30

600926 Socket RF Coaxial Contact 30

600927 Socket RF Coaxial Contact 30

600929 Pin RF Coaxial Contact 30

600930 Socket RF Coaxial Contact 30

600931 Pin DIFFERENTIAL TWINAX

600932 Socket DIFFERENTIAL TWINAX

600933 Pin DIFFERENTIAL TWINAX

600934 Socket DIFFERENTIAL TWINAX

600935 Pin DIFFERENTIAL TWINAX

600936 Socket DIFFERENTIAL TWINAX

600938 Socket DIFFERENTIAL TWINAX

600939 Pin DIFFERENTIAL TWINAX

600940 Socket DIFFERENTIAL TWINAX

600941 Pin DIFFERENTIAL TWINAX

600942 Socket DIFFERENTIAL TWINAX

600943 Pin DIFFERENTIAL TWINAX

600944 Socket DIFFERENTIAL TWINAX

600945 Pin DIFFERENTIAL TWINAX

600946 Socket DIFFERENTIAL TWINAX

600947 Pin DIFFERENTIAL TWINAX

600948 Socket DIFFERENTIAL TWINAX

600951 Pin QUADRAX CONTACTS 43

600952 Socket QUADRAX CONTACTS 43

600953 Pin QUADRAX CONTACTS 43

600954 Socket QUADRAX CONTACTS 43

600955 Pin QUADRAX CONTACTS 43

600956 Socket QUADRAX CONTACTS 43

600958 Socket QUADRAX CONTACTS 43

600959 Pin QUADRAX CONTACTS 43

600960 Socket QUADRAX CONTACTS 43

600961 Pin QUADRAX CONTACTS 43

600962 Socket QUADRAX CONTACTS 43

600963 Pin QUADRAX CONTACTS

• EN 43

600964 Socket QUADRAX CONTACTS

• EN 43

600987 Pin QUADRAX CONTACTS 43

603015 Piggy Back

603016 Piggy Back

603085 Pin QUADRAX CONTACTS

• EN 43

603086 Socket QUADRAX CONTACTS

• EN 43

603113 Pin QUADRAX CONTACTS

603116 Pin QUADRAX CONTACTS

603160 Socket Power contact 16 17

603161 Piggy Back

603177 Pin QUADRAX CONTACTS

603180 Socket 75OHMS Coaxial

603209 Socket QUADRAX CONTACTS

603210 Socket QUADRAX CONTACTS

603228 Pin QUADRAX CONTACTS

603229 Socket QUADRAX CONTACTS

603247 Socket Shielded Coaxial contact 22

900000 Pin Signal contact 8 10

900001 Pin Signal contact 8 10

900004 Pin Signal contact 8 10 57

900005 Pin Signal contact 8 10 57

900010 Socket Signal contact 8 10

900011 Socket Signal contact 8 10

900014 Socket Signal contact 8 10

900020 SEALING

900021 SEALING

900022 SEALING

900023 SEALING

900024 SEALING

900025 DUMMY

900026 DUMMY

900028 DUMMY

900029 DUMMY

900040 Socket Signal contact 8 10

900041 Socket Signal contact 8 10

900044 Socket Signal contact 8 10 59

900045 Socket Signal contact 8 10

900048 Socket Signal contact 8 10

900049 Pin Signal contact 8 10

900075 Socket Shielded Coaxial contact 22

900090 REDUCING

900091 REDUCING

900092 REDUCING

900093 REDUCING

900094 REDUCING

900099 REDUCING

900130 Pin Shielded Coaxial contact 23

900135 Pin Shielded Coaxial contact 23

900136 Pin Shielded Coaxial contact 23

900137 Pin Shielded Coaxial contact 23

900138 Pin Shielded Coaxial contact 23

900140 Socket Shielded Coaxial contact 23

900145 Socket Shielded Coaxial contact 23

900146 Socket Shielded Coaxial contact 23

900147 Socket Shielded Coaxial contact 23

900148 Socket Shielded Coaxial contact 23

900154 REDUCING

900179 Pin Shielded Coaxial

900183 DUMMY

900184 Pin Shielded Coaxial

900186 Pin Shielded Coaxial contact 62

900186 DUMMY

900187 Socket Shielded Coaxial contact 21

900197 Pin Power contact 16 59

900198 Pin Power contact 16 59

P/N Pin or Socket Type Pages P/N Pin or Socket Type Pages P/N Pin or Socket Type Pages Table of contents

900210 Pin QUADRAX CONTACTS

-PCB 45

900217 Socket Power contact 16 59

900238 Pin Signal contact CI 14

900240 Pin Signal contact CI 14

900241 Pin Signal contact CI 14

900243 Pin Signal contact LI 14

900245 Pin Signal contact CI 14

900246 Pin Signal contact LI 14

900251 Socket Signal contact CI 14

900252 Socket Signal contact LI 14

900256 Socket Signal contact CI 14

900263 Socket Signal contact CI 14

900286 Socket Shielded Coaxial contact 21

900294 Pin DIFFERENTIAL TWINAX

900299 Socket DIFFERENTIAL TWINAX

900309 Pin Shielded Coaxial contact 41 22

900310 Socket Shielded Coaxial contact 41

900310 Socket Shielded Coaxial contact 22

900317 Pin Signal contact 8 10

900318 Pin Signal contact 8 10

900319 Pin Signal contact 8 10

900320 Pin Signal contact 8 10

900322 Socket Signal contact 8 10

900323 Socket Signal contact 8 10

900324 Socket Signal contact 8 10

900325 Socket Signal contact 8 10

900327 Pin QUADRAX CONTACTS 43

900329 DUMMY

900330 Pin QUADRAX CONTACTS 43

900332 DUMMY

900337 Socket QUADRAX CONTACTS 43

900338 Socket QUADRAX CONTACTS 43

900340 Pin Shielded Coaxial contact 21 22

900341 Pin Shielded Coaxial contact 21 22

900350 Socket Shielded Coaxial contact 22

900351 Socket Shielded Coaxial contact 22

900354 Socket Shielded Coaxial contact 21

900361 Socket QUADRAX CONTACTS 43

900384 Pin Impedance Matched

900385 Pin Impedance Matched

900389 Pin Signal contact LI 14

900395 Socket Impedance Matched

900403 Socket Signal contact CI 14

900405 Socket Shielded Coaxial

900409 Pin Shielded Coaxial

900410 Pin QUADRAX CONTACTS 43

900411 Socket QUADRAX CONTACTS 43

900412 Socket Impedance Matched

900413 Pin Signal contact LI 14

900418 Pin DIFFERENTIAL TWINAX

900419 Socket DIFFERENTIAL TWINAX

900420 Socket Shielded Coaxial contact 21

900421 Socket Shielded Coaxial contact 22

900422 Socket Shielded Coaxial contact 22

900423 Socket Signal contact LI 14

900424 Pin Shielded Coaxial contact 21 22

900425 Socket Shielded Coaxial contact 21

900426 Pin Shielded Coaxial contact 21 22

900427 Socket Shielded Coaxial contact 21

900428 Pin Shielded Coaxial contact 21 22

900429 Socket Shielded Coaxial contact 21

900430 Socket Shielded Coaxial contact 22

900458 Pin Signal contact CI 14

900459 Socket Signal contact CI 14

900471 Piggy Back

900472 Piggy Back

900476 Piggy Back

900488 DUMMY

900489 Pin Shielded Coaxial

900496 Pin QUADRAX CONTACTS 43

900928 Socket RF Coaxial Contact 30

900937 Pin DIFFERENTIAL TWINAX

922390 Socket Signal contact LI 14

60020802 Socket Signal contact 8 10

60023302 Pin Signal contact 8 10

60087001 Socket Signal contact 12 13

60087101 Socket Signal contact 12 13

60087201 Socket Signal contact 12 13

60087301 Socket Signal contact 12 13

60087401 Socket Signal contact 12 13

60087501 Socket Signal contact 12 13

60087601 Socket Signal contact 12 13

60087701 Socket Signal contact 12 13

60088001 Pin Signal contact 12 13

60088002 Pin Signal contact 8 10

60088101 Pin Signal contact 12 13

60088201 Pin Signal contact 12 13

60088202 Pin Signal contact 8 10

60088301 Pin Signal contact 12 13

60088401 Pin Signal contact 12 13

60088402 Pin Signal contact 8 10

60088501 Pin Signal contact 12 13

60088601 Pin Signal contact 12 13

60088602 Pin Signal contact 8 10

60088701 Pin Signal contact 12 13

60089001 Socket Signal contact 12 13

60089002 Socket Signal contact 8 10

60089101 Socket Signal contact 12 13

60089201 Socket Signal contact 12 13

60089202 Socket Signal contact 8 10

60089301 Socket Signal contact 12 13

60089401 Socket Signal contact 12 13

60089402 Socket Signal contact 8 10

60089501 Socket Signal contact 12 13

60089601 Socket Signal contact 12 13

60089602 Socket Signal contact 8 10

60089701 Socket Signal contact 12 13

050741 Socket SPLIT PAIR QUADREX

050742 Pin SPLIT PAIR QUADREX

050998 Pin QUADRAX CONTACTS 43

050999 Socket QUADRAX CONTACTS 43

070247 Pin Shielded Coaxial contact 21 22 56

070248 Socket Shielded Coaxial contact 22

070586 Pin Thermo-couple 15

070587 Pin Thermo-couple 15

071094 Pin Shielded Coaxial contact 21 22

071315 Socket Signal contact 8 10

071954 Pin Shielded Coaxial contact 21 22

071965 Socket Shielded Coaxial contact 22

071998 Socket Shielded Coaxial contact 21

072265 Pin TWINAX - PCB 39

072453 Socket TWINAX Contact - MIL 35

072500 Socket Thermo-couple 15

072501 Pin Thermo-couple 15

072502 Pin Thermo-couple 15

072503 Socket Thermo-couple 13

074834 Pin TWINAX Contact - MIL 33

076588 Socket TWINAX Contact 1760

076589 Socket TWINAX Contact 1760

076590 Pin TWINAX Contact - 1760

076915 Pin TWINAX Contact 1760

077516 Socket TWINAX Contact 1760

077517 Pin TWINAX Contact 1760

077987 Socket Shielded Coaxial contact 19

Amphenol Design - Screw machining operations Plating capabilities DESIGN A park for all series from 1 to 100 000 pieces, and more. Maximal diameter workable: 10mm Machined parts with slots, milling, axial holes, radial or eccentric holes, thread, tapping, contacts woth wire wrap terminations and winchester. Deburring and polishing by tribofinishing or dry sand blasting. Heat treatment under controlled atmosphere (beryl lium copper). Local induction annealing on contacts. Standard metal on stock: beryllium copper, brass, brass for crimping, steel, stainless steel. Capability to have a combined project with plating including cadmium plating, electroless nickel-plating, nickel + gold plating, silver plating, tin plating, passivat ing for stainless steel. Quick turn-around: quick delivery for small quantities. SCREW MACHINING OPERATIONS Our screw machining operations based in Thyez work independently. They manage both internal requests for Amphenol and demands from outside companies. QUICK FACTS PLATING CAPABILITIES Amphenol Socapex provides you with plating services for a wide range of pieces such as connectors, contacts, boxes and accessories. Our plating services include: cadmium plating chemical nickel (medium and high phosphorous) copper, nickel, silver and gold plating passivation of stainless steel substitutes treatment plating to ROHS cadmium Our workshop is accredited by many OEMs such as MBDA, Aérazur, Safran… The plating is made in compliance with environmental norms, our factory is certified ISO 14001. Amphenol Socapex drives innovation through products since years. Thanks to our localization in the Arves valley and our integrated organization, Amphenol acquires a strong knowledge on design and manufacturing of contacts. Our team can support customer requests and offer the right design for the right application. QUICK FACTS ProEngineer software link to a mechanical software analysis CST software to characterize high speed contacts Engineering laboratory for: Mechanical measurements These treatments can be done in rack, barrel, vibratory bowl-feeder, reel to reel for stamped and formed contacts. To guarantee the best quality, we utilize different control methods: X-ray measurement for thickness binocular microscope for aspect salt spray chamber for testing corrosion chemical laboratory for the follow-up of the baths and the development of new processes. Design - Screw machining operations - Plating capabilities Design Screw machining operations Plating capabilities

Amphenol Amphenol Product designation and derivated products PRODUCT DESIGNATION AND DERIVATED PRODUCTS MIL-DTL-38999 SERIES I MIL-DTL-38999 SERIES II MIL-DTL-38999 SERIES III / EN3645 Product designation and derivated products In this catalog, Amphenol refers only on standard designations for the contacts usages. This page is a guide to help finding all the Amphenol compliant products behind the standard designation Amphenol proprietary : LJT series (please refer catalog DOC-000031-ANG) Rack & Panel derivated product: RNJ series (please refer catalog E115) Amphenol proprietary : JT series (please refer catalog E 111 ) Quick release derivated product: SC39LP (please refer DOC-000637-ANG) Amphenol proprietary: TV / CTV series (please refer DOC-000035-ANG) Rack & Panel derivated product: RNJLP series (please refer catalog E124 ) Quick release derivated product: SC39 (please refer DOC-000637-ANG) For more information, please visit our website: www.38999-solutions.com Design Screw machining operations Plating capabilities

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 SAE39029 CONTACTS - US MIL STANDARD

500 CYCLES

Contacts size 23 are dedicated to HD38999 Amphenol connectors. PIN or SOCKET MILITARY Nb CONTACT AMPHENOL P/N CONNECTOR Mating end size Wire barrel size MIL-DTL-38999 EN3645 EN4165 1st 2nd 3rd S I S II S III P M39029/18-177 23 22 900049 X X X M39029/58-360 22 22D 900004 X X X X X M39029/58-363 20 20 900001 X X X X X M39029/58-364 16 16 900000 X X X X X M39029/58-365 12 12 900005 X X X X X S M39029/17-172 23 22 900048 X X M39029/56-348 22 22D 900044 X X X M39029/57-354 22 22D 900014 X M39029/56-351 20 20 900041 X X X M39029/57-357 20 20 900011 X M39029/56-352 16 16 900040 X X X M39029/57-358 16 16 900010 X M39029/56-353 12 12 900045 X X X M39029/57-359 12 12 071315 X Color bands Wire barrel PIN or SOCKET MILITARY Nb CONTACT AMPHENOL P/N Color bands CONNECTOR Mating end size Wire barrel size MIL-DTL-38999 EN3645 EN4165S I S II S III1st 2nd 3rd P AS39029/122-669 23 26 / X AS39029/122-670 23 22 / X AS39029/122-671 22 22D 60088002 X X X X X AS39029/122-672 20 20 60088202 X X X X X AS39029/122-673 16 16 60088402 X X X X X AS39029/122-674 12 12 60088602 X X X X X AS39029/122-675 10 10 60023302 X X X S AS39029/121-662 23 26 / X AS39029/121-663 23 22 / X AS39029/121-664 22 22D 60089002 X X X AS39029/121-665 20 20 60089202 X X X AS39029/121-666 16 16 60089402 X X X AS39029/121-667 12 12 60089602 X X X AS39029/121-668 10 10 60020802 X X Wire barrel Amphenol contacts are designed to meet and exceed SAE39029 and EN3155 standards. The following contacts are gold plating over suitable underplate. They withstand 500 and 1500 cycles. The 1500 cycles contacts are dedicated to MIL-DTL-38999 series III classes H and J. QUALIFICATION IN PROGRESS Signal Contacts

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 SAE39029 WIRE BARREL RANGE AND NOMINAL TEST CURRENT (A) PIN or SOCKET MILITARY Nb CONTACT AMPHENOL P/N CONNECTOR Mating end size Wire barrel size MIL-DTL-38999 EN3645S I S II S III 1st 2nd 3rd P M39029/107-620 22 22D 900317 X X M39029/107-621 20 20 900318 X X M39029/107-622 16 16 900319 X X M39029/107-623 12 12 900320 X X S M39029/106-614 22 22D 900322 X X M39029/106-615 20 20 900323 X X M39029/106-616 16 16 900324 X X M39029/106-617 12 12 900325 X X Wire barrel size Wire Size 12 14 16 18 20 22 24 26 28 22 5 3 2 1.5 22D 5 3 2 1.5 20 7.5 5 3 16 13 10 7.5 12 23 17 Orange Brown Violet Blue Green Black Y ellow Red Gray White COLOR BAND Color bands Wire barrel SAE39029 CONTACTS

1500 CYCLES

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 SAE 39029 CRIMPING TOOLS Signal Contacts PIN or SOCKET MILITARY Nb CONTACT Amphenol P/N Crimping Tool Mating end size Wire barrel size Crimping Tool Positionner P M39029/18-177 23 22 900049 M22520/2-01 M22520/2-13 M39029/58-360 22 22D 900004 M22520/2-01 M22520/2-09 M39029/58-363 20 20 900001 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 M39029/58-364 16 16 900000 M22520/1-01 M22520/1-04 M39029/58-365 12 12 900005 M22520/1-01 M22520/1-04 S M39029/17-172 23 22 900048 M22520/2-01 M22520/2-16 M39029/56-348 22 22D 900044 M22520/2-01 M22520/2-07 M39029/57-354 22 22D 900014 M22520/2-01 M22520/2-06 M39029/56-351 20 20 900041 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 M39029/57-357 20 20 900011 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 M39029/56-352 16 16 900040 M22520/1-01 M22520/1-04 M39029/57-358 16 16 900010 M22520/1-01 M22520/1-04 M39029/56-353 12 12 900045 M22520/1-01 M22520/1-04 M39029/57-359 12 12 071315 M22520/1-01 M22520/1-04 PIN or SOCKET MILITARY Nb CONTACT Amphenol P/N Crimping Tool Mating end size Wire barrel size Crimping Tool Positionner P AS39029/122-669 23 26 / M22520/2-01 M22520/2-16 AS39029/122-670 23 22 / M22520/2-01 M22520/2-16 AS39029/122-671 22 22D 60088002 M22520/2-01 M22520/2-09 M22520/7-01 M22520/7-07 AS39029/122-672 20 20 60088202 M22520/1-01 M22520/2-10 M22520/7-01 M22520/7-08 M22520/1-01 M22520/1-04 AS39029/122-673 16 16 60088402 M22520/1-01 M22520/1-04 M22520/7-01 M22520/7-04 AS39029/122-674 12 12 60088602 M22520/1-01 M22520/1-04 AS39029/122-675 10 10 60023302 M22520/45-04 Basic tool S AS39029/122-662 23 26 / M22520/2-01 M22520/2-16 AS39029/122-663 23 22 / M22520/2-01 M22520/2-16 AS39029/122-664 22 22D 60089002 M22520/2-01 M22520/2-07 M22520/7-01 M22520/7-05 AS39029/122-665 20 20 60089202 M22520/2-01 M22520/2-10 M22520/7-01 M22520/7-08 M22520/1-01 M22520/1-04 AS39029/122-666 16 16 60089402 M22520/1-01 M22520/1-04 M22520/7-01 M22520/7-04 AS39029/122-667 12 12 60089602 M22520/1-01 M22520/1-04 AS39029/122-668 10 10 60020802 M22520/45-01 Basic tool QUALIFICATION IN PROGRESS Signal Contacts

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 SAE 39029 CRIMPING TOOLS Signal Contacts Signal Contacts PIN or SOCKET MILITARY Nb CONTACT Crimping Tool Mating end size Wire barrel size Crimping Tool Positionner P M39029/107-620 22 22D M22520/2-01 M22520/2-13 M39029/107-621 20 20 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 M39029/107-622 16 16 M22520/2-01 M22520/2-10 M39029/107-623 12 12 M22520/1-01 M22520/1-04 S M39029/106-614 22 22D M22520/1-01 M22520/1-04 M39029/106-615 20 20 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 M39029/106-616 16 16 M22520/2-01 M22520/2-16 M39029/106-617 12 12 M22520/2-01 M22520/2-07

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 EN3155 CONTACTS - EUROPEAN STANDARD EN3155 WIRE BARREL RANGE AND NOMINAL TEST CURRENT (A) Wire barrel size Wire Size 12 14 16 18 20 22 24 26 28 22 5 3 2 20 7.5 5 3 18 7.5 7.5 5 3 16 13 10 7.5 14 13 13 10 7.5 12 23 17 PIN or SOCKET EN3155 CONTACT AMPHENOL P/N Color bands Wire barrel CONNECTOR Mating end size Wire barrel size MIL-DTL-38999 EN3645 EN4165 1st 2st S I S II S III P EN3155-008 22 22 60088001 X X X X X 20 22 60088101 X X X X X 20 20 60088201 X X X X X 20 18 60088301 X X X X X 16 16 60088401 X X X X X 16 14 60088501 X X X X X 12 12 60088601 X X X X X 12 14 60088701 X X X X X S EN3155-003 22 22 60087001 X X 20 22 60087101 X X 20 20 60087201 X X 20 18 60087301 X X 16 16 60087401 X X 16 14 60087501 X X 12 12 60087601 X X 12 14 60087701 X X EN3155-009 22 22 60089001 X X X 20 22 60089101 X X X 20 20 60089201 X X X 20 18 60089301 X X X 16 16 60089401 X X X 16 14 60089501 X X X 12 12 60089601 X X X 12 14 60089701 X X X HOW TO BUILD EN3155 REFERENCE EN3155-008Y2020 EN3155-009X2020 Product Standard Pin Contact Mating end size Wire barrel size Product Standard Socket Contact Mating end size Wire barrel size Signal Contacts

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 Amphenol Signal Contacts SIGNAL CONTACTS CRIMP CONTACTS MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 EN3155 CRIMPING TOOLS PIN or SOCKET EN3155 CONTACT Amphenol P/N Crimping Tool Mating end size Wire barrel size Crinping Tool POSITIONNER P EN3155-008 22 22 60088001 M22520/2-01 M22520/2-09 20 22 60088101 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 20 20 60088201 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 20 18 60088301 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 16 16 60088401 M22520/1-01 M22520/1-04 16 14 60088501 M22520/1-01 M22520/1-04 12 12 60088601 M22520/1-01 M22520/1-04 12 14 60088701 M22520/1-01 M22520/1-04 S EN3155-003 22 22 60087001 M22520/2-01 M22520/2-06 20 22 60087101 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 20 20 60087201 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 20 18 60087301 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 16 16 60087401 M22520/1-01 M22520/1-04 16 14 60087501 M22520/1-01 M22520/1-04 12 12 60087601 M22520/1-01 M22520/1-04 12 14 60087701 M22520/1-01 M22520/1-04 EN3155-009 22 22 60089001 M22520/2-01 M22520/2-07 20 22 60089101 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 20 20 60089201 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 20 18 60089301 M22520/2-01 M22520/2-10 M22520/1-01 M22520/1-04 16 16 60089401 M22520/1-01 M22520/1-04 16 14 60089501 M22520/1-01 M22520/1-04 12 12 60089601 M22520/1-01 M22520/1-04 12 14 60089701 M22520/1-01 M22520/1-04 Signal Contacts Signal Contacts

MIL-DTL-38999 SERIES I, III / EN3645 / EN4165 Signal Contacts PIN or SOCKET Mating end size TYPE AMPHENOL P/N TYPE AMPHENOL P/N P CI 900458 LI 600867 22D 900245 922389 20 900241 900243 16 900240 900246 12 900238 900282 S 23 900459 600866 22D 900256 922390 20 900251 900252 16 900263 600526 12 900403 Connectors with PCB Contacts MIL-DTL-38999 series I SJT MIL-DTL-38999 series II MIL-DTL-38999 series III / EN3645 MIL-DTL-38999 series III / EN3645 composite Sizes 9 to 17 19 to 25 8 to 16 18 to 24 8 to 18 20 to 22 24 9 to 11 13 15 to 1719 to 25 9 to 11 13 to 25 L1 8,7 - 9,7 13,8 - 14,8 12,3 - 13,2 11,6 - 12,6 10,1 - 11,1 10 - 10,9 10,1 - 11,1 10 - 10,9 Sizes 9 to 25 8 to 22 24 9 to 25 9 to 19 21 to 25 L1 13,5 - 14,4 13,6 - 14,4 9,1 - 9,9 9,1 - 10 9,2 - 10,1 Sizes 9 to 19 21 to 25 8 to 22 24 8 to 22 24 9 to 19 21 to 25 9 to 19 21 to 25 L1 11,3 - 12,112,1 - 12,9 15,4 - 16,2 11,8 - 12,6 12,2 - 13 11,5 - 12,4 12,3 - 13,2 12,8 - 13,6 13,6 - 14,4 L1 11,1 - 11,911,9 - 12,7 15,2 - 16 11,6 - 12,4 12 - 12,8 11,3 - 12,2 12,1 - 13 12,6 - 13,4 13,4 - 14,2 Sizes 8 to 22 24 8 to 24 9 to 19 21 to 25 L1 4,5 - 5,3 0,9 - 1,7 12,2 - 13 11,5 - 12,4 12,3 - 13,2 L1 4,2 - 5,1 0,7 - 1,5 12 - 12,8 11,3 - 12,2 12,1 - 13 PinSocketPinPinPin SocketSocketSocket Pin 900245, Socket 900256 Signal Contacts 9 à 17 19 à 25 8 à 16 18 à 24 8 à 18 20 à 22 24 9 à 11 13 15 à 17 19 à 25 9 à 11 13 à 25 L1 12,3 - 13,2 10,1 - 11,1 10,1 - 11,1 10 - 10,9 L1 12,1 - 13 9,9 - 10,9 9,9 - 10,9 9,8 - 10,7 8 à 22 24 9 à 19 21 à 25 L1 9,3 - 10,2 9,4 - 10,3 L1 9,1 - 10 9,2 - 10,1 L2 1,4 - 2,4 0,1 - 1 9 à 19 21 à 25 8 à 22 24 24 9 à 19 21 à 25 L1 11,3 - 12,1 12,1 - 12,9 15,4 - 16,2 11,8 - 12,6 12,8 - 13,6 13,6 - 14,4 L1 11,1 - 11,9 11,9 - 12,7 15,2 - 16 11,6 - 12,4 12,6 - 13,4 13,4 - 14,2 L2 2,5 - 3,5 0 - 0,7 3,1 - 4 8 à 22 24 L2 1 - 2 / L2 0,8 - 1,8 / 1 - 1,9 0,8 - 1,7 1 - 1,9 12,1 - 13 9 à 19 21 à 25 1 - 2 0,8 - 1,8 11,3 - 12,2 6,6 - 7,6 10 - 10,9 9,8 - 10,7 1 - 1,9 0,8 - 1,7 9 à 19 21 à 25 12,1 - 13 0,8 - 1,7 TV 9,3 - 10,1 1 - 2 9,1 - 9,9 0,8 - 1,8 9 à 25 (-0,1) - 0,8 (-0,3) - 0,6 CTV 12,2 - 13 6,8 - 7,8 12 - 12,8 6,6 - 7,6 8 à 24 /6,8 - 7,8 11,5 - 12,4 11,3 - 12,2 12,3 - 13,2 Connecteurs avec contact CI Contacts Male 900245, Femelle 900256 12,2 - 13 4,6 - 5,5 12 - 12,8 4,4 - 5,3 8 à 22 1,4 - 2,4 Femelle 8,7 - 9,7 8,5 - 9,5 11,6 - 12,6 JT 5,1 - 5,9 11,4 - 12,4 4,9 - 5,7 LJT SJT 13,8 - 14,8 13,6 - 14,6 FemelleMâleFemelle Tailles Tailles Tailles MâleFemelle 13,8 - 14,6 13,6 - 14,4 9 à 25 13,7 - 14,6 13,5 - 14,4 1,6 - 2,6 1,3 - 2,2 1,1 - 2 Tailles MâleMâle

MIL-DTL-38999 SERIES I, II,III / EN3645 / EN4165 EN3155 BIN CODES Signal Contacts Signal Contacts For other thermocouple class as Iron or Constantan, please consult us. PRINT CIRCUIT BOARD CONTACTS Amphenol Socapex can design specific Print Circuit Board pin contacts for thermocouple application. Please consult us. Amphenol Socapex has a wide range of thermo-couple contacts. PIN or SOCKET AMPHENOL P/N MILITARY Nb CONTACT CLASSMating end size Wire barrel size 1st 2nd 3nd P

072502 M39029/87-471 22 22D ALUMEL

072501 M39029/87-472 22 22D CHROMEL

070586 M39029/87-475 20 20 ALUMEL

070587 M39029/87-476 20 20 CHROMEL

M39029/87-479 16 16 ALUMEL M39029/87-480 16 16 CHROMEL S

072500 M39029/88-484 22 22D CHROMEL

072503 M39029/88-483 22 22D ALUMEL

250711 M39029/88-488 20 20 CHROMEL

250712 M39029/88-487 20 20 ALUMEL

M39029/88-492 16 16 CHROMEL M39029/88-491 16 16 ALUMEL Color bands Wire barrel end AMPHENOL thermocouples contacts are designed to keep the signal transmission of thermocouples wires. They meet or exceed SAE 39029 standards

MIL-DTL-38999 SERIES III / EN3645 / EN4165 The standard EN3155-066 has been superseded by EN3155-083 The contact 900198 is only compliant with 21-48 connector EN3155 COMPLIANT Power Contacts Power Contacts Amphenol has a large experience in power generation contact, and has developed some technologies dedicated to power in order to reduce heating, save space, as well as increasing the durability CONTACT PERFORMANCES MECHANICAL ELECTRICAL ENVIRONMENTAL Pin or socket EN3155 Contact Amphenol P/N Crimping Tools Piggy Back GrommetMating end size Wire barrel size 1st 2st P EN3155-065 8 8 600863 See page 17 900471 8 10 600864 900472 S EN3155-083 8 8 603160 900471 8 10 600865 900472 Color bands Wire barrel Pin or socket Contact Amphenol P/N Crimping Tool Piggy Back GrommetMating end size Wire barrel size P 8 8 900197 M300-BT with SP593 900471 900198 S 8 8 900217 M300-BT is supplied by DMC Tools Endurance: 500 mating/unmating Shock & vibrations: As per EN3645 /MIL-DTL-38999 Max Current rating: 46A (8 8); 33A (8 10) Temperature : -65°C +200°C Power Contacts

The Amphenol Socapex power connector 38999 type 21-48 provides 4 size 8 power contacts in a size 21 shell in accordance with the MIL-DTL-38999 Series I standard. This arrangement was originally developped for military applications. Due to the rigidity of the cables used, the front male insulator has been reinforced to maintain a perfect alignment of contacts during mating. A header is placed in the backshell to guide each wire and to guarantee tightness even when cables are bent. Available in TV-CTV (Mil-DTL-38999 Series III). Please refer to catalog E117 Amphenol Amphenol POWER CONTACTS CRIMPING TOOLS Power Contacts Power Contacts This power connector from Amphenol LJT 25-1A was originally developped for military ap- plications. Indeed, it is used in the conditioning of tanks. This connector has the particularity to provide 4 size 4 power contacts and 4 size 16 contacts in a size 25 shell in accordance with the MIL-C-38999 Series 1 standard. Available in TV-CTV Please refer to catalog E116 Power Contacts Pin or socket EN3155 Contact Amphenol P/N Crimping Tool Automatic tool M22520/23-01 Manual tool M300BT Mating end size Wire barrel size Die Set Locator Locator Selector P EN3155-065 8 8 600863 WA23-264DA WA23-447L SP593 4 8 10 600864 SP593 3 S EN3155-083 8 8 603160 SP593 4 8 10 600865 SP593 3 Automatic tool Crimping tool M22520/23-01 Die Set Locator Manual hand tool Crimping tool M300BT Locator

38999 TYPE 21-48 - 4X60 AMPS CIRCULAR POWER CONNECTOR

SPECIFIC RANGE OF PRODUCTS AMPHENOL RADSOK TECHNOLOGY The RADSOK® High Amperage Electrical Terminal benefits the user from engineering, quality, and manufacturing viewpoints. RADSOK® technology is based upon a stamped and formed flat grid, twisted into a hyperbolic shape to provide secure and robust contact to the mating pin’s contact surface. Most Pin and Socket technologies rely upon spring (compressive) properties of the contact elements,which may weaken over time. Unlike other Pin and Socket solutions, the RADSOK® also utilizes the tensile strength properties of the flat stamped, copper alloy grid to provide high normal forces with a large socket-to-pin conductive surface area. This design provides a correspondingly low voltage drop and low temperature rise. Other tensile design products use round wires (instead of flat bands) in the hyperbolic shape, this significantly reduces the contact surface between pin and socket. Proven by millions of parts in the field, a RADSOK® electrical connection is economical and extremely reliable, with zero reported failures in properly designed applications. RADSOK® technology benefits can be summarized as:

• HIGH RELIABILITY Unique RADSOK® design and construction technology create an electrical contact interface that exceeds typical interconnect requirements. Applications in aerospace, medical, industrial, automotive, mining, offshore, and other harsh environments depend on high reliability of the Amphenol RADSOK® technology.
• LOW CONTACT ENGAGEMENT/SEPARATION FORCES The hyperbolic lamella socket contact construction distributes normal forces over a high percentage of the mating pin surface. This creates a smooth, even engagement effort. This force distribution also contributes to excellent performance in vibration applications with resistance to typical fretting corrosion.
• LOW CONTACT RESISTANCE The large interface area between the socket lamella and pin surface result in very low contact resistance, enabling the RADSOK® contacts’ high current ratings compared to traditional power contact designs.
• HIGH MATING CYCLE DURABILITY RADSOK® contacts with typical silver plating finishes have demonstrated survival of 20,000 mating cycles. Specialized plating and contact lubricants can extend cycle life to 200,000 matings or higher. Even with continuous exposure to harsh environmental abuse (salt, sand, and high humidity), RADSOK® contacts have been tested to maintain low contact resistance beyond 10,000 mating cycles. Power Contacts Power Contacts Power Contacts

Large crimping area assures low contact resistance and high tensile strength Back insulator provides closed entry for socket inner contact against axial loads Front insulator provides closed entry for socket inner contact Recessed inner contact is protected Outer contact has rugged wall section for durability MATERIALS AND FINISH Body: Copper alloy Finish: Gold over nickel on mating parts Insulators: High Performance Fluorocarbon TYPICAL COAXIAL CABLE GUIDELINE TO CHOOSE THE RIGHT COAXIAL CONTACT Choose the contact application : Standard Frequency, High Frequency or very high Frequency Standard Frequency: Non Impedance Matched Contacts ( VSWR: 1.5:1) High Frequency: Impedance Matched Contacts (VSWR: 1.2:1 +.04F (GHz) up to 3GHz) Very High Frequency: BMA / BMZ Interface contacts Check the cable diameter versus the contact size : Sometimes we can use a smaller contact Sometimes the wire is bigger than the contact SHIELDED COAXIAL CONTACT Center conductor Insulation Braid Jacket Coaxial Contacts Coaxial Contacts These contacts are required for high frequency interconnection. High speed Coax contacts within a connector provide the shielding protection in order to eliminate interferences from outside electrical sources, and many cases the RF/Microwave performance needed in the circuitry of many applications. For more details, please refer contact and cable selection guides at page 56! Coaxial Contacts

Proprietary Standard Proprietary Standard Inner contact Crimp ferrule RG-178B/U, RG-196A/U 070575 M39029/76-425 070574 M39029/78-433 M22520/2-01 with Positioner M22520/2-35 or with Daniels Positioner K532 M22520/4-01 with Positioner M22520/4-02 HAVEG 30-00761, 30-02024, 30-02033 TENSOLITE 24713/A955KK1, 26723/ A955KK1 900309 900310 HAVEG 61-02051 900186 900187 RG-174A/U, RG-188A/U, RG-161/U, RG-187A/U, RG-316/U, RG-179B/U, HAVEG 8100207, TIMES (HS-179) AA3248, TELEDYNE 11299, RAYCHEM 7528H1424

071094 M39029/76-424 077987 M39029/78-432

Proprietary Standard Proprietary Standard Inner contact Crimp ferrule RG-174A/U, RG-188A/U, RG-161/U, RG-187A/U, RG-316/U, RG-179B/U, Haveg 8100207, Times (HS-179) AA3248, Teledyne 11299, Raychem 7528H1424

900340 M39029/28-211 900354 M39029/27-210

RG-180B/U, RG-195A/U, Raychem 9528A1318 900341 M39029/28-409 900286 M39029/27-402 Raychem 5022E5111 900424 900425 Raychem 9530A5314 900426 900427 Raychem 9527A1318 071954 900420 GORE GWN1159A 900428 900429 SHIELDED COAXIAL CONTACT INTERFACE AND QUALIFICATION : SAE AS39029 / 27,28,76,78 Coaxial Contacts Coaxial Contacts Coaxial Contacts

MIL-DTL-38999 SERIES I, III / EN3645 Contact Size Cable Contact Part Number Crimping Tools Pin Socket Proprietary Standard Proprietary Standard Inner contact Crimp ferrule RG-178B/U, RG-196A/U 070575 M39029/76-425 071965 M39029/77-429 M22520/2-01 with Positioner M22520/2-35 or with Daniels Positioner K532 M22520/4-01 with Positioner M22520/4-02 HAVEG 30-00761, 30-02024, 30-02033 TENSOLITE 24713/A955KK1, 26723/ A955KK1 900309 900310 HAVEG 61-02051 900186 603247 RG-174A/U, RG-188A/U, RG-161/U, RG-187A/U, RG-316/U, RG-179B/U, HAVEG 8100207, TIMES (HS-179) AA3248, TELEDYNE 11299, Raychem 7528H1424

071094 M39029/76-424 070248 M39029/77-428

Proprietary Standard Proprietary Standard Inner contact Crimp ferrule RG-174A/U, RG-188A/U, RG-161/U, RG-187A/U, RG-316/U, RG-179B/U, Haveg 8100207, Times (HS-179) AA3248, Teledyne 11299, Raychem 7528H1424

900340 M39029/28-211 900350 M39029/75-416

RG-180B/U, RG-195A/U, Raychem 9528A1318 900341 M39029/28-409 900351 M39029/75-417 Raychem 5022E5111 900424 900421 Raychem 9530A5314 900426 900422 Raychem 9527A1318 071954 900430 Gore GWN1159A, Nexans RG179-DT 900428 900075 SHIELDED COAXIAL CONTACT Coaxial Contacts Coaxial Contacts Coaxial Contacts Coaxial Contacts

MIL-DTL-38999 SERIES I, III / EN3645 Contact Size Cable Contact Part Number Crimping Tools Pin Socket Proprietary Standard Proprietary Standard Inner contact Crimp ferrule RG-187A/U, RG-179B/U, RG-174A/U, RG-188A/U, RG-316/U, RG-161/U, Haveg 8100201, Times (HS-179)AA3248, Teledyne 11299 900135 900145 M22520/2-01 with Positioner M22520/2-31 or solder M22520/5-01 with die set M22520/5-03 (A) or M22520/508 (B) or M RG-142B/U, RG-223/U, SF-142 (solder inner conductor) 900136 900146 M22520/5-01 with die set M22520/5-05 (A) or M22520/519 (B) or M22520/1001 with Die Set M22520/10-07 (A) Haveg 51-03111, Tensolite 28895/2X1 600900 600910 M22520/2-01 with Positioner M22520/2-31** or solder M22520/5-01 with die set M22520/5-41 (B)RG-180B/U, RG-195A/U, Raychem 9528A1318 900130 M39029/60-367 Supersedes MS27536

900140 M39029/59-366

(M17/152-00001) 900137 900147 M22520/2-01 with Positioner M22520/2-31 M22520/5-01 with die set M22520/5-37 (B) or M22520/10-01 with die set M22520/10-15 (A) RG-400, ECS3C058A, ECS352001, ECS432101 900138 900148 M22520/2-01 with Positioner M22520/2-10 M22520/5-01 with die set M22520/5-45 (A) M17/028-RG-058, RG303, Times LMR-195-UF 600901 600911 Solder M22520/5-01 with die set M22520/5-05 (B) 5021D1331-0 600902 600912 M22520/2-01 with Positioner M22520/2-31 M22520/5-01 with die set M22520/5-05 (B) or M22520/10-01 with die set M22520/10-07 (B) 5M2869-001, ESC432101, BMS13-65 600903 600913 5022A1311-0 600904 600914 Coaxial Contacts SHIELDED COAXIAL CONTACT Coaxial Contacts Coaxial Contacts

AMPHENOL® MATCHED IMPEDANCE SIZE 12 COAXIAL CONTACTS FOR RF/MICROWAVE, HIGH FREQUENCY AND HIGH PERFORMANCE REQUIREMENTS MATCHED IMPEDANCE COAX CONTACT PERFORMANCE Contact impedance = 50 ohms nominal Frequency range = 0–3 GHz Operable at higher frequencies depending on cable selection. Consult Amphenol for details. Dielectric withstanding voltage (for a mated pair): At sea level = 1000 VRMS At 50, 000 ft. = 250 VRMS Insulation resistance: 5 gigaohms min. @ 25°C VSWR: 1.20 + .04F (F in GHz) max. up to 3 GHz Insertion Loss: .11 fGHz dB max. Environmental Specifications: Thermal limits: –55 ° to 200°C Mechanical Specifications: Mating: slide-on Mounting: conforms to M39029/102 & /103 envelope dimensions Contact Size Cable Contact Part Number Crimping Tools Pin Socket Proprietary Standard Proprietary Standard Inner contact Crimp ferrule (Series II) RG-316, T-Flex-405 900384 600750 MH992 with K1360 (5) M22520 5-01 with M225205-03(a) RG178, Gore CXN 340 600907 600659 MH992 with K1360 (4) (Series III) RD316, Filotex, ET124962, M17/152-00 001 900385 M39029/103 type 900395 M39029/102 type MH992 with K1360 (5) JN1088WT 600905 600915 MH992 with K1360 (6) PAN6422XQ 600906 600916 MH992 with K1360 (5) RG178, GORE CXN 3403 600907 600917 MH992 with K1360 (4) SFT-316-TR 600908 600918 MH992 with K1360 (5) RG316 900384 900394 MH992 with K1360(5) MIL-DTL-38999 SERIES I, II, III / EN3645 / EN4165 IMPEDANCE MATCHED COAXIAL CONTACT The use of this contact is mandatory when he performance of standard Mil or EN contacts is not sufficient to achieve the level of signal transmission required. Below a large range of contacts with the correspondence of cable PN. MH992 is supplied by DMC Tools Coaxial Contacts

TYPICAL COAXIAL CONTACT INSTALLATION INSTRUCTIONS Picture Process Check Tools Strip the jacket slide the piggy back grommet and crimping ferule Do not damage the braid Blade Trim shield strip cable core Do not damage the inner conductor Blade Position nut on retainer as illustrated flare shield and slide nut and retainer assembly under the cable shield until retainer bottoms against braid Slide inner pin contact over cable center conductor crimp inner conductor The inner conductor shall be visible thru the inspection hole M22520/2-01 with positionner M22520/2- 31 (5) Slide nut and retainer assembly forward until retainer flush with edge of cable core crimp shield crimp sleeve and observe a 0,25 and 1,3mm dimension Nut must be rotate freely after crimping sleeve M22520/5-01 with die M22520/5-37 (B) Slide rear insulator using expander tool. slide tool over inner pin contact. Push rear insulator with push rod until it seats between retainer end and inner pin contact shoulder Expander tool bendix p/n 11- 10136 or equivalent rod bendinx p/n 11-10135 or equivalent Snap rear insulator behind inner contact shoulder slide fron insulator until the inner contact flange Slide outer socket contact over inner pin assembly and insulator thread nut into rear of outer pin contact tighten nut until metal to metal ( 0,21 - 0,25N.m) Do not allow the cable to rotate while tightening the nut

MATCHED IMPEDANCE COAX CONTACT PERFORMANCE : Contact impedance = 50 ohms nominal Frequency range = 0–3 GHz Operable at higher frequencies depending on cable selection. Consult Amphenol for details. Dielectric withstanding voltage (for a mated pair): At sea level = 1000 VRMS At 50, 000 ft. = 250 VRMS Insulation resistance: 5 gigaohms min. @ 25°C VSWR: 1.20 + .04F (F in GHz) max. up to 3 GHz Insertion Loss: .11 fGHz dB max. Environmental Specifications: Thermal limits: –55°C to 200°C Amphenol Amphenol Coaxial Contacts Coaxial Contacts MIL-DTL-38999 SERIES I, III / EN3645 Contact Size Tail Length Contact Part Number Gold TinPin Socket Proprietary Proprietary CI 900184 900405 X CI 900179 600748 X Contact Size Tail Length Contact Part Number Gold TinPin Socket Proprietary Proprietary CI 900489 600749 X LI 900409 900412 X PRINT CIRCUIT BOARD CONTACTS IMPEDANCE MATCHED PCB COAXIAL CONTACT 900461 - SIZE 12 SHIELDED COAXIAL CONTACT Pin 900184, Socket 900405 Coaxial Contacts

Sizes 9 to 17 19 to 25 9 to 11 13 15 to 17 19 to 25 9 to 11 13 to 25 Sizes 9 to 25 9 to 25 9 to 19 21 to 25 L1 13,4 - 14,5 8,9 - 10 8,9 - 10,1 9 - 10,1 Sizes 9 to 19 21 to 25 9 to 19 21 to 25 9 to 19 21 to 25 L1 10,9 - 12 11,7 - 12,8 11,2 - 12,3 11,9 - 13 12,4 - 13,4 13,2 - 14,2 L1 10,5 - 11,6 11,3 - 12,4 10,8 - 11,9 11,5 - 12,6 12 - 13 12,8 - 13,8 Sizes 9 to 19 21 to 25 L1 11,2 - 12,3 11,9 - 13 L2 6,4 - 7,7 L1 10,8 - 11,9 11,5 - 12,6 L2 6 - 7,3 Pin SocketPinPinPin SocketSocketSocket Pin 900184, Socket 900405

APPLICATIONS

The HIGHEST frequency available on the market : up to 65 GHz The LARGEST range of size available on the market : 3 sizes - 8, 12 & 16 Designed for HARSH ENVIRONMENT : resistance to shocks and vibrations Unique float mount technology to allow consistant microwave performance Battlefield communications : high frequency applications Aerospace Telecom : radars, wireless networks (wifi, GSM) Body and Sleeve : Stainless steel per AMS-5640 Alloy UNS S30300 Type 1 Ferrule : Brass per ASTM B16,Alloy UNS C36000 Contact & Lock Ring : Beryllium copper per ASTM B196 Alloy UNS C17300, Td04 Insulator : PTFE per ASTM D1710,Type 1, Grade 1, Class B Spring : Stainless steel per ASTM A313 Type 631 Rear Body & Contacts : Gold per ASTM B488 Type II,Code C, Class 1.27; over Nickel per AMS-QQ-N-290 Class 1 (60μ inches); over Copper per MIL-C-14550 (10μ inches) Passivated per AMS-2700, Type 2 FEATURES AND BENEFITS RF COAXIAL CONTACT Coaxial Contacts Coaxial Contacts Coaxial Contacts MIL-DTL-38999 SERIES I, III / EN3645

BMZ INTERFACE SPECIFICATIONS BMA INTERFACE SPECIFICATIONS Impedance 50 Ω Frequency Range DC – 40 GHz VSWR 1.07+.01 (freq. GHZ) Insertion Loss 0.06√ (freq. GHz) Contact Resistance (Max.) center conductor: 6.0 mΩ outer conductor: 3.0 mΩ outer to cable: 0.5 mΩ Insulation Resistance (Min.) 10,000MΩ DWV 1,000 VRMS RF Leakage -(80-freq. GHz) Corona Extinction Voltage 250 VRMS RF High Potential Voltage 500 VRMS Impedance 50 Ω Frequency Range DC – 26,5 GHz VSWR DC to 18 GHz 1.05 + .005f (GHz) 18 to 22 GHz 1.05 + .009f (GHz) Insertion Loss 0.3x√f (freq. GHz) Contact Resistance (Max.) center conductor: 2.0 mΩ outer conductor: 2.0 mΩ Insulation Resistance (Min.) 5,000MΩ DWV 1,000 VRMS RF Leakage -(90-fGHz) Corona Extinction Voltage 670 VRMS RF High Potential Voltage 500 VRMS RF COAXIAL CONTACT Contacts size 8 BMZ Interface Contacts size 8 BMA Interface Coaxial Contacts Coaxial Contacts Coaxial Contacts Coaxial Contacts MIL-DTL-38999 SERIES I, III / EN3645

SMPM INTERFACE SPECIFICATIONS Impedance 50 Ω Frequency Range DC – 65 GHz VSWR 1.1:1 DC to 26.5 GHz (typical) 1.3:1 26.5 to 65 GHz (typical) Insertion Loss (Adapters) .10 dB x √f (where f = GHz) dB Insertion Loss (Cable Connectors) .12 dB x √f (where f = GHz) dB Contact Resistance (Max.) center conductor: 6.0 mΩ outer conductor: 2.0 mΩ Insulation Resistance (Min.) 5,000MΩ DWV 325 VRMS RF Leakage –80 dB from DC to 3 GHz –65 dB from 3 to 65 GHz Contact Size Interface Cable Frequency Contact Part Number Piggyback GrommetPin Socket BMZ TFLEX-405 40 GHZ 600920 600925 TFLEX-405 18 GHZ 600921 600926 RG-400/ RG-142 12 GHZ 600922 600927 900471 TFLEX-402 18 GHZ 600923 600919 900472 BMA TFLEX-405 26.5 GHZ 600600 600580 TFLEX-402 26.5 GHZ 600606 600581 900472 Contact Size Interface Cable Frequency Contact Part Number Piggyback GrommetPin Socket

12 SMPM TFLEX-405 65 GHZ 600924 600928

Size Interface Cable Frequency Contact Part Number Piggyback GrommetPin Socket 16 SMPM 0.047 DIA CABLE 65 GHZ 600929 600930 RF COAXIAL CONTACT Coaxial Contacts Contacts size 12 or 16 SMPM Interface Coaxial Contacts MIL-DTL-38999 SERIES I, III / EN3645 Coaxial Contacts

Impedance 50 Ω Frequency Range DC – 65 GHz VSWR 1.1:1 DC to 26.5 GHz (typical) 1.3:1 26.5 to 65 GHz (typical) Insertion Loss (Adapters) .10 dB x √f (where f = GHz) dB Insertion Loss (Cable Connectors) .12 dB x √f (where f = GHz) dB Contact Resistance (Max.) center conductor: 6.0 mΩ outer conductor: 2.0 mΩ Insulation Resistance (Min.) 5,000MΩ DWV 325 VRMS RF Leakage –80 dB from DC to 3 GHz –65 dB from 3 to 65 GHz

75 OHMS COAXIAL CONTACT

75 OHMS SIZE 6 CONTACTS AND CONNECTORS

MATERIALS AND FINISH SMPTE STANDARDS MIL-DTL-38999 / EN3645 CONNECTORS CRIMP AND PCB VERSION AVAILABLE MEET 3G-SDI VIDEO FORMAT Sleeve : Stainless steel Contact & Ferrule : Copper Alloy Insulator: PTFE Rear Body & Contacts: Gold over nickel SMPTE: Society of Motion and Television Engineers SDI: Serial Digital Interface SD-SDI: Standard Definition SDI (SMPTE 259M) ED-SDI: Enhanced Definition SDI (SMPTE 344M) HD-SDI: High Definition SDI (SMPTE 292M) 3G-SDI: (SMPTE 424M) SIZE 6 CONTACT CONNECTORS AND ARRANGEMENTS SHELL SIZE: 11 Please consult us SHELL SIZE: 19 Please consult us Contact Size Cable SMPTE Contact Part Number Piggy Back GrommetSD-SDI HD-SDI 3G-SDI PIN SOCKET RG179B/U X X X 600757 603180 600762 DRAKA HD PRO 0.8/3.7 AF X X X 600813 600715 600759BELDEN RG59 0.8/3.7 X X X GRÜN 0.6/3.7 X X X MIL-DTL-38999 SERIES I, III / EN3645

MIL-DTL-38999 SERIES I, III / EN3645 Coaxial Contacts

75 OHMS SIZE 8 PERFORMANCE

75 OHMS SIZE 8 PRINT CIRCUIT BOARD CONTACTS

IMPEDANCE: 75Ohms FREQUENCY RANGE: 0 – 3GHz . Meet 3G-SDI standard (SMPTE 424M) Insulation resistance: 5GΩ min @ 25°C Dielectric Withstanding Voltage: 1300Vrms Rms @ sea level

250 VRms @ 50 000ft

SMPTE Contact Part Number Piggy Back GrommetSD-SDI HD-SDI 3G-SDI PIN SOCKET RG179B/U X X X 600822 600841 603161 PIC V75268 X X X 600830 600836 900472PIC V76261 X X X PIC 73263 X X X EMTEQ TFLX125-075-01 X X X Contact Size Tail Length SMPTE Contact Part Number SD-SDI HD-SDI 3G-SDI PIN SOCKET

8 CI X X X 600889 600909

Amphenol Amphenol Concentric Twinax Contacts TWINAX CONTACTS FEATURES AND BENEFITS Protection from magnetic interference Protection from electrostatic interference including nuclear electromagnetic pulse Meets parameters defined by MIL-STD-1553B Maintains shield integrity through a multi-pin circular connector and does not require contact polarization within the insert MATERIALS AND FINISH Body: Copper alloy Finish: Gold over nickel on mating parts Insulators: High Performance Fluorocarbon or PEEK TYPICAL TWINAXIAL CABLE DO YOU KNOW BUS1553 AND ARINC429 ? Amphenol size 8 concentric twinax are designed for use in MIL-STD-1553 data bus. MIL-STD-1553 is a military standard published by the United Department of Defense that defines the mechanical, electrical and functional characteristics of a serial data bus. Amphenol size 8 concentric twinax are designed for use in ARINC429 or DITS (Data Information Transfer System). ARINC429 is technical standard for the avionics data bus used commercial and transport aircraft. Center conductor Insulation Braid Jacket Concentric Twinax Contacts Concentric Twinax Contacts Amphenol Twinax contacts were designed for use with twinax cable in data Bus systems.

Concentric Twinax Contacts INTERFACE AND QUALIFICATION : SAE AS39029 / 90/91/113/114 TYPICAL ELECTRICAL PERFORMANCE: FEATURES AND BENEFITS 175°C rated and meets performance levels of MIL-DTL-38999 series III connectors MIL-C-17/176-00002 cable termination Gold plated full crimp termination contacts qualified to M39029/90 & 91 Voltage Rating: 500 Vrms max. @ sea level Contact Resistance: Center @ 1 Amp: 55 millivolts max. voltage drop @ 25°C Intermediate @ 1 Amp: 55 millivolts max. voltage drop @ 25°C Outer @ 12 Amps: 75 millivolts max. voltage drop @ 25°C Operating Frequency: 0–20 MHz Dielectric Withstanding Voltage: Center to Intermediate: 1000 VAC Rms @ Sea Level Intermediate to Outer: 500 VAC Rms@ Sea Level Contact Size Cable Contacts Part Number CommentsPIN SOCKET Proprietary Standard Proprietary Standard M17/176-00002 074834 M39029/90-529 072453 M39029/91-530 Supplied with heat shrink seal M17/176-00002 600850 M39029/113-625 600851 M39029/114-628 Supplied with heat shrink seal Concentric Twinax Contacts Concentric Twinax Contacts MIL-DTL-38999 SERIES I, III / EN3645

Amphenol Concentric Twinax Contacts TWINAX CONTACTS MIL-DTL-38999 SERIES I, III / EN3645 / EN4165 INTERFACE AND QUALIFICATION : EN3155-024 -025 & ABS2217 FEATURES AND BENEFITS TYPICAL ELECTRICAL PERFORMANCE 200°C rated and meets performance levels of MIL-DTL-38999 series III connectors, EN3645 and EN4165 Many EN3375 cable termination Gold plated full crimp termination contacts qualified to EN3155- 024 -025 Voltage Rating: 500 Vrms max. @ sea level Contact Resistance: Center @ 1 Amp: 55 millivolts max. voltage drop @ 25°C Intermediate @ 1 Amp: 55 millivolts max. voltage drop @ 25°C Outer @ 12 Amps: 75 millivolts max. voltage drop @ 25°C Dielectric Withstanding Voltage: Center to Intermediate: 1000 VAC Rms @ Sea Level Intermediate to Outer: 500 VAC Rms@ Sea Level Contact Size Cable Contact Part Number Crimping Tools Pin Socket Proprietary Standard Proprietary Standard Inner contact Intermediate Outer EN3375-003 KG24 600611 EN3155-024M08AA 600614 EN3155-025F08AA M22520/2-01 with Daniels positionner K880 M22520/5-01 with Daniels tools Y832 EN3375-004 WJ24 600612 EN3155-024M08BA 600615 EN3155-025F08BA EN3375-005 WV24 600613 EN3155-024M08CA 600616 EN3155-025F08CA EN3375-009 W26 600854 ABS2217P01 600855 ABS2217S01 M22520/2-01 with Daniels positionner K1815 M22520/5-01 with Daniels tools Y832 EN3375-006 XM24 600856 ABS2217P02 600857 ABS2217S02 EN3375-004 WJ24 600858 ABS2217P03 600859 ABS2217S03 Concentric Twinax Contacts ABS22 17 COMPLIANT EN3155 QUALIFIED Concentric Twinax Contacts

Amphenol Concentric Twinax Contacts TWINAX CONTACTS

1760 INTERFACE

TWINAX CONTACTS FOR ARINC600 ABS1600 AND ABS1607 Contact Size Cable Contact Part Number Crimping Tools Pin Socket Proprietary Standard Proprietary Standard Inner contact Intermediate Outer Raychem 10614 EPD44692 EPD44695 076590 711-1760-101 076589 711-1760-201 M22520/2-01 with Daniels positionner K880 M22520/5-01 with Daniels tools Y832 PAN6421 Raychem 10613 076915 711-1760-102 076588 711-1760-202 Raychem 10612 M17/176-00002 EPD44690 EPD44691 077517 711-1760-104 077516 711-1760-204 TYPICAL ELECTRICAL PERFORMANCE Voltage Rating: 500 Vrms max. @ sea level Contact Resistance: Center @ 1 Amp: 55 millivolts max. voltage drop @ 25°C Intermediate @ 1 Amp: 55 millivolts max. voltage drop @ 25°C Outer @ 12 Amps: 75 millivolts max. voltage drop @ 25°C Operating Frequency: 0–20 MHz Dielectric Withstanding Voltage: Center to Intermediate: 1000 VAC Rms @ Sea Level Intermediate to Outer: 500 VAC Rms@ Sea Level Contact Size Cable Contact Part Number Pin Socket Proprietary Standard Proprietary Standard

8 EN3375-004 140675 ABS1600M08A 140683 ABS1607F08A

Concentric Twinax Contacts Delivered without heat shrink boot or piggy back grommet! Concentric Twinax Contacts

Amphenol Concentric Twinax Contacts TYPICAL CONTACTS INSTALLATION INSTRUCTIONS FOR TWINAX CONTACTS PICTURE PROCESS CHECK TOOLS Strip the jacket Slide the piggy back grommet and crimping ferule Do not damage the braid Blade Open the braid over the crimping ferule The braid shall coiver equally the crimping ferule Strip the inner conductors Do not damage the inner conductors Blade Insert the white jacket inner conductor into the inner contact and crimp The inner conductor shall be visible thru the inspection hole M22520/2-01 with positionner Insert the crimp inner contact into the center hole and insert the blue inner conductor in the intermediate contact crimp the intermediate contact The inner conductor shall be visible thru the inspection hole M22520/5-01 with correct die Push the sub assembly into the outer contact when nice installed, cut the additional braid Do not damage the crimping ferule Blade Crimp the outer contact M22520/5-01 with correct die Concentric Twinax Contacts Concentric Twinax Contacts

Amphenol Concentric Twinax Contacts TWINAX CONTACTS PRINT CIRCUIT BOARD CONTACTS AND SPECIFICS INFORMATION AMPHENOL CAN ALSO PROVIDE SPECIFIC AND CUSTOM TWINAX CONTACT SUCH AS: SIZE 10 and 12 SIZE 8 HOODED 90° TWINAX PLEASE CONSULT US Concentric Twinax Contacts Concentric Twinax Contacts Connectors with Twinax Contacts MIL-DTL-38999 series III MIL-DTL-38999 series III / EN3645 composite Sizes 9 to 11 13 15 to 17 19 to 25 9 to 11 13 to 25 L1 10,4 - 11,6 10,2 -11,4 10,4 - 11,6 10,2 - 11,4 Sizes 9 to 25 9 to 19 21 to 25 Sizes 9 to 19 21 to 25 9 to 19 21 to 25 L1 11,8 - 12,9 12,5 - 13,7 13 - 14,1 13,8 - 14,9 Pin/Socket Pin/Socket Pin/Socket Pin 072265, Socket 600709 MIL-DTL-38999 SERIES III / EN3645

Amphenol Differential Twinax Contacts DIFFERENTIAL TWINAX CONTACTS FEATURES AND BENEFITS Offer several advantages for high data transfer rates, low power consumptionand excellent EMI compatibility: Two strategically spaced inner contacts form two 100 or 150 Ohm matched impedance differential pairs Outer contact has rugged wall section for durability Available in size 8 crimp termination style Also available in size 8 with PC tails Requires modification of MIL-DTL-38999 connector to accommodate keyed contacts MATERIALS AND FINISH Body: Copper alloy Finish: Gold over nickel on mating parts Insulators: High Performance Fluorocarbon or PEEK TYPICAL TWINAXIAL CABLE TYPICAL ELECTRICAL PERFORMANCE MIL-DTL-38999 SERIES III / EN3645 / EN4165 Center conductor Insulation Braid Jacket Bandwidth: Up to 1.25 GHz Data Rate: Exceeding 2.5 Gbps Voltage Rating: 500 Vrms max. @ sea level Dielectric Withstanding Voltage:1000 VAC rms between all inner contacts @ sea level 500 VAC rms between inner and outer con- tacts @ sea level Differential Twinax Contacts Differential Twinax Contacts

Amphenol Differential Twinax Contacts CRIMP CONTACTS MIL-DTL-38999 SERIES III / EN3645 / EN4165 Cable Contact Part Number Crimping Tools Pin Socket Impedance (Ohms) Inner contact Outer contact Tensolite 24463/05099X-8(LD), Thermax MX 100-24, Tensolite 24463/9P025X-2(LD), Thermax 12814, ST5M1284-003 (98 Ohm), 26463/70460X- 2 (98 Ohm), PIC E10224, Fileca 2709-3, NF24T100-200C (Space), S280W502-1 900418 900419 100 M22520/2-01 with M22520/2-37 or with Daniels positionner K709 M22520/5-01 with die set M22520/5-45 (Location A) GORE GSC-05-827300-00 Tensolite 26453/03184X-2(LD) Thermax 956-626Z 600931 600932 Tensolite 26453/03184X-2(LD), Thermax 956-626Z, GORE GSC-05-827300-00 ASNE08072003-09 600933 600934 23460/05114X-2(LD), PIC E1024 600935 600936 Raychem 0026A0024, M17/176-00002 (77 Ohm) 600937 600938 JSFY11-24, Tensolite 24463/03220T-2(LD), Thermax 956-1T200 600939 600940 S280W502-6, Tensolite 24463/9P026X-2(LD) 600941 600942 AXON P509782 600943 600944 Tensolite 26453/03184X-2(LD) 600945 600946 Gore DXN 2125 600947 600948 Tensolite 26483/03071X-2(LD) 900294 900299 150Tensolite 26483/03071X-2(LD) 600858 600899 Differential Twinax Contacts DIFFERENTIAL TWINAX CONTACTS Differential Twinax Contacts

MIL-DTL-38999 SERIES III / EN3645 / EN4165 FEATURES AND BENEFITS MATERIALS AND FINISH TYPICAL QUADRAX CABLE TYPICAL QUADRAX CABLE Quadrax Contacts Quadrax Contacts Amphenol® Quadrax Contacts -Offer several advantages for high data transfer rates, low power consumption and excellent EMI compatibility: Four strategically spaced inner contacts form two 100 or 150 Ohm matched impedance differential pairs Outer contact has rugged wall section for durability Available in size 8 crimp termination style Also available in size 8 with PC tails Requires modification of MIL-DTL-38999 connector to accommodate keyed contacts Body: Copper alloy Finish: Gold over nickel on mating parts Insulators: High Performance Fluorocarbon or equivalent 1 – 4 Center conductor 2 – 4 Insulation 3 – Braid 4 – Jacket Bandwidth: Up to 1.25 GHz Data Rate: Exceeding 2.5 Gbps. Voltage Rating: 500 Vrms max. @ sea level Dielectric Withstanding Voltage:

1000 VAC rms between all inner contacts @ sea level

500 VAC rms between innerand outer contacts @ sea level

TV SERIES, MIL-DTL-38999 SERIES III / EN3645 / EN4165 CRIMP CONTACTS EN3155-074 AND -075 CRIMP CONTACTS Quadrax Contacts Quadrax Contacts Contact Size Cable Contact Part Number Crimping Tools Pin Socket Impedance (Ohms) Inner conductor Gauge Electrical Protocol Inner contact Outer contact Draka Fileca F-4703-3, F4704-4, Filotex ET 2PC236, Filotex ET2PF870, PIC Wire E50424, ABS0972, Tensolite 23450/04090X-4(LD) Draka Fileca F-4704-5, ABS1503 KD 24 900496 900361 100 Ethernet, 1000 Base-T Gigabit Ethernet M22520/2-01 with Positioner M22520/2-37 or with Daniels Positioner K709 M22520/5-01 with Die Set M22520/5-45 (Location A) Tensolite NF24Q100, NF24Q100-01, 24443/9P025X-4(LD), S280W502-4, 24443/C20714X-4(LD), 24450/0120X-4(LD), NF24-2Q100, TYCO CECRWC- 18664, GORE GSC-01- 81869-01, 24443/03166X-4(LD), Thermax T956-4T200, Pic Wire E51424, Thermax MX100Q-24, NF24Q100-01-200C (Space), BMS13-72T03C04G024 900330 900338 Tensolite NF22Q100, NF22Q100-01, Thermax 956-5, GORE RCN 7688 900410 900411 22 Ethernet (100 Mbps),

1000 Base-T

Ethernet (1 Gbps) Tensolite NF26Q100, NF26Q100-01, NF26-2Q100, PIC E51426, Wirenetics W-3714-379 600514 600516 26 S280W502-4/BMS13- 72T03C04G024 600953 600954 24 Draka Fileca F-4704-6, Gore RCN 8672 600513 600515 26 Ethernet (100 Mbps), Ethernet (1 Gbps) Gore RCN8513, JSFY18-3 22 Tensolite NF24Q100, NF24Q100-01 for 2.5 Gbps applications 600951 600952 24 Serial FPDP (2.5 Gbps) (Typical app run at 150 Ohms) HDMI 1.3 Gore 8647 600955 600956 24 USB2 (28433/02171LX-4) 600987 600958 90 USB2.0 (480 Mbps) Tensolite 24450/03089X-4(LD) Gore RCN8647 050998 050999 110 IEEE 1394B Firewire JSFY02-1, JSFY18 600959 600960 IEEE 1394B Firewire Gore RCN8487, JSFY18 600961 600962 IEEE 1394B Firewire Tensolite 26473/02006X-4(LD)/Gore RCN8328 (not for new designs, use 21-033450/1 series) 900327 900337 150 26 Contact Size Cable Contact Part Number Crimping Tools Pin Socket Impedance (Ohms) Inner conductor Gauge Electrical Protocol Inner contact Outer contactProprietary Standard Proprietary Standard

8 ABS1503KD24

600963 EN3155-074M8A 600964 EN3155-075F08A

100 24 Ethernet, 1000 Base-T Gigabit Ethernet M22520/2-01 with Positioner M22520/2-37 or with Daniels Positioner K709 M22520/5-01 with Die Set M22520/5-45 (Location B)603085 EN3155-074M08 603086 EN3155-075F08 Quadrax Contacts EN3155 QUALIFIED

QUADRAX CONTACTS FOR SUBMINIATURE TYPICAL CONTACTS INSTALLATION INSTRUCTIONS FOR QUADRAX CONTACTS Quadrax Contacts Quadrax Contacts Quadrax Contacts Picture Process Check Tools Strip the jacket Slide the piggy back grommet and crimping ferule Do not damage the braid Blade Open the braid over the crimping ferule The braid shall coiver equally the crimping ferule Blade (To Trim Excess Braid) Strip the inner conductors Do not damage the inner conductors Blade Crimp the inner contacts The inner conductor shall be visible thru the inspection hole M22520/2-01 with positionner M22520/2-37 Install the rear insulator and respect the circular location for each individual contact The contact location shall respect circular location Slide the front insulator over the contact by the front The keyway orientation shall meet the key way in outer contact Crimp the outer contact M22520/5-01 with M22520/5-45(A)

QUADRAX CONTACTS FOR SUBMINIATURE MIL-DTL-38999 SERIES III / EN3645 PRINT CIRCUIT BOARD CONTACTS Quadrax Contacts Quadrax Contacts Connectors with Quadrax Contacts MIL-DTL-38999 series III / EN3645 MIL-DTL-38999 series III / EN3645 composite Sizes 9 to 11 13 15 to 17 19 to 25 9 to 11 13 to 25 L1 10,4 - 11,6 10,2 -11,4 10,4 - 11,6 10,2 - 11,4 Sizes 9 to 25 9 to 19 21 to 25 Sizes 9 to 19 21 to 25 9 to 19 21 to 25 L1 11,8 - 12,9 12,5 - 13,7 13 - 14,1 13,8 - 14,9 Contact Size Release Type Contact Part Number Impedance (Ohms)PIN SOCKET Rear CI 900210 600520 100 Rear LI 600512 600519 Quadrax Contacts Pin/Socket Pin/Socket Pin/Socket Pin 900210, Socket 600520

ARINC600, EN3545 CRIMP CONTACTS PRINT CIRCUIT BOARD CONTACTS Quadrax Contacts DO YOU KNOW AFDX AND ARINC664 ? Amphenol size 8 quadrax contacts are designed for use in ARINC664p7 or AFDX network. AFDX (Avionics Full Duplex Switched Ethernet) and ARINC 664 are a data network based on ethernet technology. AFDX is patented by AIRBUS. Contact Size Cable Contact Part Number Impedance (Ohms) Inner conductor Gauge Electrical Protocol Crimping Tools Pin Socket Inner contact Outer contact ABS0972 ABS1503KD24 603113 603116 100 24 Ethernet,

1000 Base-T,

Gigabit Ethernet, ARINC664 M22520/2-01 with positionner K709 M22520/5-01 with Die set M22520/5- (Location A) Tensolite NF24Q100, NF24Q100-01, 24443/9P025X-4(LD), S280W502-4, 24443/0120X-4(LD), NF24-2Q100, TYCO CECRWC-18664, GORE GSC-01-81869-01, 24443/03166X-4(LD), Thermax T956-4T200, Pic Wire E51424, Thermax MX100Q-24, NF24Q100 01-200C (Space), BMS13 72T03C04G024 603210 603209 M22520/5-01 with Die set M22520/5- 45 (Location B) Contact Size Release Contact Part Number Impedance (Ohms) Connector Pin Socket ARINC600 EN3545 Front 603228 100 Rear 603177 603229 √

SPLIT PAIR QUADRAX CONTACTS MIL-DTL-38999 SERIES III / EN3645 / EN4165 Split Pair Quadrax Contacts Split Pair Quadrax Contacts FEATURES AND BENEFITS APPLICATION CRIMP CONTACTS PRINT CIRCUIT BOARD CONTACTS Overall higher bandwidth than standard CAT5E quadrax Enhanced crosstalk performance (compared to standard quadrax) due to compatibility with shielded twisted pair of cables Can be used for a variety of high speed applications beyond current quadrax design** Four strategically spaced inner contacts form two 100 Ohm matched impedance differential pairs Outer contact has rugged wall section for durability Available in size 8 crimp termination style Also available in size 8 PC tails Can be installed into existing quadrax contact connector cavities Requires modification of MIL-DTL-38999 connector to accommodate keyed contacts For use with, but not limited to, the following electrical protocols : 10/100/1000/10GBASE-T Ethernet DVI USB 2.0, 3.0 Serial Rapid IO (up to 3.125 Gbps) PCI-Express 2.0 HDMI 1.3a SATA 2.0 (up to 3 GHz) Contact Size Cable Contact Part Number Crimping Tools Pin Socket Inner conductor Gauge Inner contact Outer contact

8 Thermax 1536-224 050742 050741 24

Contact Part Number Impedance (Ohms)Pin Socket Rear CI 603250 600742 100 Rear LI 603251 603252 ** For stick out, please refer to p45 Split Pair Quadrax Contacts

µCOM-10GB + HARSH ENVIRONMENT 10GB ETHERNET MICRO CONNECTORS FEATURES AND BENEFITS HOW TO ORDER MAIN FEATURES 10Gb+ exceeds 10Gb/s Ethernet following IEEE 802.3an-2006 : 10GBase-T Cat.6A connector according to TIA568C.2 and ISO/IEC11801 norms Environmental testing based on MIL-DTL-38999 series III military specifications Miniature : 15 mm(.59˝) max external diameter 4 pairs totally insulated throughout the connector minimum cross-talk between the four pairs Patent pending special interfacial shapes minimum perturbation at the interface of each pair Thread coupling mechanism 2000 mating cycles & high vibration resistance Machined Brass shells and RoHS compliant plating shell to shell continuity and 500h salt Spray resistance Machined & gold plated Solder and Crimp contacts design & performance according to the innercontact of M39029/77-429#16 M39029/76-425#16 38999 contact Solder contact : max AWG24 Crimp contact : AWG 24 to 26 IP68 sealing mated and unmated for receptacles

1500 Vrms Dielectric Withstanding voltage

Temperature range : - 55°C / + 125°C µCom Contacts Amphenol Amphenol µCom Contacts µCom Contacts µCom Series is a new range of connectors designed to address the latest trends of the industry : miniaturization and high speed, with the highest resistance for use in the harshest environments. µCom-10Gb + is the first product of this new range. Male plugs UCOM - 10G+ P T C B G A Shell P: plug Mating (for plugs only) T: thread P: push-pull Contacts termination C: crimp S: solder Shell plating B: black nickel G: olive drab cadmium U: unplated brass Backshell type G: gland B: band Cable diameter (for gland backshell only) A: for cable diam 7.5mm B: to be defined Female receptacles UCOM - 10G+ R P B Shell R: receptacle (push pull or thread) Contacts termination P: PCB S: solder C: crimp Shell plating B: black nickel G: olive drab cadmium U: unplated brass Female In-line receptacles UCOM - 10G+ L S B G A Shell L: in line receptacle (push pull or thread) Contacts termination C: crimp S: solder Shell plating B: black nickel G: olive drab cadmium U: unplated brass Backshell type G: gland B: band Cable diameter (for gland backshell only) A: for cable diam 7.5mm B: to be defined Cordsets UCOM - 10G+ C T C B 0 1 5 Shell C: µCom plug - µCom plug cordset D: µCom plug - RJ45 Cat6A plug cordset E: µCom panel mount receptacle - RJ45 Cat6A plug cordset F: µCom plug - µCom inline receptacle cordset Open versions: G: µCom plug - no connector at the end H: µCom panel mount receptacle - no connector at the end J: µCom inline receptacle - no connector at the end Mating (for plugs only) T: thread Contacts termination C: crimp S: solder Shell plating B: black nickel G: olive drab cadmium U: unplated brass Total length - For other lengths, please consult us. 002: 20 cm [7.87] 005: 50 cm [19.68] 010: 1.0 m [39.37] 015: 1.5 m [59.05] 020: 2.0 m [78.74] 100: 10.0 m [393.70] For more information on µCom series, thanks to consult our dedicated datasheet

Thanks to our large contacts portfolio and expertise on major high speed protocols, Amphenol Socapex is now offering a capability of high-speed cordsets design and manufacturing. All cordsets are fully tested with test such as DWV, resistance and continuity. Other tests could be performed on demand. 38999 connectors to RJ45 USB3 to SPLIT-PAIR QUADRAX QUADRAX TO DIFFERENTIAL TWINAX A dedicated 400m² workshop and team focus on harnesses and cordsets manufacturing. Technical and manufacturing supports are available in France to help you on your definition. ASSEMBLY SHOP

M29504/4 & /5 FIBER OPTIC TERMINI Precision fiber optic ceramic ferrules Pre-radius ferrule design Precision “press fit” stainless steel design Accurate ferrule alignment system Size 16 design (MIL-DTL-38999 compatible) Low insertion loss and back refection Designed and manufactured to MIL-PRF-29504/ 4 and /5 specifications Solid reliable connectivity through a wide range of harsh environmental conditions Compatible with all qualified MIL-DTL-38999, Series III connectors. Fast termination and polish time Reliable, repeatable and durable connections Easy to clean Solid reliable connectivity through a wide range of harsh environmental conditions Compatible with all qualified MIL-DTL-38999, Series III connectors. Fast termination and polish time Reliable, repeatable and durable connections Easy to clean FEATURES AND BENEFITS BENEFITS PRODUCT SPECIFICATIONS Specification Measurement/Detail Back Reflection Better than -40 dB – PC polish Better than -50 dB – enhanced PC polish Insertion Loss 0.45 typical (measured with 62.5/ 125 mm fiber @1310nm) Operating Temperature -65°C to +150°C Temperature Life +150°C for 1000 hours Vibration 40 G random Mechanical Shock 500 G Mating Durability 500 cycles Salt Spray 500 hours Cable Retention Force 25 lbs (dependent on cable construction) Amphenol Amphenol Optical Termini Optical Contacts Optical Termini

M29504/4 & /5 FIBER OPTIC TERMINI Amphenol Fiber Systems International’s (AFSI) M29504 /4 & /5 Style Fiber optic termini, the M29K1000 and M29L1000 series, provide superior optical and mechanical performance. Designed to fit into MIL-DTL-38999 Series III, pin size 16 connectors, this low-cost, high-precision terminus family is ideal for harsh environment fiber optic interconnections. Available for single mode and multimode applications these termini conform to the rigorous conditions of the MIL-PRF-29504B specification. The M29K1000 and M29L1000 series termini utilize the highest quality Zirconia ceramic ferrules and split alignment sleeves available. AFSI’s tight-tolerance ferrules are optimized for low insertion loss, low back reflection and exceptional durability. All ferrules are available in standard and ultra polished end faces for those tight optical budget applications. In addition, epoxy removal and polishing times are minimized by the ferrule’s pre-domed design feature. The M29L1000’s Zirconia split alignment sleeve design ensures accurate physical contact, fiber-tofiber alignment and guarantees the highest performing connector of its kind for use in a variety of demanding environmental conditions. The M29K1000 and M29L1000 series fiber optic termination system offers precise, superior and reliable connections over repeated connector mating cycles and through a wide range of harsh environmental conditions. ABOUT THE M29504 M29504/4 FIBER SIZE TABLE M29504/5 FIBER SIZE TABLE AFSI Pin Part Number Fiber Size Core/Cladding A Diam. (Microns) Reference Only M29504 /4-XXXX M29K2000 9/125 126 M29504/4-4209 M29K1001 50/125 & 62.5/125 126 M29504/4-4210 M29K1000 50/125 & 62.5/125 127 M29504/4-4040 M29K3000 100/140 142 M29504/4-4043 M29K3001 100/140 144 M29504/4-4044 M29K5000 62.5/125/155 (Polyimide) 156 M29504/4-4211 M29K5001 62.5/125/155 (Polyimide) 157 M29504/4-4212 M29K6000 100/140/172 (Polyimide) 173 M29504/4-4087 M29K6001 100/140/172 (Polyimide) 175 M29504/4-4213 M29K8000 200/233 236 M29504/4-4214 M29K8050 200/280 286 M29504/4-4215 M29K9000 400/440 448 M29504/4-4216 AFSI Pin Part Number Fiber Size Core/Cladding A Diam. (Microns) Reference Only M29504 /4-XXXX M29L2000 9/125 126 M29504/5-4238 M29L1001 50/125 & 62.5/125 126 M29504/5-4239 M29L1000 50/125 & 62.5/125 127 M29504/5-4046 M29L3000 100/140 142 M29504/5-4049 M29L3001 100/140 144 M29504/5-4050 M29L5000 62.5/125/155 (Polyimide) 156 M29504/5-4240 M29L5001 62.5/125/155 (Polyimide) 157 M29504/5-4241 M29L6000 100/140/172 (Polyimide) 173 M29504/5-4088 M29L6001 100/140/172 (Polyimide) 175 M29504/5-4242 M29L8000 200/233 236 M29504/5-4243 M29L8050 200/280 286 M29504/5-4244 M29L9000 400/440 448 M29504/5-4245 Lux-beam size 16

LUX-BEAM® SINGLE EXPANDED BEAM TERMINI ABOUT LUX-BEAM® FEATURES AND BENEFITS Amphenol Optical Termini Optical Contacts Optical Termini The new requirements for Avionics and Field communication systems demand for always higher amount of data, HD video transmission and higher bandwidth to be transmitted. Fiber optic technology is the technology of choice for those requirements. With over 20 years of production of fiber optics expanded beam solutions, Amphenol introduces the LUX-BEAM™ Single Expanded beam termini. A solution to upgrade the optical physical contact technology to an optical contacless technology. LUX-BEAM™ is easy to clean, less sensitive to pollution by dust or debris. The contactless coupling of LUX-BEAM™ is not subject to degradation of performances resulting from friction of optical surfaces as it usual is on traditional butt joint termini. With its patented pin to socket realignment feature, LUX-BEAM™ is compatible with connectors from different suppliers and provides an efficient adjustment to tolerances during mating. Per design, LUX-BEAM™ is as easy to install. Expanded Beam technology Surface expanded bundle >140X Reduced sensitivity to dust No degradation of the optical face Easy cleaning Low maintenance Compatibility Cavity #16 MIL-DTL-38999 series III TV/CTV, EN3645 EN 4165 (SIM) Other benefits technology Easy installation with standard tools Possibility to mix with Electrical contact for Hybrid solutions Expanded Beam Technology Fiber S= Initial Lens Lens Expanded Beam >140xS Fiber S= Initial Lux-beam size 16

LUX-BEAM® Designation LXB LXB P A C 18X 18X Series LXB : LUX-BEAM, Single expanded beam optical termini Cavity size 16 : size 16 for 38999 series III Type of termini P : Pin termini S2 : Socket termini for series II S3 : socket termini for seriess III Wavelength A : optimised for wavelength 850nm (Multimode) B : optimised for wavelength 1300nm (Multimode) C : optimised for wavelength 850nm & 1300nm (Multimode) Cable 18X : for cable 1.8mm SPECIFICATION MEASUREMENT DETAILS STANDARD METHOD Insertion loss 1.5dB max multimode, 850nm 1.5dB max multimode, 1300nm MIL-PRF-29504D TIA-455-34 Mating durability 500 cycles MIL-DTL-38999 TIA-455-21 Operating temperature, temperature life 125°C 1000H MIL-PRF-29504D TIA-455-04 Storage temperature -40°C / +85°C MIL-PRF-29504D Temperature cycling 5 cycles -40°C +70°C MIL-DTL-38999 TIA-455-03 Thermal shock 5 cycles -55°C +125°C MIL-PRF-29504D TIA-455-34 Humidity 24h at 50°C max 33% hum 240H at 40°C 90% RH MIL-DTL-38999 TIA-455-05 Salt spray 48H MIL-PRF-29504D TIA-455-16 Vibration Connectors mated Method B: Figure 2, Table 1, level J (1g2/Hz) Duration: 8h / axe – 2 axes longitudinal and perpendicular direction. Duration of micro-discontinuity : < 1µs IL max 2dB. EN2591-6403 Shock Method A, severity 100 Number of shocks: 1 each way for each of the 2 directions (6 shocks in all). Duration of micro-discontinuity : < 1µs EN2591-6402 Insertion and removal force max 22 pounds MIL-PRF-29504D 3.6.9 Maintenance aging 10 insertions / removal cycles MIL-PRF-29504D 3.6.13 TECHNICAL DATA HOW TO ORDER

LUX-BEAM® Optical Termini Optical Termini CABLE ASSEMBLIES WITH LUX-BEAM™ TO OTHER TERMINI Designation LXB 16 P A 1 D 1 L 0020 ST2 1 D 0 M Type of Termini LXB: LUX-BEAM™, Single expanded beam optical termini Cavity size 16: size 16 for 38999 series III Type of termini P : pin termini S2 : socket termini for series II S3 : socket termini for series III Wavelength A: optimised for wavelength 850nm (Multimode) B: optimised for wavelength 1300nm (Multimode) C : optimised for wavelength 850nm & 1300nm (Multimode) Termination type 1: PC Ceramic Boot form D: straight boot Type of fiber 1: 50/125 Multimode 2: 62.5/125 Multimode Type of cable L: Simplex cable with buffer 900µm and outer jacket dia. 1.8mm Length XXXX: length in m for L ≥ 10m, ex 0020 for L=20 meters X.XX: length in m for L < 10m, ex 5.00 for L=5.0 meters Type of Termini XXX: pigtail ST2: connector ST2 954: connector SC simplex LCS: connector LC simplex ELU: connector ARINC 801 optical termini Termination type 1: PC Ceramic Boot form D: straight boot Protective Cap O: standard protective cap Marking : standard marking MX: specific marking HOW TO ORDER CABLE ASSEMBLIES WITH LUX-BEAM TM

LUMIÉRE FIBER OPTIC TERMINI Hermaphroditic style allows one contact type Standard 2.5mm ST type ferrule interface allows the use of standard termination procedures and readily available tools Simple access to optical termini facilitates cleaning Options available for single mode and multimode fiber Pull Proof option allows the use of the terminus in a connector without a backshell Supports both tight or loose structure cable FEATURES AND BENEFITS Typical IL: 0.3dB SM, 0.2dB MM @ 1300nm Typical Return Loss: -30dB SM and MM @ 1300nm OPTICAL PERFORMANCE ABOUT THE LUMIERE Amphenol Fiber Systems International (AFSI) offers the Lumiére fiber optic terminus for commercial airframe, avionics and aerospace applications. AFSI's Lumiére termini are a direct replacement for ELIO® termini and are compatible with existing ELIO® connectors. This fiber optic contact utilizes a 2.5mm diameter field-proven ceramic ST type ferrule which can be inserted into a size #16 cavity. The terminus is hermaphroditic allowing the use of the same contact on the receptacle or plug. In addition, the contact is available in both multi-mode and single mode versions and an anti-rotation feature allows PC, UPC and APC polishes. Because the Lumiére uses a standard ST type ferrule, well known procedures and readily available tools can be used for termination. Long and short boot versions are available to support multiple connector types. Amphenol also manufactures a full line of EN 4531 rectangular and cylindrical connectors to house the Lumiére termini. Part Number Description AOT 4532-1 Lumiére-S, Short Boot AOT 4531-2 Lumiére-L, Long Boot Optical Contacts

Flexible design for use in multiple connector types Genderless terminus allows one contact type Standard 1.25 mm LC ferrule interface allows the use of standard termination procedures and widely available tools Options available for single mode and multimode fiber in PC or APC polishes Pull-proof option allows the use of the terminus in a connector without a backshell Works with tight or loose structure cable All stainless steel option available FEATURES AND BENEFITS ABOUT ARINC 801 TERMINI Amphenol Fiber Systems International (AFSI) offers the fully-compliant ARINC 801 fiber optic terminus for aerospace applications. The AFSI ARINC 801 uses a standard 1.25 mm ferrule and sleeve and can be terminated with standard LC termination procedures. The terminus can be inserted, or removed, from the connector with a standard size 16 removal tool. The terminus is available in both multimode and single mode versions. The fiber optic contact provides low insertion loss (0.3 dB max) and backreflection (-50 dB). In addition to the standard PC end-face option, AFSI’s ARINC 801 is offered with an APC end-face for those applications requiring lower backreflection. The terminus is highly flexible and is used primarily in ARINC 801, 600, 404, 781 and EPXA/B multichannel connectors. The fiber optic contact is offered in an optional pull-proof (allows the use of the contact in a connector without a strain-relief backshell) configuration and an optical disconnect style for tight jacket cable. Specification Measurement/Detail Insertion Loss 0.3 dBmax (multimode) 0.5 dBmax (singlemode) Operating Temperature -55° C to +85° C Connector Format ARINC 600, 404, 781&801;MIL-DTL-82527 type; MIL-DTL-38999 Mating 100 mate/demate cycles Cable OD Supported 1.55 mm to 2.2 mm Optical Contacts Optical Termini

Amphenol provides a full range of accessories as: Sealing plugs: to be mounted behind the crimp contacts Dummy contacts: to be mounted instead of the contacts Piggy Back Grommets: To insure back contact sealing when using size 8 power, coax, twinax or quadrax. Those piggy back grommets are only compliant with tower grommet style ACCESSORIES Appendix Accessories SEALING PLUGS DUMMY CONTACTS PIGGY BACK GROMMET Contact size Proprietary No Military No 8 power 900024 - 12 900023 MS27488-12-2 16 900020 MS27488-16-2 20 900021 MS27488-20-2 22D 900022 MS27488-22-2 23 900022 MS27488-22-2 Type of contact Cable OD (mm) Proprietary No Size 8 power 4.4 to 5.2 900471 Size 8 twinax and coax 3 to 4.4 900472 Size 8 twinax and coax 3 to 4.4 900476* Quadrax 3 to 4.4 603015 4.4 to 5.2 603016 Contact size Dummy contact material Proprietary No

4 White plastic 900329

8 Green plastic 900488

8 Brass + gold finish 900183

8 White plastic (recommended) 900029

12 Brass + gold finish 900025

12 White plastic 900486

16 Brass + gold finish 900028

16 Blue plastic 900026

20 Brass + gold finish 900332

Metal dummy contacts are recommended for applications requesting EMI protection. * to use for arrangements 25-20, 19-17 Accessories Accessories

Reducing ferrule No Contact size Wire Gauge Pin contacts Socket contacts Crimping tool Selector position Type 900154 8 10 900197/ 900198 900217 809872+809873 6 1 900092 M22520/1-01+ M22520/1-04 218 6 20 5 900093 20 6 222 6 24 5 900091 16 24 4 226 4 28 3 900090 20 26 2 28 2 900099 22D 900004 900044 M22520/2-01 + M22520/2-09 or M22520/2-07 4 2 900094 32 5 2 34 4 Accessories Type 2Type 1 The sealing of mated connectors is only guaranteed for the minimum wire outside diameter given in the table page 7

60 Appendix

INSERTION FORCE: It’s force resulting when the pin contact get engaged in the socket contact. It’s usually given in Newtons INSULATOR: It’s the plastic components located between contacts for multi-part contacts (COAX, TWINAX, QUADRAX). There could be multiple insulators per contacts. ELECTRICAL IMPEDANCE (or IMPEDANCE): Electrical impedance, or simply “impedance, ” describes a measure of opposition to alternating current (AC). Electrical impedance extends the concept of resistance to AC circuits, describing not only the relative amplitudes of the voltage and current, but also the relative phases. When the circuit is driven with direct current (DC), there is no distinction between impedance and resistance; the latter can be thought of as impedance with zero phase angle. VOL TAGE STANDARD WAVE RATIO (or VSWR): It’s used to measure the efficiency of a transmission line. The value is expressed as a ratio with 1 (1:1, 2:1, 3:1). A perfect transmission line would be 1:1. CRIMPING TOOL: The crimping tool is the tool used to crimp the wire into the contact. It’s usually used with a additional component called positioner or die sets. Glossary GLOSSARY FREQUENCY RANGE: It’s define the better range of frequency in utilisation to obtain the better performance of the couple cable + contact. INSERTION LOSS: It’s the difference between theamount of data has been sent versus the data received. POSITIONER: This complementary component of crimping tool is used to guide, locate the crimping area of the contact during the crimping operation. DIE SET: This complementary component of crimping tool defines the hexagonal crimping die.

PIGGY BACK GROMMET: The piggy back grommet is an additional device for contact size 8 which provide sealing on the wire and also guiding of the contact in the connector. DATA RATE: Data rate is the number of “bits” of data transferred per a given unit of time. BANDWIDTH: Is the difference between the upper and lower frequencies in a continuous set of frequencies. DURABILITY: Is the number of mating cycle admissible by the contacts. RF LEAKAGE: Is defined as the amount of energy which "leaks" from the connector and/or component. Although RF Leakage will vary with frequency, it is typically tested at only one frequency. Leakage, like Insertion Loss, is expressed in dB. Very large negative dB values indicate that the device does not radiate much energy. DIFFERENTIAL PAIR: Differential signaling is a method of transmitting information electrically with two complementary signals sent on two paired wires, called a differential pair. Glossary

Contact and Cable Selection Guide CONTACT AND CABLE SELECTION GUIDE Appendix COAXIAL PIN Cable Impedance Contact Size Standard P/N Impedance Match Most Appropriate Connector Contact Size vs Cable Frequency MIL-DTL-38999 EN3645 EN4165 Series I Series II Series III Standard RG-58C/U (M17/028-RG058) 50 8 600901 X X X X X RG-58 (M17/155-00001) 50 8 600901 X X X X X RG-142B/U (M17/060-RG142) 50 8 900136 X X X X X RG-161/U 70 16 * M39029/76-424 071094 X X X X X X

12 M39029/28-211 900340 X X X X X

(M17/119-RG174) 50 16 * M39029/76-424 071094 X X X X X X (M17/093-RG178) 50 16 * M39029/76-425 070247 X X X X X X 12 * 600907 X X X X X X X RG-179B/U (M17/094-RG179) 75 16 * M39029/76-424 071094 X X X X X X

12 M39029/28-211 900340 X X X X X X

8 * 600822 X (3G-SDI) X X X X X X 8 900135 X X X X X RG-180B/U (M17/095-RG180) 95 6 600757 X X X X 12 * M39029/28-409 900341 X X X X X X

8 M39029/60-367 900130 X X X X X

(M17/094-RG179) 75 16 * M39029/76-424 071094 X X X X X X (M17/113-RG316) 50 16 * M39029/76-424 071094 X X X X X X (M17/095-RG180) 95 12 * M39029/28-409 900341 X X X X X X 8 900130 X X X X X RG-196A/U (M17/169-00001) 50 16 * M39029/76-425 070247 X X X X X X RG-223/U (M17/084-RG223) 50 8 900136 X X X X X RG-316/U (M17/113-RG316) 50 16 * M39029/76-424 071094 X X X X X 12 * 900384 X X X X X X X 8 900135 X X X X X RD-316 50 12 * M39029/103 900385 X X X X X X X 8 900137 X X X X X (M17/152-00001) 50 8 * M39029/103 900385 X X X X X X X RG-400 (M17/128-RG400) 50 8 900138 X X X X X 8 * 600922 12GHz X X X X X X TFLEX-402 50 8 600923 18GHz X X X X X 8 * 600606 26,5GHz X X X X X X TFLEX-405 50 12 * 600924 65GHz X X X X X X X 8 600921 18GHz X X X X X 8 600600 26,5GHz X X X X X 8 * 600920 40GHz X X X X X X Filotex ET124962 50 12 M39029/103 900385 X X X X X X PAN6422XQ 75 12 600906 X X X X X X Belden RG59 0,8/3,7 75 6 600813 X X X X X X Draka HD PRO 0,8/3,7 AF 75 6 600813 X X X X X X Haveg 61-02051 16 900186 X X X X X Haveg 8100207 16 M39029/76-424 071094 X X X X X X Contact and Cable Selection Guide Contact and Cable Selection Guide

Cable Impedance Contact Size Standard P/N Impedance Match Most Appropriate Connector Contact Size vs Cable Frequency MIL-DTL-38999 EN3645 EN4165 Series I Series II Series III Standard RG-58C/U (M17/028-RG058) 50 8 600901 X X X X X RG-58 (M17/155-00001) 50 8 600901 X X X X X RG-142B/U (M17/060-RG142) 50 8 900136 X X X X X RG-161/U 70 16 * M39029/76-424 071094 X X X X X X (M17/119-RG174) 50 16 * M39029/76-424 071094 X X X X X X (M17/093-RG178) 50 16 * M39029/76-425 070247 X X X X X X 12 * 600907 X X X X X X X RG-179B/U (M17/094-RG179) 75 16 * M39029/76-424 071094 X X X X X X 8 * 600822 X (3G-SDI) X X X X X X 8 900135 X X X X X RG-180B/U (M17/095-RG180) 95 6 600757 X X X X 12 * M39029/28-409 900341 X X X X X X (M17/094-RG179) 75 16 * M39029/76-424 071094 X X X X X X (M17/113-RG316) 50 16 * M39029/76-424 071094 X X X X X X (M17/095-RG180) 95 12 * M39029/28-409 900341 X X X X X X 8 900130 X X X X X RG-196A/U (M17/169-00001) 50 16 * M39029/76-425 070247 X X X X X X RG-223/U (M17/084-RG223) 50 8 900136 X X X X X RG-316/U (M17/113-RG316) 50 16 * M39029/76-424 071094 X X X X X 12 * 900384 X X X X X X X 8 900135 X X X X X RD-316 50 12 * M39029/103 900385 X X X X X X X 8 900137 X X X X X (M17/152-00001) 50 8 * M39029/103 900385 X X X X X X X RG-400 (M17/128-RG400) 50 8 900138 X X X X X 8 * 600922 12GHz X X X X X X TFLEX-402 50 8 600923 18GHz X X X X X 8 * 600606 26,5GHz X X X X X X TFLEX-405 50 12 * 600924 65GHz X X X X X X X 8 600921 18GHz X X X X X 8 600600 26,5GHz X X X X X 8 * 600920 40GHz X X X X X X Filotex ET124962 50 12 M39029/103 900385 X X X X X X PAN6422XQ 75 12 600906 X X X X X X Belden RG59 0,8/3,7 75 6 600813 X X X X X X Draka HD PRO 0,8/3,7 AF 75 6 600813 X X X X X X Haveg 61-02051 16 900186 X X X X X Haveg 8100207 16 M39029/76-424 071094 X X X X X X Contact and Cable Selection Guide CONTACT AND CABLE SELECTION GUIDE COAXIAL PIN Cable Impedance Contact Size Standard P/N Impedance Match Most Appropriate Connector Contact Size vs Cable Frequency MIL-DTL-38999 EN3645 EN4165 Series I Series II Series III Standard Grun 0,6/3,7 75 6 600813 X X X X X Gore GWN1159A 12 900428 X X X X X Gore CXN340 12 600907 X X X X X X Times AA3248 16 * M39029/76-424 071094 X X X X X X Times LMR-195-UF 8 600901 X X X X X Teledyne 11299 16 * M39029/76-424 071094 X X X X X X 12 900340 X X X X X 8 900135 X X X X X Raychem 5021D13311-0 8 600904 X X X X X Raychem 5021D1331-0 50 8 600902 X X X X X Raychem 5022E5111 12 900424 X X X X X Raychem 9528A1318 75 16 * M39029/76-424 071094 X X X X X X

12 M39029/28-409 900341 X X X X X

Raychem7528H1424 12 M39029/28-211 900340 X X X X X Raychem 9528A1318 95 12 * 071954 X X X X X X Raychem 9530A5314 95 12 900426 X X X X X Tensolite 28895/2X1 8 600900 X X X X X ESC432101 8 600903 X X X X X ECS3C058A 8 900138 X X X X X ECS352001 8 900138 X X X X X ECS432101 8 900138 X X X X X PIC V75268 75 8 600830 X X X X X X PIC V75248 8 600830 X X X X X X PIC V75261 75 8 600830 X X X X X X PIC V73263 75 8 600830 X X X X X X EMTQ TFLEX 125- 075.01 75 8 600830 X X X X X X Contact and Cable Selection Guide Contact and Cable Selection Guide *Mean the best match between cable and contacts

CONTACT AND CABLE SELECTION GUIDE Appendix COAXIAL SOCKET Cable Impedance Contact Size Standard P/N Impedance Match Most Appropriate Connector Contact Size vs Cable Frequency MIL-DTL-38999 EN3645 EN4165 Series I Series II Series III Standard Series III RG-58C/U (M17/028-RG058) 50 8 600911 X X X X RG-58 (M17/155-00001) 50 8 600911 X X X X RG-142B/U (M17/060-RG142) 50 8 900146 X X X X RG-161/U 70 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X X

12 M39029/27-210 900354 X X

12 M39209/75-416 900350 X X X

(M17/119-RG174) 50 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X (M17/093-RG178) 50 16 * M39029/78-433 071998 X X X 12 600659 X X

16 M39029/77-429 071965 X X X X

12 * 600917 X X X X X RG-179B/U (M17/094-RG179) 75 16 * M39029/78-432 077987 X X X 8 * 600841 X (3G-SDI) X X X X X 8 900145 X X X X RG-180B/U (M17/095-RG180) 95 6 603180 X X X X 12 * M39029/27-402 900286 X X X 12 * M39029/75-417 900351 X X X X

8 M39029/59-366 900140 X X X X

(M17/094-RG179) 74 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X X

12 M39029/75-417 900351 X X X X

(M17/113-RG316) 50 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X X (M17/095-RG180) 95 12 * M39029/27-210 900354 X X 12 * M39029/75-417 900351 X X X X 8 900140 X X X X RG-196A/U (M17/169-00001) 50 16 M39029/78-433 071998 X X X

16 M39029/77-429 071965 X X

(M17/084-RG223) 50 8 900146 X X X X RG-316/U (M17/113-RG316) 50 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X X 12 * 600750 X X X 8 900145 X X X X RD-316 50 12 * M39029/102 900395 X X X X X X 8 900147 X X X X (M17/152-00001) 50 12 * M39029/102 900395 X X X X X X RG-400 (M17/128-RG400) 50 8 900148 X X X X 8 * 600927 12GHz X X X X X TFLEX-402 50 8 600919 18GHz X X X X 8 * 600581 26,5GHz X X X X X Contact and Cable Selection Guide Contact and Cable Selection Guide Contact and Cable Selection Guide

CONTACT AND CABLE SELECTION GUIDE COAXIAL SOCKET Cable Impedance Contact Size Standard P/N Impedance Match Most Appropriate Connector Contact Size vs Cable Frequency MIL-DTL-38999 EN3645 EN4165 Series I Series II Series III Standard Series III TFLEX-405 50 12 * 600928 65GHz X X X X X X X 8 600926 18GHz X X X X 8 600580 26,5GHz X X X X 8 * 600925 40GHz X X X X X Filotex ET124962 50 12 M39029/102 900395 X X X X X PAN6422XQ 50 12 600916 X X X X X Belden RG59 0,8/3,7 75 6 600715 X X X X X Draka HD PRO 0,8/3,7 AF 75 6 600715 X X X X X Haveg 61-02051 16 900187 X X 16 603247 X X X Haveg 8100207 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X X Grun 0,6/3,7 75 6 600715 X X X X Gore GWN1159A 12 900429 X X 12 900075 X X X Gore CXN3403 12 600917 X X X X X X Times AA3248 16 * M39029/78-432 077987 X X X 16 * M39029/77-428 070248 X X X X Times LMR-195-UF 8 600911 X X X X Teledyne 11299

16 M39029/78-432 077987 X X X

16 M39029/77-428 070248 X X X X

5021D13311-0 8 600914 X X X X Raychem 5021D1331-0 50 8 600912 X X X X Raychem 5022E5111 12 900425 X X 12 900421 X X X Raychem 7527A1318 75 16 * M39029/78-432 077587 X X X 16 * M39029/77-428 070248 X X X X 12 * 900420 X X X 12 * 900430 X X X X Raychem 9530A5314 95 12 900427 X X 12 900422 X X X X Tensolite 28895/2X1 8 600910 X X X X ESC432101 8 600913 X X X X ECS3C058A 8 900148 X X X X ECS352001 8 900148 X X X X ECS432101 8 900148 X X X X PIC V75268 8 600836 X X X X X PIC V75248 8 600836 X X X X X PIC V75261 8 600836 X X X X X PIC V73263 8 600836 X X X X X EMTQ TFLX 125- 075-01 8 600836 X X X X X Contact and Cable Selection Guide Contact and Cable Selection Guide Contact and Cable Selection Guide

CONTACT AND CABLE SELECTION GUIDE Cable Impedance Contact Size Standard P/N Concentric differential Protocol Connector Sim Connector Series IIIPIN SKT MIL-DTL-38999 EN3645 Series I Series II Series III M17-176-0002 77

8 AS39029/90-529 074834 072453 CONCENTRIC BUS1553 X X X X

8 AS39029/113-625 CONCENTRIC BUS1553 X X X X

8 900937 900938 DIFFERENTIAL X X X X 8 711-1760-104 CONCENTRIC BUS1553 X X X X EN3375-003 KG24 77 8 EN3155-024M08AB 600611 600614 CONCENTRIC BUS1553 X X X X EN3375-004 WJ24 77

8 EN3155-024M08BB 600612 600615 CONCENTRIC BUS1553 X X X X

ABS2217P03 600858 600859 CONCENTRIC BUS1553 X X X X 8 (ARINC) ABS1600M08A 140675 140683 CONCENTRIC BUS1553 ARINC CONNECTOR EN3375-005 WV24 77 8 EN3155-024M08CB 600613 600616 CONCENTRIC BUS1553 X X X X EN3375-006 XM24 78 8 600856 600857 CONCENTRIC BUS1553 X X X X EN3375-009 WS26 120 8 ABS2217P01 600854 600855 CONCENTRIC X X X X Raychem 10612 77 8 711-1060-104 CONCENTRIC BUS1553 X X X X Raychem 10613 77 8 711-1760-102 CONCENTRIC BUS1553 X X X X Raychem 10614 77 8 711-1760-101 CONCENTRIC BUS1553 X X X X EPD44690 77 8 711-1760-104 CONCENTRIC BUS1553 X X X X EPD44691 77 8 711-1760-104 CONCENTRIC BUS1553 X X X X EPD44692 77 8 711-1760-101 CONCENTRIC BUS1553 X X X X EPD44695 77 8 711-1760-101 CONCENTRIC BUS1553 X X X X PAN 6421 77 8 711-1760-102 CONCENTRIC BUS1553 X X X X Mc Donnell Douglas SM2022/003 77 8 711-1760-103 CONCENTRIC BUS1553 X X X X ASNE08072003-09 100 8 600933 600934 DIFFERENTIAL ETHERNET USB X X X X AXON P509782 100 8 600943 600944 DIFFERENTIAL X X X X Tensolite 24463/05099X-8(LD) 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X Tensolite 24463/9P025X-2(LD) 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X Tensolite 26453/03184X-2(LD) 100 8 600933 600934 DIFFERENTIAL ETHERNET USB X X X X Tensolite 24460/05114X-2(LD) 100 8 600935 600934 DIFFERENTIAL ETHERNET USB X X X X Tensolite 24463/03220T-2 (LD) 100 8 600939 600940 DIFFERENTIAL ETHERNET USB X X X X Tensolite 26453/03184X-2(LD) 100 8 600945 600946 DIFFERENTIAL X X X X Tensolite 26483/03071X-2(LD) 150 8 900294 900299 DIFFERENTIAL X X X X 600858 600899 DIFFERENTIAL FIBRE CHANNEL ETHERNET 1000BASE-T X X X X Thermax MX 100-24 100 8 900418 900419 DIFFERENTIAL ETHERNET X X X X Thermax 12814 100 8 900418 900419 DIFFERENTIAL ETHERNET X X X X Thermax 956-626Z 100 8 600933 600934 DIFFERENTIAL ETHERNET USB X X X X Thermax 956-1T200 100 8 600931 600932 DIFFERENTIAL ETHERNET USB X X X X ST5M1284-003 98 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X 26463/70460X-2 98 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X PIC E10224 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X PIC E1024 100 8 600935 600936 DIFFERENTIAL ETHERNET USB X X X X Draka 2709-3 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X NF24T100-200C 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X S280W502-1 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X S280W502-6 100 8 600941 600942 DIFFERENTIAL ETHERNET USB X X X X GORE GSC-05-827300-00 100 8 600931 600932 DIFFERENTIAL ETHERNET USB X X X X GORE DXN 2125 100 8 600947 600948 DIFFERENTIAL X X X X JSFY11-24 100 8 600939 600940 DIFFERENTIAL ETHERNET USB X X X X TWINAX PIN AND SOCKET AppendixContact and Cable Selection Guide Contact and Cable Selection Guide Contact and Cable Selection Guide

Cable Impedance Contact Size Standard P/N Concentric differential Protocol Connector Sim Connector Series IIIPIN SKT MIL-DTL-38999 EN3645 Series I Series II Series III M17-176-0002 77 8 900937 900938 DIFFERENTIAL X X X X 8 711-1760-104 CONCENTRIC BUS1553 X X X X EN3375-003 KG24 77 8 EN3155-024M08AB 600611 600614 CONCENTRIC BUS1553 X X X X EN3375-004 WJ24 77 ABS2217P03 600858 600859 CONCENTRIC BUS1553 X X X X 8 (ARINC) ABS1600M08A 140675 140683 CONCENTRIC BUS1553 ARINC CONNECTOR EN3375-005 WV24 77 8 EN3155-024M08CB 600613 600616 CONCENTRIC BUS1553 X X X X EN3375-006 XM24 78 8 600856 600857 CONCENTRIC BUS1553 X X X X EN3375-009 WS26 120 8 ABS2217P01 600854 600855 CONCENTRIC X X X X Raychem 10612 77 8 711-1060-104 CONCENTRIC BUS1553 X X X X Raychem 10613 77 8 711-1760-102 CONCENTRIC BUS1553 X X X X Raychem 10614 77 8 711-1760-101 CONCENTRIC BUS1553 X X X X EPD44690 77 8 711-1760-104 CONCENTRIC BUS1553 X X X X EPD44691 77 8 711-1760-104 CONCENTRIC BUS1553 X X X X EPD44692 77 8 711-1760-101 CONCENTRIC BUS1553 X X X X EPD44695 77 8 711-1760-101 CONCENTRIC BUS1553 X X X X PAN 6421 77 8 711-1760-102 CONCENTRIC BUS1553 X X X X Mc Donnell Douglas SM2022/003 77 8 711-1760-103 CONCENTRIC BUS1553 X X X X ASNE08072003-09 100 8 600933 600934 DIFFERENTIAL ETHERNET USB X X X X AXON P509782 100 8 600943 600944 DIFFERENTIAL X X X X Tensolite 24463/05099X-8(LD) 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X Tensolite 24463/9P025X-2(LD) 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X Tensolite 26453/03184X-2(LD) 100 8 600933 600934 DIFFERENTIAL ETHERNET USB X X X X Tensolite 24460/05114X-2(LD) 100 8 600935 600934 DIFFERENTIAL ETHERNET USB X X X X Tensolite 24463/03220T-2 (LD) 100 8 600939 600940 DIFFERENTIAL ETHERNET USB X X X X Tensolite 26453/03184X-2(LD) 100 8 600945 600946 DIFFERENTIAL X X X X Tensolite 26483/03071X-2(LD) 150 8 900294 900299 DIFFERENTIAL X X X X 600858 600899 DIFFERENTIAL FIBRE CHANNEL ETHERNET 1000BASE-T X X X X Thermax MX 100-24 100 8 900418 900419 DIFFERENTIAL ETHERNET X X X X Thermax 12814 100 8 900418 900419 DIFFERENTIAL ETHERNET X X X X Thermax 956-626Z 100 8 600933 600934 DIFFERENTIAL ETHERNET USB X X X X Thermax 956-1T200 100 8 600931 600932 DIFFERENTIAL ETHERNET USB X X X X ST5M1284-003 98 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X 26463/70460X-2 98 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X PIC E10224 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X PIC E1024 100 8 600935 600936 DIFFERENTIAL ETHERNET USB X X X X Draka 2709-3 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X NF24T100-200C 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X S280W502-1 100 8 900418 900419 DIFFERENTIAL ETHERNET USB X X X X S280W502-6 100 8 600941 600942 DIFFERENTIAL ETHERNET USB X X X X GORE GSC-05-827300-00 100 8 600931 600932 DIFFERENTIAL ETHERNET USB X X X X GORE DXN 2125 100 8 600947 600948 DIFFERENTIAL X X X X JSFY11-24 100 8 600939 600940 DIFFERENTIAL ETHERNET USB X X X X Amphenol Contact and Cable Selection Guide Founded in 1932, Amphenol is one of the largest manufacturers of interconnect products in the world. The company designs, manufactures, and markets electrical, electronic, and fiber optic connectors, interconnect systems, and coaxial and specialty cables. Amphenol has a diversified presence as a leader in high growth areas of the interconnect industry and provides solutions for customers in the automotive, broadband, industrial, information technology and data communications, military and aerospace, mobile devices, and mobile networks markets. More info on www.amphenol.com Amphenol Military & Aerospace Operations (AMAO) has the largest and broadest selection of interconnect products in the military and aerospace markets. More info on www.amphenolmao.com AbOut AMphenO l Other Areas AfricA Amphenol AFricA 30 impala rd - Sandton 2146 +27 82 410 5179 ArgentinA Amphenol ArgenT inA Av. Callao 930 2do piso Oficina B "Plaza" c1023 - AAP Buenos Aires +54 11 4815 6886 AustrA liA Amphenol AuSTrAliA PTy 2 Fiveways Blvd., Keysborough - Melbourne - Victoria 3173 +61 3 8796 8888 brAzil Amphenol DO BrAzil rua Diogo Moreira, 132, 20 andar, rooms 2001-2-3 +55 11 3815 1003 isrAel Amphenol BAr-TeC 3 Hagavish Street, K fir-Barkan Bldg. east industrial zone - Kfar-Sava, 44102 +972 9 764 4100 MexicO Amphenol OPTi Mize Carretera internacional Km 6.5, Col. Parque industrial, Nogales, Sonora, C.P. 84094+52 631 311 160 neW zeAlAnD Amphenol PHiTeK level 4, 2 Kingdon Street, Newmarket, Auckland 1023 +64 9 524 2984 russiA Amphenol ruSSiA yaroslavskaja Street 8 - 129164 Moscow +7 495 937 6341 turKeY Amphenol TUrKeY Sun Plaza 15 Kat: 15 Maslak Hah. Bilim Sok. No.5 - Sisli/istanbul, 34398 +90 212 367 92 19 europe frAnce Amphenol Air lB 2 rue Clément Ader, zAC de Wé - 08110 carignan +33 3 24 22 78 49 frAnce Amphenol SeFee z.i. des Cazes – BP243 - 12402 Saint-Affrique Cedex +33 5 65 98 11 00 gerMAn Y Amphenol Air lB GMBH Am Kleinbahnhof 4 - 66740 Saarlouis +49 6831 981 00 itAlY Amphenol euroPeAn SAleS oPerATionS Via Barbaiana n.5 - 20020 lainate - Milano +39 293 254 214 uniteD KingDOM Amphenol iNVOTe C Unit 1-3, Hedging lane industrial estate, Dosthill - Tamworth, B77 5HH +44 1827 263 000 uniteD KingDOM Amphenol ionix SySTe MS Prospect House, Taylor Business Park, risley, Warrington, WA3 6HP +44 1 942 685 200 uniteD KingDOM Amphenol lTD Thanet Way, Whitstable - KeNT, cT53JF +44 1227 773 200 uniteD KingDOM Amphenol MArTec St Augustines Business Park, Swalecliffe Whitstable - Kent CT5 2QJ +44 1227 793 733 north America cAnADA Amphenol cAnADA 605 Milner avenue - Toronto, ontario +1 416 291 0647 usA Amphenol AeroSPA ce oPerATionS 40-60 Delaware street - Sidney, ny 13838 +1 800 678 0141 usA Amphenol BOriSH TeCHNOl OGieS 4511 east Paris AVe - Grand rapids, Mi 49512 +1 616 554 9820 usA Amphenol FSi 1300 central expwy n, Suite 100 - Allen, Tx 75013 +1 214 547 2400 usA Amphenol griFFi Th enTerPriSeS 6000 east Coury Drive - Cottonwood, Az 86326 +1 928 634 3685 usA Amphenol nexuS TechnologieS 50 Sunnyside Avenue - Stamford, cT 06902 +1 203 327 7300 usA Amphenol PcD 72 Cherry Hill Drive - Beverly, MA. 01915 +1 978 624 3400 usA Amphenol PrinT eD circuiT Board Technology, 91 Northeastern Boulevard - Nashua, NH 03062 +1 603 324 4500 usA Amphenol SV MiC rOWAVe 2400 Centrepark West Drive - West Palm Beach, Fl +1 561 840 1800 usA Amphenol TiMeS MiCrOWAVe 358 Hall Avenue - Wallingford, CT 06492 +1 800 867 2629 Asia chinA Amphenol PcD co. Building 21, 1st liao Keng industrial zone, Shi Yan Street - Bao An District - Shenzhen 518108+86 755 8173 8000/8286 inDiA Amphenol inTerconnecT inDiA 105 Bhosari industrial Area - Pune 411 026 +91 20 27120363 JApAn Amphenol JAPAn 471-1, Deba, ritto-City - Shiga 520 3041 +81 77 553 8501 KOreA Amphenol DAeShin 558 SongNae-Dong SoSa-Gu, Bucheon-city, Kyunggi-Do - 420-130 +81 32 610 3830/3845 singA pOre Amphenol eAST ASiA 26/F, railway Plaza, 39 Chatham road South, Tsim Sha Tsui, Kowloon, Hong Kong+65 6294 2128 Amphenol eNABliNG THe eleCTr ONiCS reVOlUTiON

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Phone: +33 (0)4 50 89 28 00 contact@amphenol-socapex.fr www.amphenol-socapex.com For Technical Support +33 (0)4 50 89 28 49 technicalsupport@amphenol-socapex.fr www.amphenol-socapex.com/technical_support Documentation www.amphenol-socapex.com/documentation To order a paper version of our catalogs, send an e-mail to communication@amphenol-socapex.fr To buy our products +33 (0)4 50 90 28 00 contact@amphenol-socapex.fr www.amphenol-socapex.com/amphenol/sales Request a quote online at www.amphenol-socapex.com/quotation_request DOC-000081-ANG - May 2019