Cannon Microminiature Connectors. Electronic Components

Transcription

1 annon Microminiature onnectors Electronic omponents

2 annon Microminiature Products High Performance Micro Miniature onnectors ITT Electronic omponents is a division of the multinational ITT orporation a $7.5 billion dollar global enterprise. The annon Micro onnector portfolio has witnessed many product extensions since ITT first introduced micro technology to the marketplace over fifty years ago. Our portfolio remains the most extensive in the industry offering the most reliable and cost effective range of micro interconnect solutions. These innovations have enabled ITT to provide products and technologies to such markets as: erospace omputers Systems efense Electronics Geophysical Industrial utomation Medical Electronics Network Systems Telecom Switching Underwater Systems Wireless Offering the broadest selections of standard and custom micro interconnect solutions, ITT is the one stop source for design, development, manufacturing, and test of sophisticated multi channel high density connectors. Our product portfolio consists of rectangular, circular, quick disconnect, high speed signal, filter, hermetic, mixed signal packages, and strip style interconnects. Each product has unique mechanical engagement and locking mechanisms to meet the demands of harsh environment applications. These products include our enti Line.100inch and.075inch center spacing, the Micro line.050 inch center spacing, and our Nano line of.025inch center contact spacing. ll of ITT s micro connectors utilize our twist pin contact system, developed by ITT in the early 1960 s. separate section describes in detail the twist pin electrical contact technology (refer to page 6). The Standard of Six Sigma When you specify a annon microminiature connector, you can rely on a product designed, developed, and manufactured to the highest quality and reliability standards in the industry. This tradition of excellence is based on ITT s corporate culture of operating its entire business under the principles of Six Sigma. t ITT, Six Sigma is not just a quality philosophy but a complete corporate culture that drives the entire business. Our Value ased Management and Value ased Product evelopment systems are two cornerstones of ITT that allows for the development of both leadership and product development principles, ensuring that the correct industry leading products are developed to the accepted market driven lead times. These principles have allowed ITT to become the market leader in all of our business portfolios. Six Sigma Engineering ITT, utilizing its six sigma tools and multiple lean initiatives, offers the most experienced engineering design team in the micro miniature interconnect field. Using our systems approach, ITT continues to advance new interconnect technologies by developing advanced products including higher density Nano 0.025inch spacing interconnects, hiponflex filter connectors, flexible high density circuits terminated directly to ITT contacts, and innovative high speed mixed signal connector configurations. In conjunction with our design teams, ITT operates a world class test lab offering state of the art capabilities in electronic, fiber optic, and mechanical test expertise. Our certified test engineers and technicians can develop a specific test plan based on our customer s specific needs. dditionally, our team is experienced in providing test services and programs for US O efense electronics and Space related programs. Six Sigma Manufacturing ITT operates manufacturing facilities in the United States, France, Germany, Italy, Mexico, hina, and the UK, all of 2

3 annon Microminiature Products which have particular product area strengths allowing ITT to offer a truly global footprint to our customers. Our facilities are world class and accommodate full vertical integration with the latest manufacturing technologies including: automated and robotic machining centers, Super Market manufacturing cells, Kanban pull systems, and automated electrical, mechanical, and optical test and inspection equipment. The combination of our manufacturing strength and our advanced manufacturing facilities allows ITT to offer products at market driven prices. Our capabilities, especially in robotics, computerized precision tooling, Kaizen Project Management, Six Sigma tools, and test labs, gives ITT the most optimized global manufacturing footprint in the interconnect industry. The ustom ifference s the industry leader in harsh environment interconnect applications, ITT s world class engineering teams will work directly with our customers to design and develop cost effective solutions for their applications. In many cases we may modify one of our standard designs to ensure a highly reliable solution where timing is critical. Yet, in those cases where a complete custom interconnect solution is required, ITT will work with our customer s Engineers to design an interconnect solution which will be cost effective yet highly reliable. s professional consultants, our Engineering teams will provide a thorough systems and mechanical analysis of any proposed solution. These analyses provide our customers with sophisticated electrical signal and mechanical characterizations to determine the best solution for their application. In addition to custom connectors, ITT offers sophisticated custom cable assembly capabilities for a wide range of harsh environment applications. Our in house expertise translates to our ability to integrate different technologies within a custom cable harness. ITT's capabilities include discrete wire terminations to multi wire cable harnesses with multiple connector configurations as part of the final assembly. We also specialize in providing terminated flex circuit assemblies, high temperature geophysical cable assemblies, innovative medical electronics cable assemblies, over mold strain relief systems, and EMI shielded terminations. RoHS ompliance Information ITT has implemented a strict parts control plan for all ITT electronics plants worldwide that allows the annon Microminiature connector product portfolio to meet the requirements of European Union irective 2002/95/E better know as the Reduction of Hazardous Substances initiative. To make things easier for our customers, all annon Microminiature products can be ordered with an R prefix number which insures our customers will receive RoHS compliant parts for their commercial electronics applications and equipment. Since most RoHS hazardous substances center around specific metal plating and lead solder coatings, ITT's products for RoHS compliance are available in the following plating finishes: electroless nickel, stainless steel, nodize over aluminum and Gold plating. It should be noted that gold plating would be recommended as the replacement for tinlead solder when ordering board mount connectors. Non ompliant RoHS Materials dvanced erospace specifications and O system performance requirements demand the necessity to maintain production status for the primary base metals and hem film coatings typically utilized in erospace electronics. Thus, in order to support ITT's erospace customer base and maintain our leadership position in micro miniature connector technologies, ITT will continue to provide interconnect products with cadmium plating and tin lead solder in support of these markets. These materials are all QPL to Military specifications including M Please consult ustomer Service if RoHS part verification is required. 3

4 Table of ontents Introduction Microminiature Product Overview Guide Twist Pin ontact System Micro Metal Shell.050" ontact Spacing (MM) Micro P.050" ontact Spacing (MMP) Micro oaxial/power.050" ontact Spacing (MM/P) Hermetic (MMH) Filter (TMM) Micro Plastic Shell.050" ontact Spacing (M/MV) Micro enter Jackscrew (MJS) Microminiature ircular.050" ontact Spacing (MIK, MIKM, MIKQ) Microstrips.050" ontact Spacing (MT) Microminiature Strip.100/.050" ontact Spacing (MT) Micro Edgeboard.050" ontact Spacing (ME) The enti Line.075" ontact Spacing (2) enti Loc.075" ontact Spacing (L) Strip onnectors.100"/.075" ontact Spacing The NNO Line.025" ontact Spacing Strip onnectors.025" ontact Spacing (NT) NNO Metal Shell.025" ontact Spacing (NM) enter Jackscrew.030" ontact Spacing (NJS) ustom able ssemblies Flex ircuit able ssembly ustom ack Shells ppendix Standard Wire Termination L ode hart Standard Wire Termination H ode hart Wire olor ode hart Terminology Product Safety Information

5 annon Microminiature Product Overview Guide MM MM P MM /P MMH Hermetics TMM Filter M** M oaxial MJS MIK MIKM Type Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket urrent Rating 3 max. 3 max. 3 max. 3 max. 3 max. 3 max. 3 max. 3 max. 3 max. 3 max. ontact Resistance ontact Material 8 milliohms max. 8 milliohms max. 8 milliohms max. 24 milliohms max. 15 milliohms max. 8 milliohms max. 8 milliohms max. (signal) gold plated copper alloy gold plated copper alloy gold plated copper alloy gold plated copper and steel gold plated copper alloy gold plated copper alloy gold plated copper alloy 8 milliohms max. 8 milliohms max. 8 milliohms max. gold plated copper alloy gold plated copper alloy Shell Metal Metal Metal Metal Metal Plastic Plastic Plastic Plastic Metal Shell Material luminum luminum luminum Steel luminum Thermoplastic & Thermoset vailable Layouts 9, 15, 21, 25, 31, 9, 15, 21, 25, 31, 37, 51 & , 51 & 100 7/P2, 24/P4, 27/P5 & 10/P10 9, 15, 21, 25, 31, 37 & 51 9, 15, 21, 25, 31, 9, 15, 21, 25, 31, 37 & & 51 Thermoset Thermoplastic & Thermoset 7/P2 10, 26, 51 & 66 Rect/unshrouded 16, 28 & 35 Rect/shrouded 26, 38, 42 & 76 Polarized onfiguration Polarized Polarized Polarized Polarized Polarized Polarized Polarized Rectangular & Polarized Thermoplastic gold plated copper alloy Steel 7 & 55 7, 55 & 85 RoHS vailable vailable vailable vailable No vailable vailable vailable vailable vailable Factory Terminated Space pplications Yes* Yes Yes Yes* Yes Yes* Yes Yes* Yes Yes vailable vailable vailable Yes Yes vailable vailable vailable Yes Yes Page Number ircular ircular MIKQ MT* ME 2 L T* NM NTP NJS Type Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket Plug and Socket urrent Rating 3 max. 3 max. 3 max. 5 max. 5 max. 5 max. 1 max. 1 max. 1 max. ontact Resistance ontact Material 8 milliohms max. 8 milliohms max. 8 milliohms max. 9 milliohms max. 9 milliohms max. 9 milliohms max. 60 milliohms max. 60 milliohms max. 60 milliohms max. gold plated copper alloy gold plated copper alloy gold plated copper alloy gold plated copper alloy gold plated copper alloy gold plated copper alloy precious metal alloy & gold plated copper alloy precious metal alloy & gold plated copper alloy precious metal alloy & gold plated copper alloy Shell Metal Plastic Plastic Plastic Plastic Plastic Metal Plastic Plastic Shell Material Steel Thermoplastic Thermoset Thermoplastic Thermoplastic Thermoplastic Thermoset Thermoset Thermoplastic vailable Layouts 7, 19 & 37 MTV 1 thru 120 MT 1 thru 80 * Solderpot versions available for end user termination 64, 128, 92 & , 31, 52, 79 & T3 1 thru 53 T4 1 thru 60 9, 15, 21, 25, 31 & 37 1 thru 40 Rectangular 9, 24 & 44 ircular 27, 72 & 246 onfiguration ircular Strip Polarized Polarized Polarized Strip Polarized Strip Rectangular & ircular RoHS vailable vailable vailable vailable Yes Yes Yes Yes Yes Factory Terminated Space pplications Yes Yes* Yes* No No No Yes Yes Yes Yes Yes Yes No No No Yes Yes Yes Page Number

6 Micro Twist Pin annon Microminiature Products annon MIROPIN NORML MTING ONITIONS WELE TIP WIRE RIMP RE SLEEVE Figure 1 WIRE RIMP PosLine ontact lignment The flexible twistpin is recessed into the insulator and the rigid socket is exposed, reversing the traditional positions of pin and socket. uring mating, the socket is guided into the pin insulator by the leadin chamfer. The pin is kept from flexing beyond the socket capture radius by the walls of the cavity. The hemispherical weld of controlled radius at the tip of the pin combines with the leadin chamfers of the socket contact and the pin insulator to carn the pin into alignment. y controlling the welding process and the dimensions of the socket contact and the insulators, it is impossible for the recessed pin to escape the socket capture radius. SEVERE MISLIGNMENT TWIST PIN ONTTS WILL MTE EVEN UNER SEVERE MISLIGNMENT Figure 2 Twist Pin ontact Technology The foundation of ITT s annon Micro onnector portfolio starts with ITT s innovative twist pin contact system. This system was originally developed in the early 1960 s and ITT was one of the original interconnect companies to license this technology and improve it. Our forty five years of experience in manufacturing and establishing a fully automated manufacturing system for this contact has truly given ITT the foremost knowledge in twist pin contact technology. s the core of our micro products, the twist pin contact offers a superior electrical and mechanical system that outperforms traditional machined or stamped electrical contract systems. ITT s twist pin system consists of the Micro Socket and the Micro pin or Twist pin. Figure I show the basic contacts. Figure 1 The twist pin contact system consists of several stranded cores making up the wire bundle. The strands are subsequently heat treated and a weld is performed on the tip of each contact. rimp sleeves are then inserted over the contact and crimp areas are defined to produce a seamless crimp system. The entire twist pin system is referred by ITT as a PosLine contact alignment system. Our reference to this system identifies that the flexible twist pin is recessed into the insulator and the rigid socket is exposed thus reversing the traditional positions of the pin and socket. uring the mating sequence, the socket is guided into the pin insulator by the leadin chamfer. The pin is kept from flexing beyond the socket capture radius by the walls of the cavity. The hemispherical weld of controlled radius at the tip of the pin combines with the leadin chamfer of the socket contact and the pin insulator to cam the pin in alignment. ITT has developed a very robust Six Sigma manufacturing process that controls the welding process as well as the dimensions of the socket contact and insulator material. The net result is a contact system that makes it impossible for the recessed pin to escape the socket capture radius. Figure 2 shows the twist pin features as well as mating and severe misalignment conditions. The advantages of ITT s twist pin contact system are many and have been field proven in the most demanding applications and environments for over forty five years. Some of these advantages include: Seven points of electrical contact (Micro 0.050inc & enti Line 0.075inch Interconnect Products) Five points of electrical contact (Nano 0.025inch Interconnect Products) ontact and crimp sleeve materials carefully optimized for extremely reliable crimps No design tradeoffs Seamless crimp sleeves Multiple 4indent wire crimps standard and smaller bore micro socket contacts Standard integral tail & thru bundle micro pin contacts (high density packaging) High mating cycles High current handling capabilities System qualification in numerous erospace, efense Electronic, and high temperature Geophysical applications. Wide array of wire terminations The advantages listed above are by no means inclusive of ITT s innovative product improvement processes. Moving forward, ITT plans to introduce additional new product features supporting enhanced twist pin contact performance. 6

7 Micro Metal Shell.050" ontact Spacing MM Specifications MM connectors are used in applications requiring highly reliable, extremely small, lightweight connectors with higher density contact configurations than available in traditional rectangular connectors. They are available in 8 shell sizes accommodating from 9 to 100 contacts, and special arrangements of power and coaxial contacts. These connectors are designed to meet the rapidly increasing demands for an environmental, high performance, rugged, moisturesealed microminiature connector. This connector employs size 24 MIROPIN TM /MIROSOKET TM contacts on.050 (1.27) centers in a contact density identical to the standard MIRO connector series, but with these additional features: luminum shells to provide greater strength, prevent chipping, cracking or breaking, offer electromagnetic (EMI) and RFI shielding. Silicone elastomer compression interfacial seal to provide a moisture and humidity seal between each contact and between contacts and shell. STNR MTERILS N FINISHES MEHNIL FETURES Shell 6061T6 luminum alloy per oupling Friction/jackscrews QQ200/8, yellow chromate/ Polarization Keystoneshaped shells cadmium, Type II, lass 3 over electroless nickel per SE ontact Spacing.050 (1.27) MS26074, lass 4. enters Insulator Liquid rystal Polymer per MILM24519, Type GLP30F (9100) Glass filled diallyl phthalate per MILM14, Type SGF (7*2 and 24*4) Shell Styles No. of ontacts Plug and receptacle 9 thru 100 signal; 5 signal/2 coaxial; 5 signal/2 power; Polyphenylene sulfide per 11 signal/5 coaxial; MILM24519, Type GST40F (16*5) 11 signal/5 power; 0 signal/10 coaxial; Polyester per MILM24519, Type 0 signal/10 power; GPT30F (10*10) 20 signal/4 coaxial; ontacts Mounting Hardware opper alloy, gold plate 300 Series stainless steel, passivate oaxial able 20 signal/4 power RG 178/U Kit, Jackpost (3) items 300 Series stainless steel, passivate Wire Size #24 thru #32 WG Washer Standard Epoxy 400 Series stainless stell, passivate Hysol EE4215/H3561, color black or Hysol EE4198/H3561, color green ontact Termination Multiple indent crimp Performance ata The table below summarizes the results of key tests performed in accordance with MILST1344, where applicable. ata is applicable to standard connectors with standard termination. Variations may affect this data, so please consult customer service for further information on your requirements. Test ielectric Withstanding Method 3001: Voltage 600 V at sea level 150 V at 70,00' altitude Insulation Resistance Method 3003 Method riteria of cceptance Thermal Shock Method ondition : 55 to 125 Physical Shock Method 2004, ondition E: 50 G's, 3 axes, 6 millisecond duration sawtooth pulse Vibration Method 2005, ondition IV: 20 G's, 102,000 Hz. 12 hrs urability 500 cycles of mating and unmating, 500 PH max. Moisture Resistance Method 1002, Type II, omit steps 7a & 7b Salt Spray Method 1001, ondition : 48 hours ontact Resistance Method 1001, ondition : (MILST202) t 3 amps t 1 milliamp ontact Retention Per MILTL83513 No breakdown No breakdown 5,000 megohms minimum No physical damage No physical damage No loss of continuity > 1 µsec No physical damage No loss of continuity > 1 µsec No mechanical or electrical defects Insulation resistance > 100 megohms Shall be capable of mating and unmating, and meet contact resistance requirements 8 milliohms maximum 10 milliohms maximum 5 lb. minimum axial load 7

8 Micro Metal Shell.050" ontact Spacing How to Order MM For MILTL83513 ordering information see pages 16 and 17 RoHS OMPLINE SERIES ONTT RRNGEMENTS ONTT TYPE TERMINTION TYPE TERMINTION OE HRWRE SHELL FINISH MO OES R MM 51 P H 001 P XXX SERIES MM: (Size 9100) Liquid rystal Polymer (LP) MM: (ombo Layout) iallyl Phthalate (P) ONTT TYPE P Pin S Socket TERMINTION TYPE H Harnessinsulated wire. L Soliduninsulated wire. S Solder pot to accept #26 WG MX. harness wire. (Not available with power contact arrangements.) HRWRE M Military specification hardware, see page 11 for military hardware codes. P Jackpost K Jackscrewstandard profile L Jackscrewlow profile F Float mount No hardware standard.091 (2.31) dia. hole for sizes 951;.120 (3.05) dia. hole for size (3.18) dia. mounting holes for sizes 951;.166 (4.22) dia. hole for size (3.75) dia. hole for size 100 (Per MILTL83513) TERMINTION OE* (H) ",7/34 strand,#26 WG, MILW16878/4, Type E Teflon, yellow. (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, color coded to MILST681 System I. ONTT RRNGEMENTS (standard) 165, 1010, 72, 244 (coaxial) or combination of (L) 1 1/2" uninsulated solid #25 16P5, 10P10, 7P2, 24P4 (power) } coax and power WG gold plated copper. (L) 2 1" uninsulated solid #25 WG gold plated copper. SHELL FINISH MO OES No Number (Standard cadmium/yellow chromate over nickel 174 Electroless nickel 172 Gold over nickel 141 Irridite/alodine 30 lack anodize *See page 79 and 81 for additional Termination codes. 8

9 Micro Metal Shell.050" ontact Spacing MM OTS or Non MilSpec or ommercial or Industrial Standard Wire Termination odes ontact rrangements annon Modification ode (Not MS) The following termination codes are listed for your information. For additional codes please refer to ppendix on page 79 and 81. ll wire lengths are minimum. Harness Type (H) Solid Uninsulated Type (L) #26 WG per MILW16878/4, 7/34 strand, type E Teflon, stranded. #25 WG gold plated copper Length ll Yellow olor oded* Termination ode Length 3 (76.2) 6 (152.4) 8 (203.2) 10 (254.0) 12 (304.8) 18 (457.2) 20 (508.0) 24 (609.6) 30 (762.0) 36 (914.4) 48 (1219.2) 72 (1828.8) 120 (3048.0) * avity #1 black H020 H019 H026 H029 H028 H001 H038 H009 H010 H011 H013 H017 H042 H027 H016 H034 H025 H002 H003 H023 H004 H005 H006 H048 H046 H041 L61 L56 L57 L39 L58 L1 L14 L2 L7 L6 L16 L (3.18).150 (3.81).190 (4.83).250 (6.35).375 (9.52).500 (12.70).750 (19.05) (25.40) (38.10) (50.80) (63.50) (76.20) (Face View of Pin insert Use Reverse Order for Socket Side) Standard.025 (0.64) TYP..050 (1.27) TYP (1.09) ontacts ontacts 21 ontacts ontacts ontacts ontacts ontacts ontacts ontact identification numbers are for reference only and do not appear on insulator or connector body..103 oaxial.320 (8.13).714 (18.14).460 (11.68) Size 51 Shell 11 Micro contact 5 oax or 5 Power Size 25 Shell 5 Micro contact 2 oax or 2 Power Size 51 Shell 20 Micro contacts 4 oax or 4 Power (Not MS).007 (0.18) Size 100 Shell 0 Micro contact 10 oax or 10 Power 9

10 Micro Metal Shell.050" ontact Spacing MM OTS or Non MilSpec or ommercial or Industrial Shell imensions (onforms to MILTL83513) Plug G.110 (2.79) MX. TWO MTG. HOLES.091 ±.003(2.31 ±0.08) F E.284 (7.21) MX..416 (10.57) MX..186 (4.72) MX..093 (2.36) REF..200 (5.08) MX. Solder Pot Receptacle G.110 (2.79) MX. TWO MTG. HOLES.091 ±.003(2.31 ±0.08) F E.296 (7.52) MX..429 (10.09) MX..093 (2.36) REF..200 (5.08) MX..198 (5.03) MX. Solder Pot Receptacle (MM100 only) TWO MTG. HOLES.120 ±.003(3.05 ±0.08).429 (10.90) MX..394 (10.01) MX..198 (5.03) MX..093 (2.36) REF. G E Pigtail termination F.296 (7.52) MX. Part Number y Shell Size MM9P* MM9S* MM15P* MM15S* MM21P* MM21P* MM25P* MM25S* MM31P* MM31S* MM37P* MM37S* MM51P* MM51S* MM100P* MM100S*.785 (19.94).785 (19.94).935 (23.75).935 (23.75) (27.56) (27.56) (30.10) (30.10) (33.91) (33.91) (37.72) (37.72) (36.45) (36.45) (55.12) (55.12).334 (8.48).402 (10.21).484 (12.29).552 (13.97).634 (16.10).702 (17.83).734 (18.64).802 (20.37).884 (22.45).952 (24.18) (26.26) (27.99).984 (24.99) (26.72) (35.15) (38.10) *dd lead type and length; see How To Order. F E _.005 G (0.13).400 (10.16).400 (10.16).550 (13.97).550 (13.97).700 (17.78).700 (17.78).800 (20.32).800 (20.32).950 (24.13).950 (24.13) (27.94) (27.94) (26.67) (26.67) (36.63) (36.63).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).270 (6.86).310 (7.87).310 (7.87).360 (9.14).360 (9.14).351 (8.92).351 (8.92).394 (10.01).394 (10.01).565 (14.35).565 (14.35).715 (18.16).715 (18.16).865 (21.97).865 (21.97).965 (24.51).965 (24.51) (28.32) (28.32) (32.13) (32.13) (30.86) (30.86) (45.72) (45.72).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).228 (5.79).296 (7.52).271 (6.88).394 (10.01) ***Weight given is 1/2", uninsulated, solid, #25 WG gold plated copper pigtails. verage Weights** oz. (gm.) ±5%.063 (1.79).063 (1.79).084 (2.39).083 (2.37).105 (2.99).104 (2.97).119 (3.39).118 (3.36).140 (3.99).139 (3.96).161 (4.59).160 (4.56).193 (5.50).188 (5.35).500 (14.3) (29.5) Panel Mounting imensions (Sizes 9 100).200 ±.005 (5.08 ±0.13).300 ±.005 (7.62 ±0.13).395 ±.005 (10.03 ±0.13) Plug and Receptacle Rear Mounted Plug and Receptacle Front Mounted Plug Front Mounted Receptacle Rear Mounted 10

11 Micro Metal Shell.050" ontact Spacing MM Panel utouts NOTE: See page 13 for rear panel mounting configuration. Shell Sizes 9 thru 51 TYP. TYP (2.54) 0.13) R TYP ±.002 (11.43±0.05).030 (0.76) TYP. FULL R. (TYP.).015 (0.38)R. MX.(TYP) FULL R. (TYP.) 26 /27 TYP Figure 1 Front Mounting Figure 2 Rear Mounting FULL R. (TYP.) Figure 3 Edgeboard Mounting PNEL REF. Shell Size ( ).015 (0.38) R. MX (TYP.) ( ) ( ) 0.13 (45.85 ) ( ) ( ) 0.00 FULL R. (TYP.) Figure 1 Front Mounting.125 (3.18 ) ( ) 0.00 FULL R. (TYP.) Figure 2 Rear Mounting.450_.002 (11.43_0.05) ( ) (0.76) TYP. FULL R. (TYP.) ( ) 0.00 PNEL REF. Figure 3 Edgeboard Mounting ( ) 0.00 For 951 Shell Sizes NOTES: 1. Front panel mounting is the preferred mounting method. Front panel mounting dimensions (figure 1) will accommodate either #256 screws or jackpost hardware. 2. Rear panel mount dimensions (figure 2) will accommodate #256 screw hardware only. When mounting the connector with rear panel mount jackpost see the panel cutout dimensions. 3. Edgeboard mounting bracket (figure 3) uses #2 56 screws. imension.450/.002 (11.43/ 0.05) locates the MM receptacle flush with the end of the board. For 100 Shell Size NOTES: 1. Front mounting is the preferred mounting method. Front panel mounting dimensions (figure 1) will accommodate either #440 screws or jackpost hardware. 2. Rear panel mount dimensions (figure 2) will accommodate #440 screw hardware only see the panel cutout dimensions. 3.Edgeboard mounting bracket (figure 3) uses #4 40 screws. imension.450/.002 (11.43/ 0.05) locates the MM receptacle flush with the end of the board. Shell Size utout Figure

12 Micro Metal Shell.050" ontact Spacing MM Mounting Hardware Views (for sizes 951) This hardware supplied unassembled. LOK SREW RETINING LIP.408 (10.36) MX..182 (4.62) MX..688 (17.48) MX. ONNETOR SHOWN FOR REF. ONLY MTING FE #256 UN2.185 (4.70) MX. PNEL REF..500 (12.7) MX. Screw Lock ssembly USHING.232 (5.89) MX..093 (2.36) REOMMENE PNEL THIKNESS #256 UN2 Jackpost (P) Screw Lock ssembly* *NOTE Torque value is 2.5 in/lbs max..052 (1.32) TYP. 90 ngle Mounting racket.096 ±.005 (2.44 ± 0.13)I..170 (4.32) MX..178 ±.005 (4.52 ± 0.13) #256 UN2 TH.260 (6.60) MX. 90 ngle Mounting racket /.005 (±0.13) escription Screw Lock ssembly Jackpost kit Part Number N/ N/ Mounting racket 90 MM for 9 thru 37 Shell Sizes Mounting racket 90 MM for 51 Shell Size (3.73).169 (4.29) NOTES: Screw lock assembly ( ) can be used for front mounting only. Jackpost kit ( ) consists of two assmblies, shipped unassmbled..350 (8.89) Jackpost ushing (for rear panel mountingfor sizes 951).170 (4.32).185 (4.70) HEX IS.135 (3.43)/.115 (2.92) ROSS FLTS #256 UN2 TH MTING FE.126 (3.20).125 (3.18) I. TYP.105 (2.67).100 (2.54) R TYP TYP.500 (12.7).480 (12.19) #256 UN 2 TH Panel Thickness 3/32 (2.4).087 (2.21) 1/16 (1.6).056 (1.42) 3/64 (1.2).042 (1.07) 1/32 (0.8).025 (0.64) * kit consists of 2 jackpost, 2 nuts, 2 washers. Jackpost diameter within the "" dimension is.124/.120 (3.15/3.05)..005 (0.13).000 (0.00) Jackpost Kit Number* Plug and Receptacle imensions Shell Size (0.10).000 (0.00).401 (10.19).551 (14.00).701 (17.81).801 (20.34).951 (24.16) (27.97) (26.70).004 (0.10).000 (0.00).252 (6.40).252 (6.40).252 (6.40).252 (6.40).252 (6.40).252 (6.40).295 (7.49) _.005 (0.13).565 (14.35).715 (18.16).865 (21.97).965 (24.51) (28.34) (32.13) (30.86) 12

13 Micro Metal Shell.050" ontact Spacing MM Mounting Hardware Views (sizes 951) This hardware is factory installed..014 ±.004 (0.36 ± 0.10) LLOWLE IMETRL FLOT.020 (0.51) MX. LLOWLE XIL FLOT.150 ±.003 (3.81 ±.076) MTING FE ONNETOR SHOWN FOR REF. ONLY.490 (12.45) MX.735 (18.67) MX. ONNETOR SHOWN FOR REF ONLY HEX HE.050 (1.27) ROSS FLTS.050 (1.27) EEP (REF).155 (3.94) MX..185 (4.70) MX.093 (2.36) REF..090 ±.0015 (2.29 ± 0.038)I Float Mount (F).031 ±.003 (0.79 ± 0.08) MTING FE #256 UN2 PRT HS.040 (1.02) MX XIL FLOT Jackscrew (K) Standard Profile MTING FE PRT HS.040 (1.02) MX. XIL FLOT #256 UN2 Jackscrew (L) Low Profile Shown here is a cutaway view of the float mount for the MM connector. The basic shell dimensions are the same for the float mount and the screw mounting hole configurations. View shown is for standard float mount front panel mounting. Reverse mounting is available on request. * NOTE: Torque values are as follows: Low Profile Jackscrew (L)2.5 inlbs Standard Jackscrew (K)2.5 inlbs Mounting Hardware to Military Specification (for sizes 9 100) per MILTL83513/5 This hardware supplied in kits unassembled (2 pieces of each item). #256 UN2 THRE TYP. PLUG (REF. WITH.092 (2.34) I. MOUNTING HOLES.062 (1.57) HEX. (REF.) #256 UN2 THRE TYP. PLUG (REF.) WITH.092 (2.34) I. MOUNTING HOLES.361 (9.17) MX..390 (9.91) MX. SIZE 100 ONLY.010 (0.25) TH'K (REF.).010 (0.25) TH'K (REF.) Figure 1. Jackscrew Low profile Slotted Head Size 951 Size 100* POTTING WELL (REF.) llen head Optional Head onfiguration Plug and Receptacle Low and High Profile Size 951 Size 100* (same dimensions).868 (22.05) MX..902 (22.91) MX. POTTING WELL (REF.) Figure 2. Jackscrew High Profile Slotted Head Size 951 Size 100*.125 (3.18) HEX..187 (4.75) HEX. #256 UN2 THRE #440 UN 2 THRE LOKWSHER RETINING NUT.154 (3.91) HEX..187 (4.75) HEX..062 ±.010 (.157 ± 0.25) SIZE 100 SME Figure 3. Jackpost ssembly Size 951 Size 100*.190/.185(4.83/4.70).185/.175(4.70/4.44).475 ±.025 (12.06 ± 0.64) SIZE 100 SME escription To order hardware kits separately, order either by M83513/5** or by XXXX. Size 951 Mod ode Part Number Slotted Head Jackscrew ssy Low Profile (Figure 1) M Slotted Head Jackscrew ssy Low Profile (Figure 2) M llen Head Jackscrew ssy Low Profile (Figure 1) M llen Head Jackscrew ssy High Profile (Figure 2) M Jackpost ssy (Figure 3) M Size 100* * * Mod ode Part Number * * M M M M M *Size 100 requires 1 size mounting holes for MilSpec hardware Note: Torque values as follows: Size inlbs Size inlbs 13

14 Micro Metal Shell.050" ontact Spacing MM Mounting Hardware Views (for size 100) This hardware supplied unassembled..123 ±.005 (3.12 ± 0.13) I. #440 UN2 TH #440 UN2 TH #4 LOK WSHER PNEL MY E USE WITH.093 (2.36) MX THIK PNEL ( ) (12.70) MX..395 (10.03) MX..185 (4.70) MX. MTING SIE #440 UN2 NOTHING OR FEMLE TH 90 ngle Mounting racket Jackpost (P).235 ±.005 (5.97 ± 0.13).064 ±.010 (1.62 ± 0.25) TYP. Note: Size 100 requires.120 dia () mounting hole when using ommercial (P) jackpost kits. 90 ngle Mounting racket escription Jackpost kit Mounting racket 90 MM Part Number ±.005 (0.13) N/ (4.85).370 (9.40) This hardware is factory installed..014 ±.004 (0.36 ± 0.10) LLOWLE IMETRL FLOT.020 (0.51) MX. LLOWLE XIL FLOT.174 ±.005 (4.4 ±.10) MTING FE ONNETOR SHOWN FOR REF. ONLY.735 (18.67) MX. HEX. SOKET HE..078 (1.98) ROSS FLTS.050 (1.27) MIN. EPTH.185 (4.70) MX.093 (2.36) REF..116 ±.002 (2.29 ±.051) I Float Mount (F) Std..031 ±.003 (0.79 ± 0.08) MTING FE #440 UN2 TH PRT HS.040 (1.02) MX XIL FLOT Jackscrew (K) Standard MTING SIE.155 (3.94) MX..040 (1.02) MX. XIL FLOT #440 UN2 TH Jackscrew (L) (Low Profile) *NOTE: Torque values are as follows: Low Profile Jackscrew (L)4.0 inlbs Standard Profile Jackscrew (K)4.0 inlbs Jackpost ushing (for Rear Panel Mounting) ENGGING FE 3/16" HEX. LOKING POST #440 UN2 imensions for Rear Panel Mounting ±.005 (45.72 ± 0.13) Panel Thickness 3/32 (2.4) 1/16 (1.6) 1/32 (0.8) 3/64 (1.2).005 (0.13).000 (0.00).087 (2.21).058 (1.42).025 (0.64).042 (1.07) Jackpost Kit Number* REEPTLE SHOWN FOR REF. ONLY #440 THRE RETINING NUT.185 (4.70).170 (4.32).500 (12.70) MX..125 ( R ) ( ) ( ) (4.09).159 (4.04) I. *2 jackposts, 2 nuts, 2 washers Torque value for size 100 Note: Size 100 requires mounting hole shell size when using rear panel mount jackposts 14

15 Micro Metal Shell.050" ontact Spacing MM onnector Saver Save wear and tear on your equipment and systems connectors by using the "onnector Saver". The multimatings and unmatings experienced by most connectors during testing and final check out can be eliminated. Simply mate the "onnectors Saver" to your unit and use the opposite side for your testing interface...less wear, less tear, less chance of damage. It is available in all eight standard MM layouts. Mating hardware is available and can be ordered either separately or included with the connector saver..040 (1.02) MX. LLOWLE XIL FLOT #256 UN2 TH (951) (TYP.).790 (20.07) MX..315 (8.00) MX. JKSREW/JKPOST USHING (FOR REFERENE ONLY SEE ORERING INFORMTION ELOW.) MIROPIN MIROSOKET ONNETOR REEPT ONNETOR, PLUG KPOTTING, EPOXY INTERFIL SEL.090 (2.29) REF. (TYP.).900 (22.86) REF..185 (4.70) MX. (TYP.) MM Size 9 Shown ERING (TYP.) Size Electroless Nickel (174) Plated admium over Nickel (101) Plated With Hardware W/O Hardware With Hardware W/O Hardware *Hardware Kits MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM MM ** ** ** ** ** ** ** *** ±.005 (0.13).785 (19.94).935 (23.75) (27.56) (30.10) (33.91) (37.72) (36.45) (55.12).565 (14.35).715 (18.16).865 (21.97).965 (24.51) (28.32) (32.13) (30.86) (45.72).351 (8.91).394 (10.01) * Kit contains 2 jackpost/jackscrew bushings and 2 ERings. ** Size 951#256 UN2 Thread *** Size 100#440 UN2 Thread 15

16 Micro Metal Shell.050" ontact Spacing MILTL83513 How to Order MILTL83513 Part Number Nomenclature Slash Sheets 19 M83513/ 01 H100 * * * * * * SERIES MM M MV Metal Shell, Liquid rystal Polymer (LP) iallyl Phthalate Insulator Polyester Insulator MIL83513 SLSH SHEET Plug, onnector, Solderpot Receptacle, onnector, Solderpot Plug, onnector, rimp Type Receptacle, onnector, rimp Type Hardware Only 7 Plug, onnector, Solderpot Receptacle, onnector, Solderpot Plug, onnector, rimp Type Receptacle, onnector, rimp Type Metal Shell Plastic 5 INSERT RRNGEMENT E F G H METL SHELL 9 ontact 15 ontact 21 ontact 25 ontact 31 ontact 37 ontact 51 ontact 100 ontact PLSTI 9 ontact 15 ontact 21 ontact 25 ontact 31 ontact 37 ontact 51 ontact 5 NOTES: 1 For every Mil Spec Part Number, ITT has one corresponding part number shown an example 2 Tolerance on wire lengths: 18", 36" and 72" long 1.00"/0.00".5" and 1.00".200"/.000" 3 4 For space application, connector shell finish must be "174" and wire must be per MILW22759/3326. ny deviations to these P/N's will result in assignment of a special P/N, consult factory. WIRE TYPE No Number For Solderpot " 36" 18" 5 Size 100 not available in / 06 through / 09. (Plastic shell) 6 olor coding in accordance with MILST681, System 1, no parenthesis. See page 83 for color code chart. SHELL FINISH 7 For mounting hardware to Military Specification (sizes 9 to 100) see page 13. N 174 Electroless Nickel ".5" 1.0".5" 1.0" 18" 36" 18" 36" 72" 72" 72" 72" long, #26 WG per MILW22759/11269 (all white) long, #26 WG per MILW22759/11269 (all white) long, #26 WG per MILW22759/1126 olor oded per MILST681, System 1, 10 colors repeating long, #26 WG per MILW22759/1126 olor oded per MILST681, System 1, 10 colors repeating long. #25 WG, type S per QQW343, Gold Plated long, #25 WG, type S per QQW343, Gold Plated long, #25 WG, type S per QQWW343, Tin Plated long, #25 WG, type S per QQW343, Tin Plated long, #26 WG per MILW22759/33269 (all white) long, #26 WG per MILW22759/33269 (all white) long, #26 WG per MILW22759/3326 olor oded per MILST681, System 1, 10 colors repeating long, #26 WG per MILW22759/3326 olor oded per MILST681, System 1, 10 colors repeating long, #26 WG per MILW22759/11269 (all white) long, #26 WG per MILW22759/1126 olor oded per MILST681, System 1, 10 colors repeating long, #26 WG per MILW22759/33269 (all white) long, #26 WG per MILW22759/3326 olor oded per MILST681, System 1, 10 colors repeating No number for plastic type connector for admium/yellow chromate over nickel

17 Micro Metal Shell.050" ontact Spacing MILTL83513 How to Order MILTL83513 Part Number Nomenclature Slash Sheets 1027 M83513/ 10 * * * SERIES onnector, Electrical, Rectangular Microminiature, Polarized Shell P oard Mounting MIL83513 SLSH SHEET 10 onnector, Plug, ondensed oard Right ngle (R), Sizes onnector, Plug, R, Size onnector, Plug, R, Size onnector, Receptacle, R, Sizes onnector, Receptacle, R Size onnector, Receptacle, R, Size onnector, Plug, oard Right ngle (R), Sizes onnector, Plug, R, Size onnector, Plug, R, Size onnector, Receptacle, R, Sizes onnector, Receptacle, R Size onnector, Receptacle, R Size onnector, Plug, oard Straight (S), Sizes onnector, Plug, S, Size onnector, Plug, S, Size onnector, Receptacle, S, Sizes onnector, Receptacle, S, Size onnector, Receptacle, S Size 100 INSERT RRNGEMENT E F G H METL SHELL 9 ontact 15 ontact 21 ontact 25 ontact 31 ontact 37 ontact 51 ontact 100 ontact WIRE TYPE No Number For Solderpot NOTES: " long, #24 WG solid copper wire per QQW343, Type S, solder dipped 1 For every Mil Spec Part Number, ITT has one " long, #24 WG solid copper wire per QQW343, Type S, solder dipped corresponding part number " long, #24 WG solid copper wire per QQW343, Type S, solder dipped 2 Tolerance on wire lengths ± For space application, connector shell finish must be "N". SHELL FINISH 4 ny deviations to these P/N's will result in assignment No letter for plastic type connector of a special P/N, consult customer service. admium / Yellow chromate over nickel N Electroless Nickel HRWRE N No jackpost P Jackpost (permanently attached) T Threaded insert 17

18 Micro P.050" ontact Spacing MMP MMP connectors are designed for use with flex circuitry, flat cable and printed circuit boards or multilayer boards. They use the standard MM metal shell and provide high density and high reliability in boardtoboard, boardtocable and cabletocable applications. MMP connectors are available in 8 shell sizes with 9 to 100 contacts. Terminations may be straight (S) or at 90 right angle (R, R) board thickness. Jackpost mounting for use with locking hardware is also available. How to Order MMP Series RoHS OMPLINE SERIES INSULTOR MTERIL ONTT RRNGEMENT ONTT TYPE TERMINTION TYPE MOUNTING HRWRE (Shell Flange) MOUNTING HRWRE FOR P R MM * 25 P S P T L TERMINTION TIL LENGTH MOIFITION OE SHELL FINISH MOIFITION OES SERIES MM Micro "" Metal Shell INSULTOR MTERIL Liquid rystal Polymer (LP) ONTT RRNGEMENT 9, 15, 21, 25, 31, 37, 51, and 100 ONTT TYPE P Pin (Plug) S Socket (Receptacle) NOTE: ack molding material Epoxy Hysol #MG40FS TERMINTION TYPE S Straight P Termination R Right ngle P Termination R Right ngle Narrow Profile P Terminations MOUNTING HRWRE (Shell Flange) P Jackposts M7 Jackposts M83513/507 (Sizes 951) M17 Jackposts M83513/517 (Size 100) No letter none MOUNTING HRWRE FOR P T Threaded Insert #256 Thd for Shell Sizes 9 thru 51 #440 Thd for Shell Size 100 No letter none TERMINTION TIL LENGTH MOIFITION OE None.109 (2.77) ±.015 (0.38) Standard L (3.18) L (3.81) L (4.83) L (6.35) L (9.52) SHELL FINISH MOIFITION OES None Yellow hromate/admium over Nickel 174 Electroless Nickel 172 Gold over Nickel 141 Irridite/lodine 30 lack nodize (For special modification codes, consult customer service.) 18

19 Micro P.050" ontact Spacing MMP S (oard Straight) Series.186 (4.72) MX. PLUG.198 (5.03) MX. REEPTLE E F G.096 ±.005 (2.44 ± 0.13) I. Size 951).120 ±.005 (3.05 ± 0.13) Size 100 V. #1 LST V. JKPOST (951) #256 UN2 TYP. JKPOST (100) #440 UN2 TYP..109 ± 0.15 (2.77 ± 0.38) LST V. H J K * V. #1.100 (2.54) REF. P Termination rrangements* (Viewed from P solder side) Identification number shown for plug connector, use reverse order for socket connector. NOTE: imensions shown are for reference onlyconsult factory for final design dimensions..050 (1.27) (1.27) (1.27) (1.27) (9.53) 9 ontacts (5.72) TYP. 15 ontacts (5.72).150 (3.81) ontacts 25 ontacts (1.27).050 (1.27) (2.54) TYP (3.81) ontacts.150 (3.81) ontacts (3.81) 51 ontacts (3.81) ontacts.150 (3.81) NOTE: Standard lead termination is #24 WG, solid copper, solder or tin dipped ll Termination onfigurations.100 (2.54) x.100 (2.54) Grid Pattern, Offset.050 (1.27) Part Number y Shell Size ±.007 (.18) ±.005 (.13) MM9PS* (35.31) (29.21).565 (14.35) MM9SS* (35.31) (29.21).565 (14.35) MM15PS* (35.31) (29.21).715 (18.16) MM15SS* (35.31) (29.21).715 (18.16) MM21PS* (43.93) (36.83).865 (21.97) MM21SS* (43.93) (36.83).865 (21.97) MM25PS (44.20) (38.10).965 (24.51) MM25SS* (44.20) (38.10).965 (24.51) MM31PS* (51.82) (45.72) (28.32) MM31SS* (51.82) (45.72) (28.32) MM37PS* (59.44) (53.34) (32.13) MM37SS* (59.44) (53.34) (32.13) MM51PS* (67.66) (50.80) (30.86) MM51SS* (67.66) (50.80) (30.86) MM100PS* (77.98) (71.12) (45.72) MM100SS* (77.98) (71.12) (45.72) *For jackpost, add letter "P" or "M7" for sizes 951, "M17" for size (19.94).785 (19.94).935 (23.75).935 (23.75) (27.56) (27.56) (30.10) (30.10) (33.91) (33.91) (37.72) (37.72) (36.45) (36.45) (55.24) (55.24) E.334 (8.48).402 (10.21).484 (12.29).552 (13.97).634 (16.10).702 (17.83).734 (18.64).802 (20.37).884 (22.45).952 (24.18) (26.26) (27.99).984 (24.99) (26.72) (35.15) (38.30) F.185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).228 (5.79).296 (7.52).271 (6.88).394 (10.01) G.351 (8.92).351 (8.92).460 (11.68).460 (11.68) H.165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).303 (7.70).303 (7.70) J.355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).355 (9.02).550 (12.70).550 (12.70) K.555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).686 (17.42).686 (17.75) 19

20 Micro P.050" ontact Spacing MMP R (oard Right ngle) Series.109 ±.015 (2.77 ± 0.38) E G.186 (4.72) MX. PLUG.198 (5.05) MX..100 (2.54) TYP. JKPOST #256 UN2 TYP..125 ±.015 (3.18 ± 0.38) F V. #1 LST V..050 (1.27) TYP..096 ±.005 (2.44 ± 0.31).150 ±.010 (3.8 ± 0.25).100 TYP. P Termination rrangements (Viewed from bottom of connector, P solder side.) Identification number shown for plug connector, use reverse order for socket connector..150 (3.81).150 (3.81).150 (3.81).150 (3.81) (9.53) 9 ontacts ontacts.300 (7.62) (5.72) ontacts 25 ontacts.175 (4.45).150 (3.81).150 (3.81).050 (1.27) (3.81) 31 ontacts (3.81) (3.81) 37 ontacts 51 ontacts.050 (1.27) (3.81) 100 ontacts NOTE: Standard lead termination is #24 WG, gold plated, solid copper, solder or tin dripped. Part Number y Shell Size MM9PR* MM9SR* MM15PR* MM15SR* MM21PR* MM21SR* MM25PR* MM25SR* MM31PR* MM31SR* MM37PR* MM37SR* MM51PR* MM51SR* MM100PR* MM100SR* (35.31) (35.31) (39.12) (39.12) (42.93) (42.93) (45.47) (45.47) (51.82) (51.52) (59.44) (59.44) (47.63) (47.63) 2.74 (69.72) 2.74 (69.72) ±.007 (.18) (29.21) (29.21) (33.02) (33.02) (36.83) (36.83) (39.37) (39.37) (45.72) (45.72) (53.34) (53.34) (40.64) (40.64) (63.50) (63.50) *For jackpost, add letter "P" or "M7" for sizes 951, "M17" for size 100. ±.005 (.13).565 (14.35).565 (14.35).715 (18.16).715 (18.16).865 (21.97).865 (21.97).965 (24.51).965 (24.51) (28.32) (28.32) (32.13) (32.13) (30.86) (30.86) (45.72) (45.72) ll Termination onfigurations.100 (2.54) x.100 (2.54) Grid Pattern, Offset.050 (1.27)..334 (8.48).402 (10.21).484 (12.29).552 (13.97).634 (16.10).702 (17.83).734 (18.64).802 (20.37).884 (22.45).952 (24.18) (26.26) (27.99).984 (24.99) (26.72) (35.15) (38.10) E.185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).228 (5.79).296 (7.52).271 (6.88).394 (10.01) F.455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).455 (11.56).565 (14.35).565 (14.35).755 (19.18).755 (19.18) G.351 (8.92).351 (8.92).394 (10.01).394 (10.01) 20

21 Micro P.050" ontact Spacing MMP R (ondensed oard Right ngle) Series LST V..109 ±.015 (2.77 ± 0.38) V. #1 JKPOST 256 UN2 TYP. (Size 951) E.186 (4.72) MX.PLUG.198 (5.03) MX. REEPT..185 (4.70)MX. JKPOST #440 UN 2 TYP. F G H F G H H G SEE VIEW X.096 ±.005 (2.44 ± 0.31) I.TYP. (Size 951) SEE VIEW Y * * * * FOR 31: 1.085(27.56) MX. FOR 37: 1.185(30.10) MX. FOR 51: 1.225(31.12) MX..125 ±.005 (3.18 ± 0.31) I. TYP (46.10) MX. 100 VIEW F SEE VIEW W P Termination rrangements (Viewed from bottom of connector, P solder side.) Identification number shown for plug connector, use reverse order for socket connector..083 (2.11) ontacts View X.020 (0.51).108 (2.73) (2.54) TYP ontacts View X.020 (0.51).050 (1.27) TYP (2.11) ontacts View X.020 (0.51) ontacts View X (2.11).020 (0.51).325 (8.26).275 (6.98).020 (0.51) (4.00) (4.65) (0.51) (1.27) ± (2.54 ± 0.13) (2.73) ontacts View Y 37 ontacts View Y 51 ontacts View Y 100 ontacts View W ll Termination onfigurations.100 (2.54) x.100 (2.54) Grid Pattern, Offset.050 (1.27). NOTE: Standard lead termination is #24 WG, solid copper, solder or tin dripped. Part Number y Shell Size MM9PR* MM9SR* MM15PR* MM15SR* MM21PR* MM21SR* MM25PR* MM25SR* MM31PR* MM31SR* MM37PR* MM37SR* MM51PR* MM51SR* MM100PR* MM100SR*.785 (19.94).785 (19.94).935 (23.75).935 (23.75) (27.56) (27.56) (30.10) (30.10) (33.91) (33.91) (37.72) (37.72) (36.45) (36.45) (55.12) (55.12) ±.005 (.13).565 (14.35).565 (14.35).715 (18.16).715 (18.16).865 (21.97).865 (21.97).965 (24.51).965 (24.51) (28.32) (28.32) (32.13) (32.13) (30.86) (30.86) (45.72) (45.72).334 (8.48).402 (10.21).484 (12.29).552 (13.97).634 (16.10).702 (17.83).734 (18.64).802 (20.37).884 (22.45).952 (24.18) (26.26) (27.99).984 (24.99) (26.72) (35.15) (38.10) *For jackpost, add letter "P" or "M7" for sizes 951, "M17" for size (8.92).351 (8.92).394 (10.01).394 (10.01) E.185 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).184 (4.70).253 (6.43).185 (4.70).253 (6.43).185 (4.70).253 (6.43).228 (5.79).296 (7.52).271 (6.88).394 (10.01) F.420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).520 (13.21).520 (13.21).520 (13.21).520 (13.21).650 (16.15).650 (16.15) (25.40) (25.40) G ±.010 (.25).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).300 (7.62).300 (7.62).400 (10.16).400 (10.16) H ±.010 (.25).230 (5.81).230 (5.81).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).150 (3.81).150 (3.81).200 (5.08).200 (5.08) 21

22 Micro oaxial/power.050" ontact Spacing MM /P MM oaxial The MM Metal Shell onnectors have been tooled in several coaxial layouts and offer the versatility of combining coaxial and signal lines in the same connector. ny modifications to these layouts or new requirements, please consult the factory. Standard coax is RG178 white. MM Power The same insulator that is used with coaxial contacts is available with power contacts. This offers the versatility of combining power and signal lines in the same connector. MM oaxial/power Power and coaxial contacts can be interchanged as desired. Power contacts are rated at 13 amps, 24V rms, WG #16 stranded. How to Order For MILTL83513 ordering information see pages 16 and 17 R MM 51 P H 001 P XXX SERIES MM: (Size 9100) Liquid rystal Polymer (LP) MM: (ombo Layout) iallyl Phthalate (P) ONTT RRNGEMENTS (standard) 165, 1010, 72, 244 (coaxial) 16P5, 10P10, 7P2, 24P4 (power) or combination of } coax and power ONTT TYPE P Pin S Socket TERMINTION TYPE H Harnessinsulated wire. L Soliduninsulated wire. S Solder pot to accept #26 WG MX. harness wire. (Not available with power contact arrangements.) HRWRE M Military specification hardware, see page 11 for military hardware codes. P Jackpost K Jackscrewstandard profile L Jackscrewlow profile RoHS OMPLINE SERIES ONTT RRNGEMENTS ONTT TYPE TERMINTION TYPE TERMINTION OE HRWRE SHELL FINISH MO OES F Float mount No hardware standard.091 (2.31) dia. hole for sizes 951;.120 (3.05) dia. hole for size (3.18) dia. mounting holes for sizes 951;.166 (4.22) dia. hole for size (3.75) dia. hole for size 100 (Per MILTL83513) TERMINTION OE* (H) ",7/34 strand,#26 WG, MILW16878/4, Type E Teflon, yellow. (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, color coded to MILST681 System I. (L) 1 1/2" uninsulated solid #25 WG gold plated copper. (L) 2 1" uninsulated solid #25 WG gold plated copper. SHELL FINISH MO OES No Number (Standard cadmium/yellow chromate over nickel 174 Electroless nickel 172 Gold over nickel 141 Irridite/alodine 30 lack anodize *See page 79 and 81 for additional Termination codes. 72/7P2 308 (7.82) MX (30.10) MX..965 ±.005 (24.51 ± 0.13).416 (10.57) MX..186 (4.92) MX. MX (30.10) MX..199 (5.05) MX..965 ±.005 (24.51 ± 0.13).429 (10.90) MX..091 ±.003 (2.31 ± 0.08) I. Plug.100 (2.54) MX..800 (20.32) MX..091 ±.003 (2.31 ± 0.08) I. Receptacle.100 (2.54) MX..800 (20.32) MX. 244/24P (36.45) MX ±.005 (30.86 ± 0.13).186 (4.92) MX (36.45) MX ±.005 (30.86 ± 0.13).199 (5.05) MX..351 (8.92) MX..351 (8.92) MX (10.51) (2.54) (10.90).091 ±.003 (2.31 ± 0.08) I. MX. MX. (26.67).091 ±.003 MX. (2.31 ± 0.08) I. MX. Plug Receptacle Power ontacts oaxial ontacts.100 (2.54) MX (26.67) MX. K POTTING REQUIRE.350 (8.89) MX. Plug Receptacle Receptacle Plug 22

23 Microminiature onnectors HermeticMMH MMH connectors are ideal for applications requiring a better seal than can be achieved with epoxy resins. The connector utilizes size 24 WG contacts that are compression glass sealed through a steel shell and into a diallyl pthalate front end insulator. n interfacial seal provides environmental protection when mated. We recommend MMH receptacles be soldered to the chassis or container for a completely leakproof joint. MMH receptacles mate with standard MM plugs. Features Hermetically sealed connector designed for those applications where a vacuum, inert gas or a constant controlled pressure are required to eliminate adverse effects created by atmospheric changes. Steel shells to provide greater strength, prevent chipping, cracking or breaking, offer electromagnetic (EMI) and RFI shielding. Silicone elastomer compression interfacial seal to provide a moisture and humidity seal between each contact and between contacts and shell. Specifications Standard materials & finishes Shell Mild steel, tinlead plated Insulator Glass filled diallyl phthalate per MILM14. Type SGF ontacts opper alloy, gold plated sockets on mild steel gold plated pins. Solder pots mild steel gold plated Hermetic seal ompression glass Leak rate 1 micron cubic ft/hr max (1.04 x 105 cc/sec at 1 TM pressure differential) ELETRIL T No. of contacts 9 to 100 ielectric withstanding voltage 150 V Insulation resistance 5000 Mohm minimum Wire size #26 through #30 WG ontact termination Solder pot MEHNIL FETURES Size or length 8 sizes Service class Hermetically sealed oupling Friction/jacks Polarization Keystone shaped shells ontact spacing.050 (1,27) centers Shell style Receptacle, solder mount How to Order MMH 51 S S Hermetic Micro Receptacle Series ontact layout 9, 15, 21, 25, 31, 37, 51, 100 Socket ontacts (only) Termination type 23

24 Microminiature onnectors HermeticMMH ontact rrangements Face vew of socket insert use reverse order for wiring side ontacts ontacts ontacts ontacts ontacts ontacts ontacts ontacts ontact identification numbers a re for refe rence only and do not appear on insulator or connector bod y. Shell imensions 6,61 (.260) MX F 4,58 (.180) MX G E 2 HOLES 256 UN (951 WY) 440 UN (100 WY) 5,06 (.199) MX 1,93 (.076) MX Part Number E F G by shell size max max max max max ±.005 (0,13) max MMH9S.885 (22,48).738 (18,74).400 (10,16).270 (6,86).430 (10,92).565 (14,35).261 (6,63) MMH15S (26,29).888 (22,55).550 (13,97).270 (6,86).430 (10,92).715 (18,16).261 (6,63) MMH21S (30,10) (26,36).770 (17,78).270 (6,86).430 (10,92).865 (21,97).261 (6,63) MMH25S (32,64) (28,87).800 (20,32).270 (6,86).430 (10,92).965 (24,51).261 (6,63) MMH31S (36,45) (32,72).950 (24,13).270 (6, (10,92) (28,32).261 (6,63) MMH37S (40,26) (36,53) (27,94).270 (6,86).430 (10,92) (32,13).261 (6,63) MMH51S (38,99) (35,26) (26,67).310 (8,00).473 (12,01) (30,86).315 (8,00) MMH100S (57,78) (52,78) (36,97).365 (9,27).522 (13,26) (45,72).410 (10,41) 24

25 Microminiature onnectors With an increasing number of MM connectors being used in avionics and military equipment and with increasing emphasis being put on EMI, RFI and EMP shielding, annon have developed a range of filter connectors to suit most applications. The TMM receptacle accommodates from 8 to 37 sizes, 24 WG socket contacts on 1,27 (.050) centres and mates with the standard MM plugs. Features FilterTMM Transverse monolith filter for EMI and RFI shielding. Rugged aluminum one piece shell. Silicone interfacial environmental seal. Glass filled diallyl phthalate insulator. variety of filter types for each pin. Specifications Standard materials & finishes Shell luminum alloy per QQ200/8 with electroless nickel finish per QQN290 Insulator Glass filled diallyl phthalate per MILM14. Type SGF ontact, socket opper alloy, 50 microinch gold per MILG45204, Type ll, lass l Interfacial seal Silicone base rubber ELETRIL T No. of contacts 9 to 37 ielectric withstanding voltage 300 V Insulation resistance 5000 Mohm at 100 V Voltage rating (working) 100 V urrent rating 3 amps max. Maximum capacitance 250, 500, 1000, 2000 picofarads Filter type MEHNIL FETURES Size or length 6 sizes oupling Friction/jackscrews Polarization Keystone shaped shell ontact spacing.050 (1,27) centers Shell style Single piece receptacle How to Order TMM 1 15 S H 001 * Series Filter type Number of contacts ontact style Termination type Termination/modifier code Mounting code Modification code Series: Filter TMM Micro Metal housing Filter type: capacitor type pf capacitance pf capacitance pf capacitance pf capacitance Number of contacts: 9, 15, 21, 25, 31, 37 only ontact style: S socket (receptacle) P Pin (plug) Termination type: H harness, insulated solid or stranded wire L lead, solid uninsulated wire Termination: onsult standard wire termination code for lead material and lead length Mounting code: Flange mounting, Ø.125 (3,18) mounting holes Flange mounting, Ø.092 (2,34) mounting holes L Low profile (slotted head) M2 llen head jackscrew assembly, low profile M3 llen head jackscrew assembly, high profile M5 Slot head jackscrew assembly, low profile M6 Slot head jackscrew assembly, high profile M7 Jacknut assembly P Jackpost Modification code: Shell finish MO. odes. * To be assigned as required * No number = Standard tin/lead finish 25

26 Microminiature onnectors FilterTMM Guaranteed Minimum ttenuation Filter apacitance Minimum Insertion Lossdecibels designation range (pf) 10 MHz 15 MHz 30 MHz 50 MHz 100 MHz 200 MHz 500 MHz 1 GHz Standard Wire Termination odes annon Modification odes (Not Mil Spec) The following termination codes are listed for your information. For additional codes please refer to ppendix on page 79 and 81. ll wire lengths are minimum. Harness Type (H) #26 WG per MILW16878/4 Type E Teflon, stranded Length ll Yellow olor oded 3 (76.2) H020 H027 6 (152.4) H019 H016 8 (203.2) H026 H (254.0) H029 H (304.8) H028 H (457.2) H001 H (508.0) H038 H (509.6) H009 H (762.0) H010 H (914.4) H011 H (1219.2) H013 H (1828.8) H017 H (3048.0) H042 H041 Solid Uninsulated Type (L) #25 WG gold plated copper. ode Length L (.18) L (3.81) L (4.83) L (5.35) L (9.52) L1.500 (12.70) L (19.05) L (25.40) L (38.10) L (50.80) L (63.50) L (76.20) Shell imensions F G E 7,60 10,90 (.299) (.500)* MX MX 5,06 (.199) MX 2 HOLES Ø2,32 (.091) ± 0,08 (.003) *.750 max for prewired versions (H modifier above) Part Number E F max G by shell size max max max max max ±0,13 (.005) max MMT9S*.785 (19,94).400 (10,16).400 (10,16).270 (6,86).308 (7,83).565 (14,36).251 (6,38) MMT15S*.935 (23,75).550 (13,97).550 (13,97).270 (6,86).308 (7,83).715 (18,17).251 (6,38) MMT21S* (27,60).700 (17,78).700 (17,78).270 (6,86).308 (7,83).865 (21,98).251 (6,38) MMT25S* (30,10).800 (20,32).800 (20,32).270 (6,86).308 (7,83).965 (24,52).251 (6,38) MMT31S* (33,90).950 (24,13).950 (24,13).270 (6,86).308 (7,83) (28,30).251 (6,38) MMT37S* (37,70) (28,00) (28,00).270 (6,86).308 (7,83) (32,20).251 (6,38) 26

27 Microminiature onnectors FilterTMM Typical Filter Performance TTENUTION (d) pf pf pf pf FREQUENY (MHz) 27

28 Micro Plastic Shell.050" ontact Spacing Microminiature Rectangular onnectors with MIROPin ontacts on.050 (1.27) centers. MIRO microminiature rack/panel connectors are used in applications requiring highly reliable, extremely small, lightweight connectors. These connectors are available in 2 insulator materials, 2 mounting variations, 7 shell sizes accommodating from 9 to 51 contacts and a special arrangement of 5 micro contacts and 2 coaxials. The insulator materials listed give the MIRO connector wide versatility in most applications required by industry. Specifications ITT can also terminate a wide variety of stranded or solid wire directly to MIRO contacts, which is often desirable in high density arrangements. MIRO connectors can also be custom harnessed to meet any customer requirement of single or multiple connectors. Pigtail lead and harness description must be given by the customer. typical description would be:.5" #25 WG, gold plated copper leads or 18" of #26 yellow, Tefloninsulated, Type E wire. Shown below are various methods of termination. onsult customer service for any routine or complex harnessing of MIRO connectors. M** Glassfilled diallyl phthalate thermoset material used in high temperature applications that is immune to cleaning solvents. It also has excellent dielectric properties. Temperature range: 65 F to 300 F (55 to 149 ). Glassfilled polyester thermoplastic that is not affected by cleaning solvents and exhibits excellent dielectric properties. Temperature range: 55 F to 257 F (65 to 125 ). MTERILS N FINISHES Shell/Insulator (One Piece) M/M: Glassfilled thermoset plastic MV/MV: Thermoplastic ontacts opper alloy, gold plate ELETRIL T No of ontacts oaxial able Wire Size ontact Termination 9 to 51: (1 arrangement of 5 contacts and 2 coaxials for screw mount only) RG178/U (Not available for M clip mount) #24 thru #32 WG Multiindent crimp MEHNIL FETURES Size or Length 7 sizes oupling Friction/jackscrews Polarization Keystoneshaped shells ontact Spacing.050 (1.27mm) enters Shell Styles Plug and receptacle onsult factory for availabilty. How to Order P ordering information page 30 R M** 1 9 P H 001 P RoHS OMPLINE SERIESINSULTOR STYLEMTERIL ONTT SPING ONTT RRNGEMENT ONTT TYPE TERMINTION TYPE TERMINTION OE LOKING HRWRE SERIESINSULTOR STYLEMTERIL M Screw mountingiallyl phthalate MV Screw mountingpolyester ONTT SPING (1.27) centers ONTT RRNGEMENT See page 9 ONTT TYPE P Pin S Socket TERMINTION TYPE H Insulated solid or stranded wire L Uninsulated solid wire S Solder pot to accept #26 WG max. harness wire. TERMINTION OE See page 79 and 81 for additional codes (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, Yellow. (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, color coded to MILST681 System I. (L) 1 1/2" uninsulated solid #25 WG gold plated copper. (L) 2 1" uninsulated solid #25 WG gold plated copper. LOKING HRWRE (SREW MOUNTING ONLY) P Jackpost K Jackscrewstandard L Jackscrewlow profile F Float mount M Military specification hardware, see page 13. No designator No hardware standard mounting.091 (2.31) hole diameter 28

29 Micro Plastic Shell.050" ontact Spacing Standard Wire Termination odes M/MV The following termination codes are listed for your information. For additional codes please refer to ppendix on page 79 and 81. ll wire lengths are minimum. Harness Type (H) #26 WG per MILW16878 Type E Teflon, stranded. Length 3 (76.2) 6 (152.4) 8 (203.2) 10 (254.0) 12 (304.8) 18 (457.2) 20 (508.0) 24 (609.6) 30 (762.0) 36 (914.4) 48 (1219.2) 72 (1828.8) 120 (3048.0) H020 H019 H026 H029 H028 H001 H038 H009 H010 H011 H013 H017 H042 H027 H016 H034 H025 H002 H003 H023 H004 H005 H006 H048 H046 H041 *avity #1 black Solid Uninsulated Type (L) #25 WG Gold Plated opper ll Yellow olor oded* Termination ode Length L61 L56 L57 L39 L58 L1 L14 L2 L7 L6 L16 L (3.18).150 (3.81).190 (4.83).250 (6.35).375 (9.52).500 (12.70).750 (19.05) (25.40) (38.10) (50.80) (63.50) (76.20) With Screw Mounting Holes (onforms to MILTL83513) M Glassfilled iallyl Phthalate Plastic Insulator MV Glassfilled Polyester Plastic Insulator R.304 (7.72) MX..395 (10.03) MX..285 (7.24) MX..375 (9.92) MX..204 (5.18) MX..100 (2.54) MX..185 (4.70) MX..100 (2.54) MX. Solder Pot Solder Pot.110 (2.79) MX..200 (5.08) MX..154 (3.91) MX..200 (5.08) MX. TWO MTG. HOLES.091 ±.003 (2.31 ± 0.08) F F E E Part Number by Shell Size M19P** MV19P** M19S** MV19S** M115P** MV115p** M115S** MV115S** M121P** MV121P** M121S** MV121S** M125P** MV125P** M125S** MV125S** M131P** MV131P** M131S** MV131S** M137P** MV137P** M137S** MV137S** M151P** MV151P** M151S** MV151S**.788 (20.02).788 (20.02).938 (23.82).938 (23.82) (27.64) (27.64) (30.18) (30.18) (33.98) (33.98) (37.80) (37.80) (36.52) (36.52).292 (7.42).380 (9.65).442 (11.23).530 (13.46).592 (15.04).680 (17.27).692 (17.58).780 (19.81).842 (21.39).930 (23.62).992 (25.20) (27.43).942 (23.93) (26.16).408 (10.36).408 (10.36).588 (14.17).588 (14.17).708 (17.98).708 (17.98).808 (20.56).808 (20.56).958 (24.33).958 (24.33) (28.14) (28.14) (26.87) (26.87) ** dd lead type and length, see Part Number Explanation. *** Weight given is with 1/2", uninsulated solid #25 WG gold plated copper pigtails..173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).173 (4.39).220 (5.59).220 (5.59) E.218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).260 (6.60).260 (6.60) F ± (14.35).565 (14.35).715 (18.16).715 (18.16).865 (21.97).865 (21.97).965 (24.51).965 (24.51) (28.32) (38.32) (32.13) (32.13) (30.86) (30.86) vg. Weight*** ±5% (oz.) ±5% (gm.).026 (0.73).025 (0.70).038 (1.10).035 (1.00).053 (1.50).050 (1.40).063 (1.80).056 (1.60).080 (2.30).073 (2.10).086 (2.45).076 (2.15).109 (3.10).093 (2.64) 29

30 Micro Plastic Shell.050" ontact Spacing M*P M*P connectors use standard M* all plastic shells and are designed for use with flex circuitry, printed circuit and multilayer boards. They are easily mounted and soldered and provide high density/high reliability in boardtoboard and boardtocable applications. While being similar to the MMP connectors, the M*P connectors are all plastic, extremely small, and lightweight yet rugged enough for use in the most demanding applications. Jackpost mounting for use with locking hardware is also available. If the connectors shown in the catalog do not meet the requirements of your applications, a special shape, size or layout using the basic all plastic shell can be made available. For further technical and applications information, contact customer service. M*P connectors are available in seven shell sizes with 9 to 51 contacts in the popular 90 narrow profile P termination, with a variety of tail lengths for varying board thickness. How to Order R M* 37 S R * L39 * * * RoHS OMPLINE SERIES ONTT RRNGEMENT ONTT TYPE TERMINTION TYPE HRWRE TERMINTION TIL LENGTH MOIFITION OES (onsult Factory) ONNETOR SERIES M MV, M ONNETOR RRNGEMENT 9, 15, 21, 25, 31, 51 ONTT TYPE S = Socket P = Pin T TERMINTION TYPE R = 90 Narrow Profile P Terminations H HRWRE P = Jackpost M7 = Jackposts, M No Letter = Less Hardware TERMINTION TIL LENGTH OES NONE.109 (2.77) ± 0.15 (0.38) Standard L (3.18) L (3.81) L (4.83) L (6.35) L (9.52) T 30

31 Micro Plastic Shell.050" ontact Spacing M*P R Series (90 Mounting Narrow Profile) LST V.109 _.015 (3.77 _ 0.38) E JKPOST 256 UN2 TYP. V. #1 F G H.186 (4.72) PLUG F G.199 (5.05) REEPTLE H * * FOR 31: (27.56) MX. FOR 37: (30.10) MX. FOR 51: (31.12) MX VIEW.096 _.005 (2.44 _ 0.31) I. TYP P Termination rrangements (Viewed from bottom of connector, on P solder side.) Indentification number shown for plug connector, use reverse order for socket connector ontacts.083 (2.11).020 (0.51).108 (2.73) (2.54) TYP (0.51).050 (1.27) TYP..083 (2.11) (0.51) 21 ontacts 25 ontacts (2.11).020 (0.51) 15 ontacts (0.51) (4.00) ontacts (4.65) (0.51) 37 ontacts ontacts.108 (2.73).050 (1.27) ll Termination onfigurations.100 (2.54) x.100 (2.54) Grid Pattern, Offset.050 (1.27) Part Number y Shell Size M*9PR* M*9SR* M*15PR* M*15SR* M*21PR* M*21SR* M*25PR* M*25SR* M*31PR* M*31SR* M*37PR* M*37SR M*51PR* M*51SR.788 (20.01).788 (20.01).938 (23.82).938 (23.82) (27.63) (27.63) (30.17) (30.17) (33.98) (33.98) (37.79) (37.79) (36.52) (36.52) ±.005 (0.13).565 (14.35).565 (14.35).715 (18.16).715 (18.16).865 (21.97).865 (21.97).965 (24.51).965 (24.51) (28.32) (28.32) (32.13) (32.13) (30.86) (30.86).292 (7.42).375 (9.52).442 (11.23).525 (13.34).592 (15.04).675 (17.14).692 (17.58).775 (19.68).842 (21.39).925 (23.50).994 (25.25) (27.30).942 (23.93) (26.06).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).218 (5.54).258 (6.55).258 (6.55) E.134 (3.40).218 (5.54).134 (3.40).218 (5.54).134 (3.40).218 (5.54).134 (3.40).218 (5.54).134 (3.40).218 (5.54).134 (3.40).218 (5.54).177 (4.50).258 (6.55) F.420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).420 (10.67).520 (13.21).520 (13.21).550 (13.97).550 (13.97) * For jackpost locking add letter "P" or "M7". NOTE: Standard lead termination is #24 WG, solid copper, solder or tin dipped. G ±.010 (0.25).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).250 (6.35).300 (7.62).300 (7.62) H ±.010 (0.25).230 (5.84).230 (5.84).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).130 (3.30).150 (3.81).150 (3.81) 31

32 Micro Plastic Shell.050" ontact Spacing M oaxial M oaxial Series with Screw Mounting Holes M connectors with two coaxial and five MIRO PIN TM /MIROSOKET TM contacts. rimptype coaxial contacts accommodate RG178/U cables. plastic insertion/extraction tool is supplied with each connector assembly having removable coaxial assembly. How to Order M oaxial RoHS OMPLINE SERIES SIGNL ONTT SPING TOTL ONTT VITIES NUMER OF OXILS OXIL TYPE SIGNL ONTT TYPE SIGNL ONTT LE TYPE SIGNL ONTT LE LENGTH MOIFITION HRWRE R M * S H * * * K SERIES Micro oaxial SIGNL ONTT SPING (1.27) centers TOTL ONTT VITIES NUMER OF OXILS How to Order oaxial able ssemblies OXIL TYPE No Letter oaxial assembly installed and nonremovable RO coaxial assembly ordered serparately R oaxial shipped assembled but uninstalled SIGNL ONTT TYPE P Pin S Socket SIGNL ONTT LE TYPE L Uninsulated, solid wire H Insulated, solid or stranded S Solder pot* SIGNL ONTT LE LENGTH See Standard Wire Termination ode on page 29. oaxial cable will be RG178U unless otherwise specified; length will be same as wire modification. MOIFITION onsult customer service HRWRE No letter No hardware standard mounting. 091 (2.31) hole diameter F Float K Jackscrew (standard) L Jackscrew (low profile) P Jackpost * Not available with removalbe coax cable type connectors RO and R. RoHS OMPLINE SERIES OXIL LE ONTT TYPE OXIL LE TYPE R M S * * * * SERIES M OXIL LE OXIL LE LENGTH ONTT TYPE P Pin (used with socket side connection) S Socket (used with pin type connection) OXIL LE TYPE 1 RG178/U 32 OXIL LE LENGTH See Standard Wire Termination odes on page 29. oaxial cable will be RG178U unless otherwise specified; length will be the same as wire modfication.

33 Micro Plastic Shell.050" ontact Spacing M oaxial imension M oaxial Series (See page 9 for layouts) Plug.190 (4.83) TWO MTG. HOLES.091 _.003 (2.31 _ 0.08) I..250 (6.35) MX. E E1 Receptacle.190 (4.83) (25.40) MX. TWO MTG. HOLES.091 _.003 (2.31 _ 0.08) I..250 (6.35) MX. EXTENSION FOR RO N R OXES.625 (15.88) MX. E E (25.40) MX. EXTENSION FOR RON R OXES.625 (15.88) MX. Part Number by Shell Size M172P* M172S*.510 (12.95).602 (15.29).204 (5.18).185 (4.70).298 (7.57).279 (7.09) _.005 (0.13).782 (19.86).782 (19.86) E.395 (10.03).375 (9.52) * dd lead type and length, see Part Number Explanation. ** Weight given is with 7 inch (177.80) insulated leads, #26 WG silver plated copper pigtails and RG178/U coaxials. E1.510 (12.95).540 (13.72) vg. Weight** (oz) _ 5% (gm.) _ 5%.290 (8.30).273 (7.80) 33

34 Micro Plastic Shell.050" ontact Spacing M Mounting Hardware Views (Sizes 951) This hardware supplied unassembled. LOK SREW RETINING LIP MTING FE #256 UN2 Screw Lock ssembly.408 (10.36) MX..182 (4.62) MX..688 (17.48) MX. USHING.093 (2.36) REOMMENE PNEL THIKNESS ONNETOR SHOWN FOR REF. ONLY #256 UN2 Jackpost (P).185 (4.70) MX. PNEL REF..232 (5.89) MX..500 (12.7) MX. Screw Lock ssembly*.052 (1.32) TYP. 90 ngle Mounting racket.096 ±.005 (2.44 ± 0.13)I..170 (4.32) MX..178 ±.005 (4.52 ± 0.13) #256 UN2 TH.260 (6.60) MX. 90 ngle Mounting racket *NOTE: Torque value is 4.0 in/lbs max. escription Screw Lock ssembly Jackpost Kit Mounting racket, 90 ngle M*1 for 9 thru 37 Shell Sizes M*1 for 51 Shell Size Part Number ±.005 (0.13) (2.54) (3.10) NOTES: Screw lock assembly ( ) can be used for front front mounting. Jackpost kit ( ) consists of 2 assemblies, shipped unassembled..215 (5.46).257 (6.53) This hardware is factory installed..014 _.004 (0.36 _ 0.10) LLOWLE IMETRL FLOT.020 (0.51) MX. LLOWLE XIL FLOT.150 _.003 (3.81 _.076) MTING FE ONNETOR SHOWN FOR REF. ONLY.490 (12.45) MX ONNETOR SHOWN FOR REF ONLY HEX HE.050 (1.27) ROSS FLTS.050 (1.27) EEP (REF).155 (3.94) MX..185 (4.70) MX.093 (2.36) REF..090 _.0015 (2.29 _ 0.038)I Float Mount (F).031 _.003 (0.79 _ 0.08) MTING FE #256 UN2 PRT HS.040 (1.02) MX XIL FLOT Jackscrew (K) Standard MTING FE PRT HS.040 (1.02) MX. XIL FLOT #256 UN2 Jackscrew (L) Low Profile Shown here is a cutaway view of the float mount for the M connector. The basic shell dimensions are the same for the float mount and the screw mounting hole configurations. View shown is for standard float mount front panel mounting. Reverse mounting is available on request. * NOTE: Torque values are as follows: Low Profile Jackscrew (L)2.5 in/lbs Standard Jackscrew (K)2.5 in/lbs 34

35 Micro Plastic Shell.050" ontact Spacing M Mounting Hardware to Military Specification (Sizes 9 51) PER MILTL83513/5 This hardware supplied unassembled. #256 UN2 THRE TYP. PLUG (REF. WITH.092 (2.34) I. MOUNTING HOLES #256 UN2 THRE TYP. PLUG (REF.) WITH.092 (2.34) I. MOUNTING HOLES.125 (3.18) HEX #256 UN2 Thread.361 (9.17) MX..010 (0.25) TH'K (REF.) POTTING WELL (REF.) Jackscrew (L) Low profile *.062 (1.57) HEX. (REF.).010 (0.25) TH'K (REF.) POTTING WELL (REF.).190 (4.83) _.185 (4.70).062 (1.57) ±.010 (0.25) LOK WSHER.475 (12.06) ± 0.25 (0.64) llen head Optional Head onfiguration Plug and Receptacle Low and High Profile Jackscrew (K) High Profile Slotted Head RETINING NUT.154 (3.91) HEX. Jackpost ssembly # 256 UN2 Thread escription Slotted Head Jackscrew ssy Low Profile Slotted Head Jackscrew ssy High Profile llen Head Jackscrew ssy Low Profile llen Head Jackscrew ssy High Profile Jackpost ssy M83513/5 Mode ode Part Number M5 M6 M2 M3 M Jackpost ushing (For Rear Panel Mounting).170 (4.32).185 (4.70) HEX IS.135 (3.431/.115 (2.92) ROSS FLTS #256 UN 2 TH MTING FE.075 (1.91).005 (0.13).000 (0.00) R TYP..126 (3.20).125 (3.18) I.TYP..500 (12.7).480 (12.19) 27 /26 TYP #256 UN 2 TH Panel Thickness 3/32 (2.4) 1/16 (1.6) 3/64 (1.2) 1/32 (0.8) im..092/.087 (2.34/2.21).061/.056 (2.34/1.42).047/.042 (1.19/1.07).030/.025 (0.76/0.64) *2 Jackposts, 2 nuts, 2 washers. NOTE: Torque value for jackpost 2.5 in/lbs Jackpost Kit Number* Plug and Receptacle imensions Shell Size (0.10).000 (0.00).379 ( 9.63).529 (13.44).679 (17.25).779 (19.79).929 (23.60) (27.41) (26.14).004 (0.10).000 (0.00).219 (5.56).219 (5.56).219 (5.56).219 (5.56).219 (5.56).219 (5.56).261 (6.63) _.005 (0.13).565 (14.35).715 (18.16).865 (21.97).965 (24.51) (28.32) (32.13) (30.86) Panel Mounting imensions.200 ±.005 (5.08 ±0.13).300 ±.005 (7.62 ±0.13).395 ±.005 (10.03 ±0.13) Plug and Receptacle Rear Mounted Plug and Receptacle Front Mounted 35 Plug Front Mounted Receptacle Rear Mounted

36 Micro Plastic Shell.050" ontact Spacing M Panel utouts TYP. FULL R. (TYP.).015 (0.38)R. MX.(TYP) Figure 1 Front Mounting.075 (1.91).005 (0.13) R TYP.000 (0.00) FULL R. (TYP.) 26 /27 TYP Figure 2 Rear Mounting.450 ±.002 (11.43 ±0.05).030 (0.76) TYP. FULL R. (TYP.) PNEL REF. Size utout Figure.004 (0.10).000 (0.00) Figure 3 Edgeboard Mounting.004 (0.10).000 (0.00).005 (0.13).000 (0.00).005 (0.13).000 (0.00) (10.39).379 ( 9.63).559 (14.20).529 (13.44).709 (18.00).679 (17.25).809 (20.55).779 (19.79).959 (24.36).929 (23.60) (28.17) (27.41) (26.90) (26.14).172 (4.37).219 (5.56).172 (4.37).219 (5.56).172 (4.37).219 (5.56).172 (4.37).219 (5.56).172 (4.37).219 (5.56).172 (4.37).219 (5.56).215 (5.46).261 (6.63).570 (14.48).570 (14.48).570 (14.48).720 (18.29).720 (18.29).720 (18.29).870 (22.10).870 (22.10).870 (22.10).970 (24.64).970 (24.64).970 (24.64) (28.45) (28.45) (28.45) (32.26) (32.26) (32.26) (30.99) (30.99) (30.99).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26) NOTES: Front mounting (figure 1) and rear mounting (figure 2) accommodates #256 screws. Front mounting is preferred. However, when rear mounting is necessary. use detail on previous page. Edgeboard mounting bracket (figure3) uses #256 screws. imension.450 ±.002 (11.43 ± 0.05) locates the M receptacle flush with the end of the board. 36

37 Micro Plastic Shell.050" ontact Spacing How to Order M/MV P ordering information page 30 RoHS OMPLINE R M 1 9 P H 001 P SERIESINSULTOR STYLEMTERIL ONTT SPING ONTT RRNGEMENT ONTT TYPE TERMINTION TYPE TERMINTION OE SERIESINSULTOR STYLEMTERIL M lip mounting iallyl phthalate MV lip mountingpolyester ONTT SPING (1.27) centers With lip Mounting Slots Plug LOKING HRWRE ONTT RRNGEMENT *3751. See page 7 ONTT TYPE P Pin S Socket TERMINTION TYPE H Insulated solid or stranded wire L Uninsulated solid wire S Solder pot to accept #26 WG max. harness wire. M Glassfilled iallyl Phthalate Plastic Insulator MV TERMINTION OE** (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, Yellow. (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, color coded to MILST681 System I. (L) 1 1/2" uninsulated solid #25 WG gold plated copper. (L) 2 1" uninsulated solid #25 WG gold plated copper. No designator No hardware standard mounting.091 (2.31) hole diameter * Not available in clip mounting. ** See page 79 and 81for additional codes. Glassfilled Polyester Plastic Insulator.022 (0.56) MX..130 (3.30) MX..204 (5.18) MX..065 (1.65) MX. E.375 (9.52) MX..093 ±.005 (2.36 ± 0.13).170 (4.32) Solder Pot Receptacle.022 (0.56) MX..170 (4.32) MX..185 (4.69) MX..065 (1.65) MX. E.356 (9.04) MX..093 ±.005 (2.36 ± 0.13).210 (5.33) Solder Pot Part Number by Shell Size E M19P** M19S** M115P** M115S** M121P** M121S** M125P** M125S** M137P** M137S** M151P** M151S** MV19P** MV19S** MV115P** MV115S** MV121P** MV121S** MV125P** MV125S** MV137P** MV137S** MV151P** MV151S**.512 (13.00).512 (13.00).662 (16.81).662 (16.81).812 (20.62).812 (20.62).912 (23.16).912 (23.16) (30.78) (30.78) (29.51) (29.51).292 (7.42).376 (9.55).442 (11.23).526 (13.36).592 (15.04).676 (17.17).692 (17.58).776 (19.71).992 (25.20) (27.33).942 (23.93) (26.06).405 (10.29).405 (10.29).555 (14.10).555 (14.10).705 (17.91).705 (17.91).805 (20.45).805 (20.45) (28.07) (28.07) (26.80) (26.80).170 (4.32).170 (4.32).170 (4.32).170 (4.32).170 (4.32).170 (4.32).170 (4.32).170 (4.32).170 (4.32).170 (4.32).213 (5.41).213 (5.41).215 (5.46).215 (5.46).215 (5.46).215 (5.46).215 (5.46).215 (5.46).215 (5.46).215 (5.46).215 (5.46).215 (5.46).258 (6.55).258 (6.55) ** dd lead type and length, see Part Number Explanation. *** Weight given is with 1/2", uninsulated solid #25 WG gold plated copper pigtails. 37 vg. Weight*** ±5% (oz.)/±5% (gm.).026 (0.73).026 (0.73).038 (1.10).035 (1.00).053 (1.50).050 (1.40).063 (1.80).056 (1.60).086 (2.45).076 (2.15).109 (3.10).093 (2.65)

38 Micro Plastic Shell.050" ontact Spacing M** Panel Mounting Hardware lip Mounting Illustrated is the recommended method of front mounting with metal panel mounting keys. Panel mounting keys are available with or without coupling retention clips. For front mounting, place the rear of the connector thru the panel cutout. With the mounting flange against the panel, fully insert the panel mounting keys thru the slots in the flange and thru the panel cutout. Retaining the keys in this position, bend them outward against the rear of the panel. When mating a front mounted connector with an unmounted connector, a coupling retention clip assembly may be used to securely lock the two together. Mounting screw brackets are available and may be used instead of the panel mounting keys. oupling Retention lip (see Figure 2) Mounting Screw rackets (see Figures 1 and 3) escription Panel Mounting Key Mounting Key and oupling lip ssembly Mounting Screw racket * Edgeboard Mounting racket ** Edgeboard Mounting racket and imensions (lip Mounting Only) Part Number oupling lip ssembly M * Must be ordered separately; specify left and right hand for complete assembly. ** Must be ordered separately; assembly contains set of left and right hand types. Edgeboard Mounted (see Figure 4) Panel Mounting Key.200 ±.005 (5.08 ± 0.13).330 ±.005 (8.38 ± 0.13).265 ±.005 (6.73 ± 0.13) Plug and Receptacle Rear Mounted Plug and Receptacle Front Mounted Plug Front Mounted Receptacle Rear Mounted Panel utouts FULL R. (TYP.) Figure ( _ 0.00) FULL R. (TYP.) 26 /27 TYP. Figure 3 Rear Mounting (0.38)R. MX. (TYP.) Front Mounting ( ) ( ).015 (0.38)R. MX. (TYP.) Figure 2 PNEL REF. Figure 4 Edgeboard Mounting.005 (0.13) MX. R. (TYP.) panel thickness of 1/8" (3.17mm) maximum is recommended for ease of tab bending when a panel mounting key & clip assembly or edgeboard mounting brackets are used. Front mounting is preferred. However, when rear mounting is necessary, use figure 3 for dimensions. Figure 4 is for edge board mounting bracket or edgeboard clip assembly. The.184 _.002 (2.67 _ 0.05) dimension locates the M socket insulator flush with the end of the board. Screw brackets ( ) will accommodate #256 screws. Front mounting (Figure 1) and rear mounting (Figure 3) accommodate #256 screws. Shell Size utout Figure (0.10).000 (0.00).408 (10.36).408 (10.36).378 ( 9.60).400 (10.16).588 (14.94).588 (14.94).528 (13.28).550 (13.97).738 (18.75).738 (18.75).678 (17.27).700 (17.78).838 (21.29).838 (21.29).778 (19.76).800 (20.32) (28.91) (28.91) (27.38) (27.94) (27.64) (27.64) (26.11) (26.67).004 (0.10).000 (0.00).172 (4.37).172 (4.37).217 (5.51).091 (2.31).172 (4.37).172 (4.37).217 (5.51).091 (2.31).172 (4.37).172 (4.37).217 (5.51).091 (2.31).172 (4.37).172 (4.37).217 (5.51).091 (2.31).172 (4.37).172 (4.37).217 (5.51).091 (2.31).215 (5.46).215 (5.46).260 (6.60).091 (2.31).004 (0.10).000 (0.00).650 (16.51).650 (16.51).795 (20.19).795 (20.19).945 (24.00).945 (24.00) (26.54) (26.54) (34.16) (34.16) (32.89) (32.89).005 (0.13).000 (0.00).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26).089 (2.26) 38

39 Micro enter Jackscrew MJS The MJS jackscrew series provides a reliable interconnect for boardtoboard, boardtocable and inline cabletocable applications. Layouts accommodating up to 76 MIROPIN/MIROSOKET TM contacts are available, with the same wide range of options as are offered with the other MIRO Line products offered in this catalog. How to Order RoHS OMPLINE SERIES INSULTOR MTERIL ONTT RRNGEMENT ONTT TYPE TERMINTION TYPE TERMINTION OES R MJS * 26 P H 001 SERIES ONTT TYPE TERMINTION OE* MJS Micro enter Jackscrew INSULTOR MTERIL iallyl phthalate V Polyester U Polyetherimide R Polyphenylene sulfide ONTT RRNGEMENTS Unshrounded Receptacle: 10, 26, 51, 66 Shrouded Receptacle; 10, 26, 34, 38, 42, 76 Low Profile Plug and Receptacle (shrouded): 28 Standard Wire Termination odes P Pin S Socket TERMINTION TYPE H Insulated wire harness. I Integral tail (MJSV28S only). L Solid uninsulated wire. S Solder pot to accept #26 WG harness wire. T Thru bundle pigtail (MJSV28P only). (H) 001 (H) 003 (L) 1 (L) 2 18", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, yellow. 18", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, color coded to MILST681 System I. 1/2" uninsulated solid #25 WG gold plated copper. 1" uninsulated solid #25 WG gold plated copper. * See Termination odes shown below. The following termination codes are listed for your information. For additional codes please refer to ppendix on page 79 and 81. ll wire lengths are minimum. Harness Type (H) #26 WG per MILW16878/4 Type E Teflon, 7/34 stranded. Length 3 (76.2) H 020 H (152.4) H 019 H (203.2) H 026 H (254.0) H 029 H (304.8) H 028 H (457.2) H 001 H (508.0) H 038 H 023 Solid Uninsulated Type (L) #25 WG gold plated solid copper. ll Yellow olor oded Length ll Yellow olor oded Termination 24 (609.6) 30 (762.0) 36 (914.4) 48 (1219.2) 72 (1828.8) 120 (3048.0) H 009 H 010 H 011 H 013 H 017 H 042 H 004 H 005 H 006 H 048 H 046 H 041 ode L61 L56 L57 L39 L58 L1 Length.125 (3.18).150 (3.81).190 (4.83).250 (6.35).375 (9.53).500 (12.70) Termination ode L14 L2 L7 L6 L16 L10 Length.750 (19.05) (25.40) (38.10) (50.80) (63.50) (76.20) ontact rrangements Face view of pinuse reverse order for socket ontacts ontacts 16 ontacts** 28 ontacts** ontacts ontacts MJS/MJSU (unshrouded) Identification numbers are for reference only and do not appear on connectors *Low profile configuration **MJSV & MJSR 34 ontacts MJSV (shrouded)

40 Micro enter Jackscrew MJS Unshrouded Receptacle ( ) MJS/MJSU.126 ±.005 (3.20 ± 0.13).170 ±.010 (4.32 ± 0.25) POLRIZING PIN (OPTIONL WITH LOSS OF ONTT).050 (1.27) TYP. 164 UN2 THRE 164 UN2 THRE.145 (3.68) I. MX. Rear View.055 (1.40) TYP..170 (4.32) MX..110 MX. (2.79) Receptacle.332 (8.43) MX. Plug UNSHROUE STNR MTERILS N FINISHES Micropin opper alloy, 50 miroinch gold Microsocket opper alloy, 50 microinch gold Insulator Jackscrew Retainer, Jackscrew Insert, Threaded Post, Polarizing iallyl phthalate, green color or polyetherimide, natural color Stainless steel, passivated & lubricated Stainless steel, passivated Stainless steel, passivated Stainless steel, passivated Part Number MJS or MJSU10P MJS or MJSU10S MJS or MJSU26P MJS or MJSU26S MJS or MJSU51P MJS or MJSU51S MJS or MJSU66P MJS or MJSU66S.378 (9.60).378 (9.60).778 (19.76).778 (19.76) (26.11) (26.11) (32.51) (32.51).190 (4.83).190 (4.83).190 (4.83).190 (4.83).260 (6.60).260 (6.60).260 (6.60).260 (6.60) sc..290 (7.37).290 (7.37).690 (17.53).690 (17.53).940 (23.88).940 (23.88) (30.23) (30.23) Shrouded Receptacle (1628*34) MJSV/MJSR 164 UN2 THRE.205 (5.21) MX..080 (2.03).065 (1.65).285 (7.24) MX. Face View Plug 164 UN2 THRE.090 ±.010 (2.29 ± 0.25).285 (7.24) MX..110 (2.79) MX. Face View Receptacle.145 (3.68) I. MX. SHROUE STNR MTERILS N FINISHES Micropin opper alloy, 50 miroinch gold Microsocket opper alloy, 50 microinch gold Insulator Polyester, black color Polyphenylene sulfide, black color Jackscrew Stainless steel, passivated Retainer, Jackscrew Stainless steel, passivated Insert, Threaded Stainless steel, passivated Post, Polarizing Stainless steel, passivated Part Number MJSV or MJSR16P MJSV or MJSR16S.700 (17.78).700 (17.78).345 (8.76).320 (8.13) Ref..545 (13.84).545 (13.84) ±.006 (0.15).175 (4.45) MJSV28P* or MJSR28P* (25.91) MJSV28S* or MJSR28S* (25.91).232 (5.89).246 (6.25).865 (21.97).865 (21.97).062 (1.57) MJSV34P or MJSR34P MJSV34S or MJSR34S (29.97) (29.97).330 (8.38).305 (7.75) (26.04) (26.04).160 (4.06) *Low profile configuration, for "L" (uninsulated solid wire) termination add.090 (2.29) to the "" dimension. For "H" (insulated wire) termination add.200 (5.08) to the "" dimension. For special configurations with backpotted standoffs consult factory. 40

41 Micro enter Jackscrew MJS Shrouded Receptacle (42) MJSR42P V. #1.125 (3.18) TYP (33.58) REF..100 (2.54) TYP..075 (1.91) TYP. V. # (7.54) REF..420 (10.67) MX. V #42 #1 (.073) 64 UN2 THREE INSERT.035 (0.89).015 (0.38) TYP. MJSR42S.125 (3.18) TYP..100 (2.54) TYP (33.73) REF. V # (1.91) TYP..303 (7.70) REF..420 (10.67) MX. V. 42 1/16 SOKET HE JKSREW #1 ( UN 2 THRE.131 (3.33).121 (3.07) TYP.145 (3.68) I. MX..108 MX. (2.74) Part Number MJSR42P MJSR42S (36.70) (36.70).345 (8.76).357 (9.07) Ref (31.75) (31.75) ±.006 (0.15).142 (3.61) STNR MTERILS N FINISHES Micropin opper alloy, 50 miroinch gold Microsocket opper alloy, 50 microinch gold Insulator Polyphenylene sulfide, black color Jackscrew Stainless steel, passivated Retainer, Jackscrew Stainless steel, passivated Insert, Threaded Stainless steel, passivated 41

42 Micro enter Jackscrew MJS Shrouded Receptacle (76) MJSR76P V. # (2.54) TYP (37.39) REF. V. #1.075 (1.91) TYP. #2 (0.86) 64 UN2 THREE INSERT V. #76 V. # (11.35) REF..570 (14.48) MX..035 (0.89).015 (0.38) TYP. MJSR76S V. # (37.54) TYP..100 (2.54) TYP. V. # (1.91).453 TYP. (11.51) TYP..570 (14.48) MX. V. #62 V. #76 1/16 SOKET HE JKSREW #2 ( UN 2 THRE.131 (3.33).121 (3.07) TYP.160 (4.06) MX..150 (3.81) MX. Part Number MJSR76P MJSR76S (40.51) (40.51).345 (8.76).357 (9.07) Ref (35.56) (35.56) ±.006 (0.15).142 (3.61) STNR MTERILS N FINISHES Micropin opper alloy, 50 miroinch gold Microsocket opper alloy, 50 microinch gold Insulator Polyphenylene sulfide, black color Jackscrew Stainless steel, passivated Retainer, Jackscrew Stainless steel, passivated Insert, Threaded Stainless steel, passivated 42

43 Micro enter Jackscrew MJS Plug (MoldedIn Insert Special) MJSV**P VITY # (2.54) INSERT #164 UN2 INSULTOR MX. ENGGING FE MIROPIN ONTT.162 (4.11) REF..300 (7.62) MX..061 (1.55) MX. LE LENGTH.109 (2.77) MX. I. MJSV26P** (Shown) Part Number MJSV26P** MJSV38P** Ref..868 (22.05) (29.67) Receptacle (Special) MJSV**S* MX. MIROSOKET.100 (2.54) REF. #164 UN2 VITY # (4.24) REF..253 (6.43) MX..320 (8.13) MX..190 (4.83) REF..155 (3.94) MX. LE LENGTH JKSREW MJSV26S** (Shown) Part Number MJSV26S** MJSV38S**.943 (23.95) (31.57) Ref..874 (22.20) (29.82) ontact rrangements Face view of pin use reverse order for socket.075 (1.91).050 (1.27).100 (2.54).075 (1.91).100 (2.54) REF (1.27) TYP. 26 ontacts.050 (1.27) TYP. 38 ontacts Identification numbers are for reference and do not appear on connectors. 43

44 Microminiature ircular.050" ontact Spacing MIROK microminiature circular connectors are rugged yet lightweight and meet or exceed the applicable requirements of MIL TL pplications include biomedical, instrumentation and miniature black boxes. MIK: ccommodate up to 55 contacts on.050 (1.27) centers (equivalent to 420 contacts per square inch). Five keyway polarization prevents cross plugging. The threaded coupling nuts provide strong, reliable coupling. MIK receptacles can be either front or back panel mounted; in back mounting applications, panel thickness of up to 3/32" can be used on the larger sizes. Maximum temperature range 55 to 125. Specifications Standard MIK connectors are available in two shell sizes accommodating two contact arrangements prewired to your specific requirements. MIKM: Similar to our MIK, except has a steel shell and receptacle for improved ruggedness and RFI resistance. It accommodates up to 85 twist pin contacts. Maximum temperature range 55 to 125. MIKQ: quick disconnect metal shell and receptacle version that can be instantaneously disconnected yet provides a solid lock when engaged. pplications include commercial TV cameras, portable MIROK radios, military gun sights, airborne landing systems and medical equipment. Maximum temperature range 55 to 125. STNR MTERIL N FINISHES ELETRO/MEHNIL FETURES Shell oupling Nut Insulator ontacts MIK Thermoplastic Stainless Steel Passivated Glassreinforced Thermoplastic 50 Microinch Gold Plated opper lloy *For plug only Electrodeposited for receptacle. MIKM MIKQ MIK MIKM MIKQ Stainless Steel Stainless Steel Passivated Glassreinforced Thermoplastic 50 Microinch Gold Plated opper lloy rass rass, Electroless Nickel Plated* Glassreinforced Thermoplastic 50 Microinch Gold Plated opper lloy No. of ontacts Wire Size ontact Termination ontact Rating ouping Polarization ontact Spacing Shell Styles 7,55 #24 WG thru #32 WG rimp 3 mps Threaded Keyways.050 (1.27) enters 0Wall Mtg. 6Straight Plug 7,55, 85 #24 WG thru #32 WG rimp 3 mps Threaded Keyways.050 (1.27) enters 0Wall Mtg. 6Straight Plug 7,19, 37 #24 WG thru #32 WG rimp 3 mps Push/Pull Keyways.050 (1.27) enters 7Jam Nut 6Straight Plug 9Rear Panel Mtg. Receptacle How to Order RoHS OMPLINE SERIES ONNETOR TYPE SHELL STYLE ONTT RRNGEMENT ONTT TYPE TERMINTION TYPE TERMINTION LENGTH OE HRWRE R MIK M 6 55 P * * * * * * SERIES ONTT RRNGEMENTS TERMINTION LENGTH OE (STNRS) MIK: Microminiature ircular ONNETOR TYPES No Letter Screw couping, plastic shell 7, 19, 37, 55, 85 ONTT TYPE P Pin (H) 001 (H) ", 7/34 strand, #26 WG, MILW16878/4, Type E Teflon, yellow. 18",7/34 strand, #26 WG, M Screw coupling, metal shell S Socket MILW16878/4, Type E Teflon, Q Push/Pull, metal shell color coded to MILST681 TERMINTION TYPES System I. SHELL STYLES H Insulated round hookup wire (L) 1 1/2" uninsulated solid #25 L Uninsulated round solid wire WG gold plated copper. (L) 2 1" uninsulated solid #25 WG gold plated copper. 0 Wall mounting receptacle (MIK and MIKM only) 6 Straight plug (MIK, MIKM and MIKQ) 7 Jam nut mount (MIKQ only) 9 Rear panel mounted receptacle (MIKQ) 44 HRWRE G able nut and grip (MIKQ plug only) N Nut only (MIKQ plug only) NOTE: ontact types cannot be interchanged between shell styles.

45 Microminiature ircular.050" ontact Spacing MIK Standard Wire Termination odes The following termination codes are listed for your information. For additional codes please refer to ppendix on page 79 and 81. ll wire lengths are minimum. HRNESS TYPES (H) #26 WG per MILW16878 Type E, Teflon Stranded Length ll Yellow olor oded 3 (76.2) 6 (152.4) 8 (203.2) 10 (254.0) 12 (304.8) 18 (457.2) 20 (508.0) 24 (609.6) 30 (762.0) 36 (914.4) 48 (1219.2) 72 (1828.8) 120 (3048.0) ontact rrangements Face View, Pin Side(Male Twist Pin ontacts) MIK/MIKM/MIKQ 7 ontacts MSTER KEY (TYP) MIKQ 19 ontacts MIKQ 37 ontacts MIK/MIKM 55 ontacts MIKM 85 ontacts avity identification numbers are for reference only, they do not appear on connectors. Shell imensions MIK (Rear Panel Mount Thickness see Tabulation "T") Weight given is 1/2" uninsulated, solid #25 WG gold plated copper pigtails L TH. I..335 (8.51) R S K TH I. TH. I. S R I. TH. H (TYP.) F L L H (TYP.) F L K Plug Receptacle Shell Size 7 only Plug Receptacle Shell Size 55 only Plug Part Number by Shell Size MIK67P MIK655P Thread 5/1624UNF2 9/1624UNF2.375 (9.52).755 (19.18) L.315 (8.00).460 (11.68) vg. Weight oz. (gm.) ±5%.054 (1.54).202 (5.72) Receptacle Part Number by Shell Size MIK07S MIK055S Thread 5/1624UNF2 9/1624UNF2 ±.010 (0.25).325 (8.26).625 (15.88) F.315 (8.00).440 (11.18) H ±.003 (0.08).078 (1.98).089 (2.26) K ±.010 (0.25).062 (1.57).100 (2.54) L.355 (9.02).495 (12.57) R ±.005 (0.13).460 (11.68).580 (14.73) S.630 (16.00).760 (19.30) T.032 (0.81).062 (1.57) vg. Weight oz. (gm.) ± 5%.022 (.635).134 (3.81) 45

46 Microminiature ircular.050" ontact Spacing MIKM/MIKQ Shell imensions (ontinued) MIKM (Rear Panel Mount Thickness.335 (8.51) max. see Tabulation "T") L TH. I (8.5 1) M a x. R S K TH I. TH I. S R I. TH Plug H (TYP.) Receptacle Shell Size 7 only F L L Plug H (TYP.) Receptacle Shell Size 55 & 85 F L K Receptacle Part Number by Shell Size Thread F Plug Part Number by Shell Size Thread MIKM67P 5/1624UNF2.375 (9.52).315 (8.00).054 (1.54) MIKM655P 5/824UNEF2.775 (19.18).440 (11.18).333 (9.44) MIKM685P 11/1624UNEF2.860 (21.84).460 (11.68).419 (11.88) H _.003 (0.08) MIKM07S 5/1624UNF2.325 (8.26).320 (8.13).078 (1.98).062 (1.57).400 (10.16).460 (11.68).630 (16.00).032 (0.81).051 (1.45) MIKM055S 5/824UNEF2.625 (15.88).440 (11.18).091 (2.31).062 (1.57).490 (12.45).580 (14.73).760 (19.30).125 (3.18).269 (7.62) MIKM085S 11/1624UNEF2.745 (18.92).440 (11.18).091 (2.31).062 (1.57).490 (12.45).674 (17.12).845 (21.46).125 (3.18).346 (9.80) MIKQ (Front Panel Mounting Type Shown.093 (2.36) Thickness) K L R _.005 (0.13) S L T vg. Weight oz. (gm.)_5% vg. Weight oz. (gm.)_5% I..760 (19.30) MX. I (30.48) MX. FOR SIZE 37 ONLY Plug.950 (24.13) MX. * I. NUT MSTER KEY.093 (2.36) REF. Receptacle.043±.005 (1.09±0.13) TH. IM. ROSS FLT.495 (12.67) MX. Plug Part Number by Shell Size MIKQ67S.385 (9.78).305 (7.75).180 (4.57).214 (6.08) MIKQ619S.515 (13.08).405 (10.29).260 (6.60).376 (10.70) MIKQ637S.760 (19.30).635 (16.13).350 (8.89).714 (20.23) *Std. onn. not supplied with able Nut & Grip, See Mod odes. Receptacle Part Number by Shell Size MX. MX. MX. MX. Ref. vg. Weight oz. (gm.)±5% Lanyard Relase Is vailable. onsult factory. MX. Thread vg. Weight oz. (gm.)±5% MIKQ67S.510 (12.95).245 (6.22).359 (9.12) 3/832UNEF2.128 (3.63) MIKQ719P.575 (14.60).345 (8.76).470 (11.94) 1/228UNEF2.214 (6.08) MIKQ737P.855 (21.71).520 (13.20).740 (18.80) 3/420UNEF2.300 (8.52) MIKQ Front Panel Mounting Front Panel MountingMIKQ7 I. Shell Size ±.005 (0.13) I. MIKQ77P.364 (9.24).390 (9.91) MIKQ719P.475 (12.06).515 (13.08) MIKQ737P.740 (18.78).755 (19.17) 46

47 Microminiature ircular.050" ontact Spacing MIKQ Shell imensions (ontinued) MIKQ97P (ack Panel Mounting) KEY.250 ±.010 (6.35 ± 0.25).043 ±.005 (1.09 ± 0.13).245 (6.22) I. MX..415 ±.010 (10.54 ± 0.25) WIRE EXTENSION LENGTH INSULTOR.570 (14.48) I. MX. Receptacle.485 (12.32) MX. 7/1628 UNEF2 1/2 HEXNUT SHELL MIKQ919P (ack Panel Mounting) KEY.250 ±.010 (6.35 ± 0.25).043 ±.005 (1.09 ± 0.13) INSULTOR.525 ±.010 (13.33 ± 0.25).345 (8.76) I. MX..625 ±.010 (15.87 ± 0.25) I. Receptacle 9/1624 UNEF2 THRE.485 (12.32) MX. 5/8 HEXNUT ( ) 0.00 MIKQ937P (ack Panel Mounting).250 ±.010 (6.35 ± 0.25) SHELL.043 ±.005 (1.09 ± 0.13).505 MX. (12.83 MX.).730 ±.010 (18.54 ± 0.25).665 MX. (16.89) MX. 3/420 UNEF2 THRE INSULTOR.885 MX. (22.48 MX.) 13/16 HEX NUT.490 MX. (12.45 MX.) Receptacle MIKQ Rear Panel Mounting I. Rear Panel MountingMIKQ9 Shell Size MIKQ97P MIKQ919P MIKQ937P ±.005 (0.13).425 (10.76).535 (13.58).740 (18.78) ia..440 (11.18).564 (14.33).755 (19.17) 47

48 Microstrips.050" ontact Spacing MT The annon Microstrips provide an extremely dense and reliable interconnection solution in a minimum profile package, giving great application flexibility. vailable with latches or guide pins, Microstrips are frequently found in boardtowire applications where high reliability is a primary concern. Three termination styles are available: solder cup, pigtail, harness, or printed circuit leads. The MicroPin ontact System assures maximum performance in a minimum package. Product Features High Performance MicroPin ontact System Highdensity.050 contact spacing Prewired for ease of installation Fully potted wire terminations Guide pins for alignment and polarizing Quickdisconnect latches 3 mp current rating Precision crimp terminations Solder cup, pigtail or printed circuit terminations Surface mount leads MicroPin ontact System The annon MicroPin ontact System offers uncompromised performance in downsized interconnects. The beryllium copper pin contact is fully recessed in the insulator, assuring positive contact alignment and robust performance. The socket contact is precision machined from high strength copper alloy and features a smooth leadin chamfer. SLEEVE WIRE WIRE RIMP The MicroPin features seven points of electrical contact. This contact system assures high normal force, excellent wipe and superior shock and vibration performance. Specifications urrent Rating ielectric Withstanding Voltage Insulation Resistance ontact Resistance Operating Temperature urability Shock/Vibration onnector Mating Force Latch Retention Wire Size 3 mps max 900 sea level; ,000 feet altitude 5000 megohms min. 8 milliohms max. MTV polyester 56 to 125 ; MT diallyl phthalate 55 to cycles min. 50 G s/20 G s (8 oz.) x (# of contacts) 5 lbs. min. #26 WG insulated wire, #25 WG uninsulated solid wire. MT strips will also accommodate #24 WG through #32 WG. For other wiring options contact the factory for ordering information. General Performance requirements in accordance with MILTL83513 Materials and Finishes Insulator ontact ontact Finish Insulated Wire Uninsulated Solid Wire Potting Material/ontact Encapsulant Latch MTV: Glassfilled polyester per MILM24519; MT: Glassfilled diallyl phthalate per MILM14 opper lloy per MIL Microinches Min. Gold Plated per MILG45204 #26 WG. 19/38 Stranded, silverplated copper, TFE Teflon insulation per MILW16878/4 #25 WG goldplated copper per QQW343 Epoxy 300 series stainless steel, passivated 48

49 Microstrips.050" ontact Spacing MT How to Order R MTV1 16 P H RoHS ompliance Series MT1 High Temperature iallyl Phthalate 150 (Recommended for severe environments) MTV1 Polyester 125 (Recommended for general purpose use) Number of avities 2 through 40. This number is the total number of cavities including guide pins and latches. 40 positions is the maximum recommended size for standard strips, but sizes up to 120 positions are available on request. ontact Type P Pin S Socket Pin Strip Socket Strip Termination Style Solder up contacts for customer termination S Prewired Pigtails H067 Prewired pigtail with 18 of insulated Teflon wire per M22759/11, #26 WG, 19 strand, yellow HY01 Prewired pigtail with 18 of insulated Teflon wire per M22759/11, #26 WG, 19 strand, 10 color repeating Straight Terminals.018 diameter, goldplated L1 5 extension L2 1 extension L extension L extension Right ngle Terminals staggered footprint.018 diameter, gold plated L extension L extension Right ngle Terminals.050" inline footprint.018" diameter, gold plated L extension L extension Surface Mount.018 diameter, goldplated L1 Guide Pin and Latch Options 01 Guide pin installed in end cavities of socket strip. lank holes in end cavities of pin strip. 02 Guide pin installed in cavity #1 of socket Strip. lank holes in cavity #1 of pin strip. 03 Spring latches installed in end cavities of socket strip. Latch clips installed in end cavities of pin strip. For use with MTV1 only. 04 Spring latch installed in center cavity of socket strip. Spring latch installed in center cavity of pin strip. For use with MTV1 only. 01 Guide Pins In End avities 02 Guide Pins In avity #1 03 End Latches 04 enter Latch 49

50 Microstrips.050" ontact Spacing MT onnector Weights ontact (with std. 1/2 copper pigtails).040 gms. MT pin.021 gms. Insulator socket.006 gms. (per contact MTV pin.014 gms. cavity) socket.004 gms. Guide Stainless Post Steel.035 gms. Male.035 gms. Latch Female.074 gms. Terminal imensions.170 (4.32) MX..065 (1.65) MX..100 (2.54).018 (.45) ±.002 (.05).065 (1.65) MX. L1:.500 (12.7) L2: 1.00 (25.4) L57:.190 (4.83) L6:.125 (3.18) MIN.015 (0.38) L57:.190 (4.83) L61:.125 (3.18) MIN.015 (0.38).018 (1.65) ±.002 (0.5) Solder up Straight Terminals Right ngle Terminals.050" enters V #1 PIN.0120 (0.30) ±.001 (0.03) LL EVEN NUMERE ONTTS.070 (1.78).030 (0.76) V #1 SOKET L (4.83) L (3.18).100 (2.54) Right ngle Terminals.100" Spacing Staggered.100 (2.54).025 (0.64) REF.160 (4.06).140 (3.56).050 (1.27) MIN SOLER IPPE Surface Mount Terminals.010 (0.25) TYP 50

51 Microstrips.050" ontact Spacing MT Latch imensions.035 (0.89) REF.0085 (0.22) REF.077 (1.96) MX.107 (2.72) MX.035 (0.89) REF.076 (1.93) MX.250 (6.35) MX.020 (0.51) REF.010 (6.25) REF.050 (1.27) REF NO ONTT NO ONTT.050 (1.27) REF.045 (1.14) MX.2835 (7.20) REF.070 (1.78) REF.035 (0.89) REF.070 (1.78) REF.035 (0.89) REF.100 (2.54) REF Female Latch Male Latch Guide Pin imensions.200 ±.010 (5.08 ± 0.25).032 ±.003 (0.81 ± 0.08) I. Standard Wire Termination odes The following termination codes are listed for your information. For additional codes please refer to ppendix on page 79 and 81. ll wire lengths are minimum. Harness Type (H) #26 WG per MILW16878 Type E; Teflon Stranded Solid Uninsulated Type (L) #25 WG Gold Plated opper Length ll Yellow olor oded Termination ode Length 3 (76.2) 6 (152.4) 8 (203.2) 10 (254.0) 12 (304.8) 18 (457.2) 20 (508.0) 24 (609.6) 30 (762.0) 36 (914.4) 48 (1219.2) 72 (1828.5) 120 (3048.0) H020 H019 H026 H029 H028 H001 H033 H009 H010 H011 H013 H017 H042 H027 H016 H034 H025 H002 H003 H023 H004 H005 H006 H048 H046 H041 L61 L56 L57 L39 L58 L1 L14 L2 L7 L6 L16 L (3.18).150 (3.81).190 (4.83).250 (6.35).375 (9.52).500 (12.70).750 (19.05) (25.40) (38.10) (50.80) (63.50) (76.20) 51

52 Microminiature Strip.100/.050" ontact Spacing MT Polarization Modification code "01" in the part number refers to guide posts located on both ends of the socket side of the 50MIL STRIP connector and empty cavities on the pin side to accept the guide posts. lthough in many cases it is not necessary to polarize 50MIL STRIP connectors, there are several ways to prevent cross plugging. One method is the use of guide posts that can be located in specified cavities to assure that the contacts will align when these post are positioned before mating. MT1 and MTV1.050 (1.27) ontact enters.200 ±.010 (5.08 ± 0.25).032 ±.003 (0.81 ± 0.08) I..126 ±.005 (3.20 ± 0.13).050 (1.27) TYP. VITY #1.050 (1.27) TYP. VITY #1 VITY #1.100 ±.005 (2.54 ± 0.13) VITY #1.283 ±.005 (7.19 ± 0.13).070 ±.005 (1.78 ± 0.13): MTV.080 ±.005 (2.03 ± 0.13): MT Receptacle LE LENGTH.125 (3.18) MX. EPOXY (INSULTE WIRE ONLY).070 ±.005 (1.78 ± 0.13): MTV.080 ±.005 (2.03 ± 0.13): MT Plug LE LENGTH.125 (3.18) MX. EPOXY (INSULTE WIRE ONLY) Part Number by Size ±.015 (0.38) Part Number by Size ±.015 (0.38) Part Number by Size ±.015 (0.38) Part Number by Size ±.015 (0.38) Part Number by Size ±.015 (0.38) Part Number by Size ±.015 (0.38) MT*11**.070 (1.78) MT*121** (27.18) MT*141** (52.58) MT*161** (77.98) MT*181** (103.38) MT*1101** (128.78) MT*12**.120 (3.05) MT*122** (28.45) MT*142** (53.85) MT*162** (79.25) MT*182** (104.65) MT*1102** (130.05) MT*13**.170 (4.32) MT*123** (29.72) MT*143** (55.12) MT*163** (80.52) MT*183** (105.92) MT*1103** (131.32) MT*14**.220 (5.59) MT*124** (30.99) MT*144** (56.39) MT*164** (81.79) MT*184** (107.19) MT*1104** (132.59) MT*15**.270 (6.85) MT*125** (32.36) MT*145** (57.66) MT*165** (83.06) MT*185** (108.46) MT*1105** (133.86) MT*16**.320 (8.13) MT*126** (33.53) MT*146** (58.93) MT*166** (84.33) MT*186** (109.73) MT*1106** (135.13) MT*17**.370 (9.40) MT*127** (34.80) MT*147** (60.20) MT*167** (85.60) MT*187** (111.00) MT*1107** (136.40) MT*18**.420 (10.67) MT*128** (36.07) MT*148** (61.47) MT*168** (86.87) MT*188** (112.27) MT*1108** (137.67) MT*19**.470 (11.94) MT*129** (37.34) MT*149** (62.74) MT*169** (88.14) MT*189** (113.54) MT*1109** (138.94) MT*110**.520 (13.60) MT*130** (38.61) MT*150** (64.01) MT*170** (89.41) MT*190** (114.81) MT*1110** (140.21) MT*111**.570 (14.48) MT*131** (39.88) MT*151** (65.28) MT*171** (90.68) MT*191** (116.08) MT*1111** (141.48) MT*112**.620 (15.75) MT*132** (41.15) MT*152** (66.55) MT*172** (91.95) MT*192** (117.35) MT*1112** (142.75) MT*113**.670 (17.02) MT*133** (42.42) MT*153** (67.82) MT*173** (93.22) MT*193** (118.62) MT*1113** (144.02) MT*114**.720 (18.29) MT*134** (43.69) MT*154** (69.09) MT*174** (94.49) MT*194** (119.89) MT*1114** (145.29) MT*115**.770 (19.56) MT*135** (44.96) MT*155** (70.36) MT*175** (95.76) MT*195** (121.16) MT*1115** (146.56) MT*116**.820 (20.83) MT*136** (46.23) MT*156** (71.63) MT*176** (97.03) MT*196** (122.43) MT*1116** (147.83) MT*117**.870 (22.10) MT*137** (47.50) MT*157** (72.90) MT*177** (98.30) MT*197** (123.70) MT*1117** (149.10) MT*118**.920 (23.37) MT*138** (48.77) MT*158** (74.17) MT*178** (99.57) MT*198** (124.97) MT*1118** (150.37) MT*119**.970 (24.64) MT*139** (50.04) MT*159** (75.44) MT*179** (100.84) MT*199** (126.24) MT*1119** (151.64) MT*120** (25.91) MT*140** (51.31) MT*160** (76.71) MT*180** (102.11) MT*1100** (127.50) MT*1120** (152.91) NOTE: MT1 available in up to 120 contacts. 52

53 Microminiature Strip.100/.050" ontact Spacing MT MT2 and MTV2.100 (2.54) ontact enters.200 ±.010 (5.08 ± 0.25).032 ±.003 (0.81 ± 0.08) I. V #1 VITY #1.100 (2.54) TYP..070 ±.005 (1.78 ± 0.13): MTV.080 ±.005 (2.03 ± 0.13): MT.070 ±.005 (1.78 ± 0.13): MTV.080 ±.005 (2.03 ± 0.13): MT.126 ±.005 (3.20 ± 0.13).100 (2.54) TYP. VITY #1 VITY #1.283 ±.005 (7.19 ± 0.13).100 ±.005 (2.54 ± 0.13) LE LENGTH.125 (3.18) MX. EPOXY (INSULTE WIRE ONLY) Receptacle LE LENGTH.125 (3.18) MX. EPOXY (INSULTE WIRE ONLY) Plug Part Number by Size MT*21** ±.015 (0.38).070 (1.78) Part Number by Size MT*231** ±.015 (0.38) (77.98) MT*22**.170 (4.32) MT*232** (80.52) MT*23**.270 (6.86) MT*233** (83.06) MT*24**.370 (9.40) MT*234** (85.60) MT*25**.470 (11.94) MT*235** (88.14) MT*26**.570 (14.48) MT*236** (90.68) MT*27**.670 (17.02) MT*237** (93.22) MT*28**.770 (19.56) MT*238** (95.76) MT*29**.870 (22.10) MT*239** (98.30) MT*210**.970 (24.64) MT*240** (100.84) MT*211** (27.18) MT*241** (103.38) MT*212** (29.72) MT*242** (105.92) MT*213** (32.26) MT*243** (108.46) MT*214** (34.80) MT*244** (111.00) MT*215** (37.34) MT*245** (113.54) MT*216** (39.88) MT*246** (116.08) MT*217** (42.42) MT*247** (118.62) MT*218** (44.96) MT*248** (121.16) MT*219** (47.50) MT*249** (123.70) MT*220** (50.04) MT*250** (126.24) MT*2*21** (52.58) MT*2*51** (128.78) MT*222** (55.12) MT*252** (131.32) MT*223** (57.66) MT*253** (133.86) MT*224** (60.20) MT*254** (136.40) MT*225** (62.74) MT*255** (138.94) MT*226** (65.28) MT*256** (141.48) MT*227** (67.82) MT*257** (144.02) MT*228** (70.36) MT*258** (146.56) MT*229** (72.90) MT*259** (149.10) MT*230** (75.44) MT*260** (151.64) 53

54 Micro Edgeboard.050" ontact Spacing Specifications ME The Micro Edgeboard (ME) connector series provides a combination of high density and high reliability for applications in airborne and space systems, computers and peripherals, and industrial /commercial control systems. This series incorporates the proven MIROPIN TM /MIROSOKET TM contact. This contact has an outstanding record of high reliability and millions of contacts are in use in various applications where electrical interconnects are used. The ME has machined aluminum shells for ruggedness, diallyl phthalate insulator for top electrical performance and a 36position polarization key system to prevent cross plugging. ontacts are on.050 (1.27) center spacings. variety of termination types are available, including 90 or right angle pigtails for multilayered P.. boards, "coke bottle termination for doublesided P.. boards. Harnessing capability is also available for both pin and socket sides. The ME, including the SR 90 or right angle variation available for multilayer boards, can be mounted on the female (daughter) side of double or singlesided P.. boards. The mating male (mother) board side can have the terminations formed to meet the application demands. onforms to MIL55302/120 thru 123. (not qualified) MTERILS N FINISHES TERMINTION TYPES Shell: 6061T6 luminum lloy per QQ200/8 or QQ225/8, electroless nickel per SE MS26074, lass 4, except.0010 to.0015 (0.03 to 0.04) thick or conversion coating per MIL5541, lass 3, color gold. onsult factory for stranded wie lead modifications codes. MEHNIL FETURES ontact, Pin and Socket: Jackscrew/Jackpost: Insulator: opper lloy, 50 microinch gold per STM 488, Type II, ode, lass stainless steel, passivated per QQP35. Glassfilled diallyl phthalate per MILM14, Type SGF, color green Polyester Size or Length: oupling: Polarization: 2 sizes Friction/Jackscrew Shells, polarizing keys (36 positions) per MILM24519, Type GPT30F, color black available for ME128 upon ontact Spacing enters:.050 (1.27) request. Shell Styles: Plug and receptacle How to Order Not applicable for printed circuit board configurations shown on pages 55 & 56 R ME P * * * * * RoHS OMPLINE SERIES PREFIX ONTT SPING LYOUT ONTT TYPE TERMINTION MOIFITIONS LE LENGTH OTHER MOIFITIONS SERIES PREFIX TERMINTION MOIFITIONS ME Micro edgeboard, plug with twist pin contacts or recept. with microsocket contacts. L H Uninsulated solid wire Insulated stranded round harness wire S R Solder pots P board right angle, socket side only ONTT SPING (1.27) centers 128/ (2.54) centers 64/92 (alternate contact holes) LYOUT 64, 92, 128, 184 LE LENGTH onsult factory for wire lead modification codes. OTHER MOIFITIONS onsult factory ONTT TYPE P Pin S Socket * For other contact spacing acommodations consult customer service. 54

55 Micro Edgeboard.050" ontact Spacing ME Plug (Mother oard) ME112S.050 (1.27) (1.27) 1 RETINING PIN HOLES.250 (6.35) F H #24 WG E G.0945 ±.0035 (2.40 ±.09) I. THRU.187 (4.75) X.045 (1.14) EEP "" ORE 2 PLES "" SIE ONLY.187 (4.75) I. THRU ""SIE ONLY.180 ±.005 (4.57 ±.13) Part No. 128S 128SR Weight oz. (gm.).5 (14.17).5 (14.17) ±.015 (0.38) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) E ±.010 (0.25) (100.33).250 (6.35).400 (10.16) (93.98).300 (7.62).280 (7.11).030 (0.76).200 (5.08) F G* H ±.020 (0.51) *Will accept up to.093 (2.36) thick P.. oard with shell modifications. Receptacle (aughter oard) ME112S.050 (1.27) (1.27) 1 RETINING PIN HOLES.250 (6.35) F H #24 WG E G.0945 ±.0035 (2.40 ±.09) I. THRU.187 (4.75) X.045 (1.14) EEP "" ORE 2 PLES "" SIE ONLY.187 (4.75) I. THRU ""SIE ONLY.180 ±.005 (4.57 ±.13) Part No. 128S 128SR Weight oz. (gm.).5 (14.17).5 (14.17) ±.015 (0.38) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) E ±.010 (0.25) F G* H ±.020 (0.51) (100.33).250 (6.35).400 (10.16) (93.98).300 (7.62).280 (7.11).030 (0.76).200 (5.08) *Will accept up to.093 (2.36) thick P.. oard with shell modifications. 55

56 Micro Edgeboard.050" ontact Spacing ME Plug (Mother oard) ME1184P _.0035 (2.40 _ 0.09) 3 PLES (1.91).050 (1.27) TYP RETINING PIN HOLES 1 #25 WG (ME1184P) or H G F TYP E.075 (1.91).075 (1.91) TYP. Part No. Weight oz. (gm.) _.015 (0.38) _.010 (0.25) _.005 (0.13) _.010 (0.25) E _.010 (0.25) F _.010 (0.25) G _.025 (0.64) H _.025 (0.64) 184P 1.0 (28.35) (147.32).343 (8.71) (70.49).400 (10.16).250 (6.35).280 (7.11).350 (8.89).275 (6.99) Receptacle (aughter oard) ME1184S.050 (1.27) TYP (1.91) 1 RETINING PIN HOLES.250 (6.35) F H #24 WG E G.0945 ±.0035 (2.40 ±.09) I. THRU.187 (4.75) X.075 (1.91) EEP "" ORE 3 PLES SIE ONLY..187 (4.75) I. 3 PLES SIE ONLY J.180 ±.005 (4.57 ± 0.13) Part No. 184S 184SR Weight oz. (gm.) 1.0 (28.35) 1.0 (28.35) ±.015 (0.38) ±.010 (0.25) ±.005 (0.13) (147.32).343 (8.71) (70.49).400 (10.16).300 (7.62).280 (7.11).030 (0.76).200 (5.08).250 (6.35) ll round pigtail #25 WG wire termination designs available for the ME112 receptacle will apply on the ME1184 series also. *Will accept up to.093 (2.36) thick P.. oard with shell modifications. ±.010 (0.25) 56 E ±.010 (0.25) F G H ±.020 (0.51) J ±.010 (0.25)

57 Micro Edgeboard.050" ontact Spacing ME P oard Right ngle ME1128SR.075 (1.91).050 (1.27) (2.54).275 (6.99).110 (2.79) MIN. ROW EVEN* ROW O*.150 (3.81).075 (1.91) (4.57) ROW EVEN* ROW O* P OR.100 (2.54) 3 PLES 1 1 Keying ccessory Key and Retaining Pin Polarizing Hardware Kit ME128P/N ME184P/N ontains 2 polarizing keys and 4 spiral pins..029 (0.74) I. MX..034 ±.001 (0.86 ± 0.03) E ME184 P/N #256 UN2 THRE.029 (0.74) I. MX..034 ±.001 (0.86 ± 0.03).186 ±.003 HEX. (4.72 ± 0.08).106 ±.003 (2.69 ± 0.08) I. P/N ME128 P/N ±.003 (0.08) ±.005 (0.13) ±.003 (0.08) ±.010 (0.25) E ±.010 (0.25).081 (2.06).325 (8.26).089 (2.26).250 (6.35).313 (7.95) 57

58 Micro Edgeboard.050" ontact Spacing ME Jackscrew/ Jackpost ssembly (ME 64 & 128 Sizes Only) Jackpost Kit ME plug or receptaclep/n ontains 2 bushings and 4 spirals pins Jackscrew Kit ME plugp/n ME receptaclep/n ontains 2 jackscrew assemblies RETINING PIN JKPOST.260 (6.60) MX. REEPTLE ONNETOR JKPOST RETINING PIN PLUG ONNETOR #256 UN2 THRE WSHER [.032 (0.81) THK] RETINING PIN.790 ± ± 0.25) #256 UN2 THRE RETINING PIN WSHER [.022 (0.56) thk] JKSREW SSEMLY.270 (6.86) MX..045 (1.14) REF. JKSREW SSEMLY Plug with Jackscrew Receptacle with Jackscrew Special Variations lternative Receptacle onfiguration.016 (0.41) I. 440 UNTH THRU HOLE.200 (5.08) MIN..275 (6.99).100 (2.54) 31 PLES.580 (14.73).285 (7.24) MX..250 (6.35).110 (2.79) 2 PLES.060 (1.52).030 (0.76).125 _.010 (3.18 _ 0.25) 2 PLES 58

59 The enti Line.075" ontact Spacing The annon enti connectors are especially suitable for commercial applications such as computers, instrumentation, communications and audio equipment. They are available in subminiature size metal shell rectangular, plastic shell rectangular and strip configurations. ll enti connectors use the reliable twist pin contact design in a 5 amp version terminated on.075 (1.91) and.100 (2.54) centers. The enti contact is crimp removable, connectors are available for customer assembly. Standard crimp and assembly tools are available. The twist pin contact is recessed within the insulator housing while the rugged cylindrical socket is exposed. When the connector halves are mated, the chamfered sockets guide the pins into positive alignment. The entipin TM contact, now under compression, forms a multipoint contact with the entisocket TM to provide a high degree of reliability. Standard ata ontact rating: 5 amps max, except R Series (2 amps max.) Minimum contact centers: (1.91). Wire sizes: #22 thru #26 WG, stranded or solid. ontact termination: Multiple indent crimp. ontact retention: rimp snapin/removable. ontact materials and finish: opper alloy, gold plated per STM 488, Type II, ode, lass Mating/unmating force: 12 oz. per contact, max. Performance ata Test ielectric Withstanding Voltage Insulation Resistance Thermal Shock Physical Shock Vibration urability Moisture Resistance Salt Spray ontact Resistance ontact Retention Method Method 301: 1,000 V at sea level 300 V at 70,000' altitude Method 302, ondition Method 107, ondition 55 to 85 Method 213, ondition I: 100 G's, 3 axes, 6 millisecond duration sawtooth pulse Method 204, ondition : 15 G's, 102,000 Hz, 12 hours 500 cycles of mating and unmating, 500 PH max. Method 106, Omit 7a and 7b Method 101, ondition : 48 hours Method 307: t 5 amps riteria of cceptance No breakdown No breakdown 5,000 megohms minimum No physical damage No physical damage No loss of continutiy> 1/µsec No physical damage No loss of continuity> 1µsec No mechanical or electrical defects Insulation resistance > 100 megohms Shall be capable of mating and unmating and meet contact resistance requirements 9 milliohms maximum 4 lb. minimum axial load (after 10 insertion extraction cycles) 59

60 ouble ensity.075" ontact Spacing 2 The ouble ensity is a rectangular connector in the popular Subminiature shell configuration featuring double the contact density in the same insert area. The ouble ensity connector can thus accommodate up to 100 contacts instead of 50. This double contact density is achieved by using fieldproven, highly reliable entipin TM /entisocket TM contacts on.075 (1.91) centers, in the positive contact alignment design. In this design contact positions are reversed; the flexible entipin TM contacts are recessed in the insulator and the more rugged entisocket TM contacts are exposed. This reversal of positions, and the chamferedentry of the sockets, assures positive mating even under severe misalignment conditions. The contacts are retained in the monobloc insulator by a resilient internal shoulder that snaps into a locking groove in the contact. The chamfered front of the contact will not damage the internal shoulder in the insulator. ontacts are crimp removable type. The ouble ensity connector is available in the five popular shell and insert sizes accommodating up to 100 contacts. These connectors mate exclusively with other ouble ensity connectors. wide range of accessories can be used, including junction shells, potting cups, switching shells, guide pin plates, and dust caps STNR HRWRE Including full range of Subminiature accessories 2. ONE PIEE MONOLOK INSULTOR glassfilled nylon material 3. ONTT RETENTIONthermoplastic internal shoulder snaps into a locking groove in the contact. Retention Force: 8 lbs. min. initially, 4 lbs. min. after 10 cycles. 4. TWIST PIN ONTTS seven outer wiping surfaces assure electrical continuity even under severe shock and vibration 5. POSTIVE ONTT LIGNMENTflexible pin is recessed in insulator cavity and rugged socket is exposed 6. GUIEIN KEYS N KEYWYS assure alignment during mating and prevent scooping 6 Specifications WEIGHT Part Number by shell size 2E19P 2E19S 231P 231S 252P 252S 279P 279S Weight (in gr.) Weight (in oz.) Less With ontacts Less With ontacts MTERILS N FINISHES *Shell Steel, cadmium plated with yellow chromate supplementary coating Mounting Hardware Stainless steel and Float Mounts Insulator Glassfilled nylon ontacts opper alloy, gold plate lternate finish, 106 Gold over brass Modification ode 156 Gold over brass 197 Tin/Lead over steel *rass nonmagnetic also available MEHNIL FETURES Sizes Five shell sizes: E,,,, and oupling Friction or jackscrew Polarization Keystoneshaped shells ontact Spacing.075 (1.91) ontact Termination rimp snapin 2100P S How to Order 2 2 E F S P R * * * * RoHS OMPLINE SERIES SHELL SIZE FLOT MOUNTS ONTT RRNGEMENT ONTT TYPE TERMINTION MOIFITION NOTE: onnectors may be ordered less contacts by adding the mod callout "FO" at end of number. ontacts are then supplied in bulk form. SERIES ONTT RRNGEMENT TERMINTION 2 ouble ensity 19, 31, 52, 79 and 100 R 90 right angle P mounting (For R Series use "P" to designate jackpost) SHELL SIZE ONTT TYPE* E,,, and P Pin MOIFITION S Socket F171 Jackpost assembly FLOT MOUNTS F172 Standard jackscrew Omit if not required F173 Low profile jackscrew * ccommodates WG #26 thru #22 For other modifications consult factory 60 R

61 ouble ensity.075" ontact Spacing 2 Standard Shell M L 10 (TYP) K J G E H V TWO MTG. HOLES.123 ±.005 (3.12 ± 0.13) T.856(21.74)MX. Part Number by Shell Size 2E19P 2E19S 231P 231S 252P T.020 (0.51).000 (0.00).250 (6.35).250 (6.35).250 (6.35).250 (6.35).236 (5.99) Part Number by Shell Size 252S 279P 279S 2100P 2100S T.020 (0.51).000 (0.00).236 (5.99).236 (5.99).236 (5.99).236 (5.99).236 (5.99) Float Mount 10 (TYP) K J N G E.032 (.812) TOTL IMETRL FLOT M V TWO MTG. HOLES.0885 ±.0025 (2.248 ± 0.064) H Part Number E G H J K L M N by Shell Size±.015 (0.38) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) ±.015 (0.38) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) ±.010 (0.25) 2E19P (30.81).697 (17.70).984 (24.99).360 (9.14).494 (12.55).759 (19.28).422 (10.72).036 (.914).236 (5.99).055 (1.40).422 (10.72).120 (3.05) 2E19S (30.81).640 (16.26).984 (24.99).494 (12.55).759 (19.28).422 (10.72).032 (213).243 (6.17).047 (1.19).429 (10.90).120 (3.05) 231P (39.14) (26.03) (33.32).360 (9.14).494 (12.55) (27.51).422 (10.72).036 (.914).236 (5.99).055 (1.40).422 (10.72).120 (3.05) 231S (39.14).968 (24.58) (33.32).494 (12.55) (27.51).422 (10.72).032 (213).243 (6.17).047 (1.19).429 (10.90).120 (3.05) 252P (53.03) (40.21) (47.04).378 (9.60).494 (12.55) (41.27).422 (10.72).036 (.914).231 (5.87).055 (1.40).426 (10.82).129 (3.28) 252S (53.03) (38.30) (47.04).494 (12.55) (41.27).422 (10.72).032 (213).243 (6.17).047 (1.19).429 (10.90).120 (3.05) 279P (69.31) (56.67) (63.50).378 (9.60).494 (12.55) (57.71).422 (10.72).036 (.914).231 (5.87).055 (1.40).426 (10.82).129 (3.28) 279S (69.31) (54.76) (63.50).494 (12.55) (57.71).422 (10.72).032 (213).243 (6.17).047 (1.19).429 (10.90).120 (3.05) 2100P (66.92) (54.02) (61.11).484 (12.29).605 (15.37) (55.32).534 (13.56).036 (.914).231 (5.87).055 (1.40).426 (10.82).129 (3.28) 2100S (66.92) (52.37) (61.11).420 (10.67).605 (15.37) (55.32).534 (13.56).032 (213).243 (6.17).047 (1.19).429 (10.90).120 (3.05) For shell with float mounts, add letter F after shell size, e.g., 2EF19P. V.555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10).555 (14.10) Jackscrew/Jackpost ssembly.180 ±.025 Grip #440 UN2 THRE (4.57 ± 0.64) Length #440 UN2 THRE.025 (0.64) MX..025 (0.64) MX..180 ±.025 Grip (4.57 ± 0.64) Length #440 UN2 THRE.233 (5.92).223 (5.66).620 ±.010 (15.75 ± 0.25).230 (5.84) MX..325 ±.015 (8.26 ± 0.38) Standard (F172) Jackscrew (factory installed) Low Profile (F173) Jackscrew (factory installed) 61 #440 UN2 THRE Jackpost (F171) Front Panel onnector Mounting Only

62 ouble ensity.075" ontact Spacing 2 ontact rrangements ll views are pin front face. Use reverse order for socket side E 19 ontacts 31 ontacts 52 ontacts ontacts avity identification numbers are shown for reference only and do not appear on insulator front face. However they do appear on rear of insulator ontacts P Mounting 3 Row.148 (3.76) MIN..125 (3.18).115 (2.92) I. TYP (0.95) REF..075 (.190) REF..253 (6.43).233 (5.92).130 (3.30) 2x.100 (2.54).690 (17.53) MX..510 (12.95).490 (12.45).100 (2.54) REF..100 (2.54) REF..075 (1.90) V. #1.065 (1.65).510 (12.95).480 (12.18) #440 UN2 THRE (2 PLES) LST V. P Termination Leads (all contact arrangements).024 (6.10) to.028 (7.11). LST LE Suggested finished P hole Size.033 (8.38) _.003 (0.08) LE #1 Part Number by Shell Size ±.015 (0.38) ±.010 (0.25) 2E19SRP (30.86).984 (24.99).690 (17.53) 231SRP (39.12) (33.32).690 (17.53) 252SRP (53.09) (47.04).690 (17.53) 279SRP (69.34) (63.50).690 (17.53) 62

63 90 P Mounting 4 Row ouble ensity.075" ontact Spacing (0.94) REF..130 (3.30) MIN..125 (3.18).115 (2.92) I. TYP..075 (1.90) REF..253 (6.43).233 (5.92).790 (20.07) MX..100 (2.54) REF..100 (2.54) REF..200 (5.08) REF..510 (12.95).490 (12.45).075 (1.90) V #1.620 (15.75).590 (14.99).065 (1.65) #440 UN2 THRE (2 PLES) V #100 LE #100 LE #1 Part Number by Shell Size 2100SRP _.015 (0.38) _.010 (0.25) (66.93) (61.11).790 (20.07) ontact rrangements Page 62 63

64 ouble ensity.075" ontact Spacing 2 Panel utouts 10 0' TYP. G F E H FULL R K TYP R.032 (0.81) R MX. TYP G onn. 2E Mtg. Method Front Rear Front Rear Front Rear Front Rear Front Rear _.005 (0.13).874 (22.20).806 (20.47) (30.53) (28.80) (44.27) (42.52) (60.73) (59.08) (58.34) (56.34) _.005 (0.13).437 (11.10).403 (10.24).601 (15.26).567 (14.40).872 (22.15).837 (21.26) (30.38) (29.54) (29.18) (28.17) _.005 (0.13).984 (24.99).984 (24.99) (33.32) (33.32) (47.04) (47.04) (63.50) (63.50) (61.11) (61.11) _.005 (0.13).492 (12.50).492 (12.50).656 (16.66).656 (16.66).926 (23.52).926 (23.52) (31.75) (31.75) (30.56) (30.56) E _.005 (0.13).513 (13.03).449 (11.40).513 (13.03).449 (11.40).513 (13.03).449 (11.40).513 (13.03).449 (11.40).623 (15.82).555 (14.10) F _.005 (0.13).257 (6.53).225 (5.71).257 (6.53).225 (5.71).257 (6.53).225 (5.71).257 (6.53).225 (5.71).312 (7.92).278 (7.06) G _.002 (0.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05).120 (3.05) H _.002 (0.05).060 (1.52).060 (1.52).060 (1.52).060 (1.52).060 (1.52).060 (1.52).060 (1.52).060 (1.52).060 (1.52).060 (1.52) K _.002 (0.05).083 (2.11).132 (3.35).083 (2.11).132 (3.35).083 (2.11).132 (3.35).083 (2.11).132 (3.35).083 (2.11).132 (3.35) For contact part numbers, termination tooling and assembly see pages Panel Mounting 3/32 THIKNESS (REF.) REOMMENE RIVET THIKNESS Front Mounting Standard Front Mounting Float RIVET THIKNESS Rear Mounting Standard Rear Mounting Float 64

65 enti Loc.075" ontact Spacing L subminiature all plastic high density "" rectangular connector. The L is a general purpose connector with a peripheral oring and wire sealing gasket. onnector utilizes rear insertion, front release, crimp snapin size 22, centiloc contacts installable by the custormer or, if preferred, by the factory. MTERIL Insulator: ielectric Gasket: ontact: Seal Ring lack Nylon Polychloroprene opper lloy, Gold Plated Silicone How to Order RoHS OMPLINE SERIES TYPE ONTT RRNGEMENT ONTT STYLE R MOIFITION OES L P * F0 SERIES enti Loc Series TYPE ONTT RRNGEMENT 139 (onsult customer service for other sizes) 2 No lock (mtg. holes) ONTT STYLE 2 No lock type with rear gasket P entiloc pin S entiloc socket MOIFITION OES F0 Less contacts Plug VITY # (59.54) ±.005 (0.13) (66.68) VITY #1.560 (14.22) MX..625 (15.88) ±.010 (0.25).625 (15.88) ±.010 (0.25).260 (6.60) ±.010 (0.25) SILIONE SEL RING ONTT HEIGHT.035 (0.89).015 (0.38).175 (4.44) MX. ONTT HEIGHT.065 (1.65).045 (1.14).540 (13.72) MX..535 (13.59) MX..150 (3.81) ±.010 (0.25) (51.44) MX..150 (3.81) ±.010 (0.25) (51.44) MX. Plug Receptacle Recommended Panel utouts.125 (3.18) I. TYP (51.69) ±.016 (0.41).063 (1.60) R. MX..565 (14.35) ±.005 (0.13) (59.54) ±.005 (0.13) ontact rrangements Engaging Face View VITY #1 VITY #70 VITY #117 VITY #92 VITY #92 VITY #139 VITY #139 VITY #1 VITY #70 VITY #117 Plug Receptacle 65

66 Strip onnectors.100"/.075" ontact Spacing omponents and ccessories The ENTILO strip connector can be ordered in kit or bulk form. The kit includes matin g insulators with a full compliment of contacts and two guide posts. If more than one connector is required, the parts can be ordered in bulk and assembled as desired. ENTILO connectors are lowcost nylon strip connectors designed for commercial applications such as instrumentation, communications, and medical equipment. They are available in continuous strip form up to a maximum length of 6 inches (152.40mm), accommodating from 1 to 60 rear insertion, front release, crimp snapin size 22 ENTIPIN TM / ENTISOKET TM contacts. These contacts utilize a proven positive contact alignment T design, giving additional contact strength and positive contact alignment during mating. These connectors can be ordered in kit or bulk form. The kit comprises all the parts necessary to assemble one complete 6inch (152.40) strip connector with 60 contacts on.100 (2.54) centers or a 4inch (101.60mm) strip with 53 contacts on.075 (1.91) centers. If more then one connector is required, the parts can be ordered in bulk and assembled as desired. Kit Form Kits include mating insulators with full complement of contacts and two guide posts. Part Number T3KIT T4KIT T3T4KIT ontact enter spacing.075 (1.91).100 (2.54).075 (1.91) &.100 (2.54) Insulator.275 (6.98) MX. Guide Posts Polarizing Posts The guide posts and polarizing posts are inserted in the same manner as the contacts. The guide posts are inserted into the socket insulator and the polarizing posts are inserted into the pin insulator. The corresponding contact in the mating insulator must be removed for each. See assembly instructions..475 (12.06) MX. Insulator Guide Post Polarizing Post Part Number T3IP53 T3IS53 T4IP60 T4IS60 TGP TPP ontact enter Spacing Type Material.075 (1.91) Pin.075 (1.91) Socket.100 (2.54) Pin.100 (2.54) Socket P/N P/N Nylon Nylon Nylon Nylon Passivated Stainless Steel Passivated Stainless Steel imensional ata (102.39) MX (153.19) MX..040 (1.02) MIN..040 (1.02) MIN..115 (2.92) MX..075 (1.91) TYP. T3.075(1.91) enters.115 (2.92) MX..100 (2.54) TYP. T4.100(2.54) enters Weights Part Number No. of ontacts ontacts Type vy. Weight oz. ± 5% gm. T3 T pin socket pin socket

67 The enti Line.075" ontact Spacing 2/T ontacts resilient internal shoulder retains the contacts in the insulator housing. The front of the contact is chamfered to prevent damage to the internal shoulder as the contact is pushed into position. P.. Tail ontacts Subtract.064 (1.63) _.010 (.25) from pigtail length when used in 2 pin insulator for potting well of connector assembly. Subtract.081 (2.08) _.010 (.25) from pigtail length when used in 2 socket insulator for potting well of connector assembly. ontact Part Number Part Number Pin Socket Type Standard 30µin. plating 50µ in. plating With inspection hole; Pin Socket 50µ in. plating N/ P.. tail.026 dia. x.083 lg. Soc. * *** * *** P.. tail.183 lg. Soc..020 dia. x.183 lg. Pin Long crimp barrel ** Small crimp bore For WG #32 & 30 Small crimp bore For WG #28 & 30 P.. tail.232 lg. Soc..020 dia. x.255 lg. Pin 2 and entiloc rimp and ssembly Tools * P.. tail.444 lg. Soc..018 dia. x.445 lg. Pin 50µ in. plating NOTE: Plating, except as noted, is 30 microinch gold. * onsult factory for any tail size or plating requirements. ** Special crimp locator required. Part number: (L3198LPSL) *** Use special insertion tip ( &017). Tool Pin Locators Socket escription Part Number M22520/ L3198LP L3198LS IETT Handle M22520/201 Insertion Tips Insertion Tools For Standard ontact WG Size* /P.. Tail Kit Part Number (handle and tip) ITPST22 ITPST24 ITPST26 ITPST28 ITPST30 Tip Part Number** Handle Part Number** * ased on wire size per MILW16878 with Type E insulation, use smaller tool for wire with thin insulation, larger tool for wire having thick insulation. ** The 5 insertion tips (part numbers thru 005). plus handle, and the pin and socket extaction tips maybe ordered as a SINGLE KIT by specifying the part number IETT2. [Part number: ] T ssembly Holding lock Part Number: Insertion Tools For Long rimp barrel ontacts WG Size* Tip Part Number *** Pin ontact Tip Part Number *** Socket ontact Handle Part Number*** *** To order the SINGLE KIT for the long crimp barrel contact (tip part numbers thru 014, handle and pin and socket extraction tips) please specify IETT3. Socket Extraction Tip Pin Extraction Tip Extraction Tools ontact ENTIPIN ENTISOKET escription ETPT2 ETST1 Kit Part Number (handle and tip) Tip Part Number Handle Part Number

68 The enti Line.075" ontact Spacing 2/T 2/T ENTILO TM onnectors ssembly Instructions The ouble ensity /T ENTILO onnectors are highly reliable and simple connectors to use. There are a few helpful suggestions that will assure complete satisfaction when followed: 1. The following instructions should be followed. 2. The proper crimp tool and locator (if required) must be used. These tools have been designed for use with this product. Substitutions of crimping equipment may result in connector failure at the assembly operation. 3. fter crimping a contact to a lead it is of vital importance that the proper tool be used to assure seating the contact in the insulator in the proper position. ny substitution of insertion tools may result in over or under insertion of the contact which may damage the retention system of the insulator. 4. The female (socket) side of the connector has been designed with a controlled float to allow for ease of mating. To avoid reducing this float or causing a splaying of the contacts, any unnecessary strain caused by clamping the leads too close to the rear of the connector should be avoided. Use of recommended tooling together with proper assembly techniques will pay dividends in reliability and reduced costs. 2 ssembly Instructions WIRE STRIPPING ONTT RIMPING.100 (2.54) ut the wires to length required and strip.100" of insulation from the end to be crimped. heck for cut or broken wires and frayed insulation. Using the proper crimp tool and locator, insert the contact into the locator. Insert the stripped end of the wire into the contact crimp pot, and crimp the contact to the wire. Squeeze the handles firmly to insure a proper crimp (tool will not release if crimping is incomplete). NOTE: ontact stop must be changed in tool locator when crimping pin and socket contacts. ONTT INSERTION 1. Place the proper insertion tip in the insertion/extraction handle and put the tip over the wire as shown. The tool tip will butt up against the crimp pot. onnector must be firmly supported during both insertion and extraction operations. 2. Using a firm, steady pressure, push the contact into the cavity until the resilient internal shoulder in the insulator snaps into the locking groove in the contact. The shoulder of the tool tip bottoms against the rear of the insulator, preventing overinsertion. Repeat for balance of contacts. ONTT EXTRTION 1. For contact extraction, remove the insertion tool tip and replace it with the proper extraction tool tip. (The socket tip will fit into the socket, and the pin tip will slide over the pin bundle). Insert the tool tip into the contact cavity: (the pin tip will butt up against the shoulder of the pin contact, and the socket tip will bottom out in the socket contact.) 2. pply a firm, steady pressure until the contact is released from the internal shoulder in the insulator. The shoulder of the tool tip bottom against the insulator face to prevent damage to the internal shoulder. Remove the tool tip and pull the contact from the rear of the connector. Repeat for the balance of contacts to be removed. 68

69 The enti Line.075" ontact Spacing 2/T T ssembly Instructions INSERTION 1. Place the connector into the slot in the assembly block with the arrows on the insulator pointing downward. The connector will bottom against the internal shoulder in the groove in the assembly block. Start contact insertion by placing the crimped contact in the cavity by hard. 2. Position the insertion tool tip on the rear of contact as shown. The insulation must be pulled back from the crimp pot approximately 1/32" to allow the tool tip to butt against the contact crimp pot..275 (6.98) MX. Guide Posts.475 (12.06) MX. Polarizing Posts 3. With firm steady pressure, push the contact into the cavity until the resilient internal shoulder snaps into the locking groove in the contact. To prevent over insertion, the tool tip bottoms against the rear of the insulator. 4. The guide post and polarizing posts are inserted in teh same manner as the contacts. The guide posts are inserted into the socket insulator, and the polarizing posts are inserted into the pin insulartor. The corresponding contact in the mating insulator must be removed for each. EXTRTION 1. To extract the contacts, place the conector face up in the assembly block so that the contact to be extracted is in the end of the block that has a fully slotted opening. 2. The pin extraction tool tip is tubular, slides over the pin bundle and butts against the front shoulder of the pin. The socket extraction tool is a solid rod that fits into the socket contact, the external shoulder butts against the contact socket shoulder. 3. Insert the extraction tool into the cavity and apply firm pressure until the contact is pushed thru the rear of the connector. 4. Lift the insulator from the groove and pull the contact out. Repeat for balance of contacts to be removed. 69

70 The NNO Line.025" ontact Spacing NNO contacts incorporate the highly reliable Twist Pin concept, which allows continuity in very dense areas and under severe shock and vibration, requiring low engagement and separation forces. Termination can consist of uninsulated pigtails or insulated wire all preharnessed at our factory to your specifications. ue to various industry application requirements the NNO line is available in several different configurations, available in strip, metal shell and plastic, rectangular or circular configurations with center jackscrew. Successful applications for NNO connectors are many and varied, from the ir Force's IRS program to actual human implantations in the medical research field. Specifications ontact Rating 1 amp max. Minimum contact centers (0.64). Wire sizes #32 WG stranded, #30 WG solid. ontact termination integral pigtail or multiple indent crimp. ontact rentention fixed via epoxy. ontact materials socket: nickel silver. pin bundle: precious metal alloy or eu. pin Sleeve: nickel silver or cartridge brass. Mating/unmating force 6oz. per contact max. Type Shell Insulator No. of ontacts Pin undle Material Socket Sleeve Material Pin Sleeve Material NTP NM NJS NJS Single Row Strip Metal Shell Rectangular lum. alloy 2024 T351 per QQ250 or 6061T6 per QQ200 nickel plate Rectangular enter Jackscrew Phenolic Phenolic Polyester 140 ontacts 9, 15, 21, 25 31, 37 9, 24, 44 ircular enter Jackscrew Polyester 27, 72, 266 Precious metal per STM 477 and STM 541, or eu per alloy 172 & 102 Nickel silver/stm 122, omp. Nickel silver per STM 122, omp. or artridge rass per alloy 260 Test ata The table below summarizes the results of key tests performed in accordance with MILST202, where applicable. ata is applicable to standard connector with standard terminations. Variations may affect this data, so please consult the factory for further information on your requirements. Test Method riteria of cceptance ielectric Withstanding Voltage Insulation Resistance Thermal Shock Physical Shock Vibration urability Moisture Resistance Salt Spray ontact Resistance ontact Retention Method 301: 350 V at sea level 100 V at 70,000' altitude Method 302, ondition Method 107, ondition : 65 to 125 Method 213, ondition I: 100 G's, 3axes, 6 millisecond duration sawtooth pluse Method 204, ondition : 15 G's, 102,000 Hz, 12 hours 500 cycles of mating and unmating, 500 PH max. Method 106, omit 7b Method 101, ondition : 48 hours Method 307: t 1 amp t 100 milliamps No breakdown No breakdown 5,000 megohms minium No physical damage No physical damge No loss of continuity > 1 µ sec No physical damge No loss of continuity > 1 µ sec No mechanical or electrical defect Insulation resistance > 100 megohms Shall be capable of mating and unmating, and meet contact resistance requirements 30 milliohms maximum } With gold plated e u Nanopin contact. 60 milliohms maximum With precious metal 80 milliohms maximum } alloy Nanopin contact. 3 lb. minimum axial load 70

71 Strip onnectors.025" ontact Spacing NT How to Order NT R NT P 2 40 S H * * * SERIES Nano Strip INSULTOR MTERIL P Phenolic ONTT LOTION 1 ontacts on.025 (0.64) centers 2 ontacts on.050 (1.27) centers RoHS OMPLINE SERIES INSULTOR MTERIL ONTT LOTION ONTT RRNGEMENTS ONTT TYPE TERMINTION TYPE MOIFITION OE ONTT RRNGEMENTS 40 Maximum.025 (0.64) centers 20 Maximum.050 (1.27) centers ONTT TYPE P Pin (Plug) S Socket (Receptacle) TERMINTION MOIFITION L Solid uninsulated wire T One piece contact/lead H Insulated harness wire MOIFITION OE For termination code, see NJS section, page 73. imensions NTP.025 (0.64) TYP..055 (1.40) MX..025 (0.64) TYP..055 (1.40) MX..025 (0.64) TYP..055 (1.40) MX..220 (5.59) MX..160 (4.06) MX..080 (2.03) Plug "H" and "L" Termination Types Plug "T" Termination Types Receptacle "H", "L", and "T" Termination Types Part Number by Insulator Size Ref. ±.010 (0.25) Part Number by Insulator Size Ref. ±.010 (0.25) Part Number by Insulator Size Ref. ±.010 (0.25) Part Number by Insulator Size Ref. ±.010 (0.25) NTPI1***.050 (1.27) NTPI11***.250 (6.35).300 (7.62) NTPI21***.500 (12.70).550 (13.97) NTPI31***.750 (19.05).800 (20.32) NTPI2***.025 (0.64).075 (1.91) NTPI12***.275 (6.99).325 (8.26) NTPI22***.525 (13.34).575 (14.61) NTPI32***.775 (19.69).825 (20.96) NTPI3***.050 (1.27).100 (2.54) NTPI13***.300 (7.62).350 (8.89) NTPI23***.550 (13.97).600 (15.24) NTPI33***.800 (20.32).850 (21.59) NTPI4***.075 (1.91).125 (3.18) NTPI14***.325 (8.26).375 (9.53) NTPI24***.575 (14.61).625 (15.88) NTPI34***.825 (20.96).875 (22.23) NTPI5***.100 (2.54).150 (3.81) NTPI15***.350 (8.89).400 (10.16) NTPI25***.600 (15.24).650 (16.51) NTPI35***.850 (21.59).900 (22.86) NTPI6***.125 (3.18).175 (4.45) NTPI16***.375 (9.53).425 (10.80) NTPI26***.625 (15.88).675 (17.15) NTPI36***.875 (22.23).925 (23.50) NTPI7***.150 (3.81).200 (5.08) NTPI17***.400 (10.16).450 (11.43) NTPI27***.650 (16.51).700 (17.78) NTPI37***.900 (22.86).950 (24.13) NTPI8***.175 (4.45).225 (5.72) NTPI18***.425 (10.80).475 (12.07) NTPI28***.675 (17.15).725 (18.42) NTPI38***.925 (23.50).975 (24.77) NTPI9***.200 (5.08).250 (6.35) NTPI19***.450 (11.43).500 (12.70) NTPI29***.700 (17.78).750 (19.05) NTPI39***.950 (24.13) (25.40) NTPI10***.225 (5.72).275 (6.99) NTPI20***.475 (12.07).525 (13.34) NTPI30***.725 (18.42).775 (19.69) NTPI40***.975 (24.77) (26.04) 71

72 NNO Metal Shell.025" ontact Spacing NM How to Order NM RoHS OMPLINE SERIES ONTT RRNGEMENTS ONTT TYPE TERMINTION TYPE MOIFITION OE R NM 9 P T * * imensions SERIES NM NNO Metal Shell ONTT RRNGEMENTS 9, 15, 21, 25, 31, 37 ONTT TYPE P = Pin (Plug) S = Socket (Receptacle) TERMINTION TYPE H = Insulated harness wire L = Solid copper T = One piece contact/lead MOIFITION OE To specifiy lead lengths, type and mechanical modifications consult customer service. NM.025 (0.64) TYP..083 _.004 (2.11 _ 0.10) I.TYP..150 (3.81) MX..130 (3.30) MX.004 _.004 (1.12 _ 0.10).175 (4.44) MX. Plug.025 (0.64) TYP..083 _.004 (2.11 _ 0.10) I.TYP..150 (3.81) MX..051 _.004 (1.30 _ 0.10).155 (3.94) MX..205 (5.21) MX. Receptacle onsult customer service for availability of other sizes. Part Number y Shell Size NM9P*/S* NM15P*/S* NM21P*/S* NM25P*/S8 NM31P*/S* NM37P*/S* Ref..200 (5.08).350 (8.89).500 (12.7).600 (15.24).750 (19.05).900 (22.86) Plug Ref..317 (8.05).467 (11.86).617 (15.67).717 (18.21).867 (22.02) (25.83) Receptacle Ref..380 (9.65).530 (13.46).680 (17.27).780 (19.81).930 (23.62) (27.43) ±.005 (0.13).565 (14.35).715 (18.16).865 (21.97).965 (24.51) (28.32) (32.13).725 (18.42).875 (22.23) (26.04) (28.58) (32.39) (36.20) Panel Mounting imensions.086 ±.004 (2.18 ± 0.10) I. TYP.032 (0.81) R TYP. Size ±.005 (0.13).565 (14.35).715 (18.16).865 (21.97).965 (24.51) (28.32) (32.13).005 (0.13).000 (0.00).261 (6.63).411 (10.44).561 (14.25).661 (16.79).811 (20.60).961 (24.41).005 (0.13).000 (0.00).095 (2.41).095 (2.41).095 (2.41).095 (2.41).095 (2.41).095 (2.41) 72

73 enter Jackscrew.030" ontact Spacing NJS How to Order NJS RoHS OMPLINE SERIES ONTT RRNGEMENTS ONTT TYPE TERMINTION TYPE TERMINTION OE R NJS 24 P H * * * SERIES NJS Nano center jackscrew rectangular (9, 24, 44) NJS Nano center jackscrew circular (27, ) ONTT RRNGEMENTS 9, 24, 27, 44, 72, 266 ONTT TYPE P = Pin (Plug) S = Socket (Receptacle) TERMINTION TYPE TERMINTION OE* H = Insulated harness wire L = Solid uninsulated wire T = One piece contact/lead * See Termination odes shown below for additional length modification codes. (H) 001 = 18" #32 WG 7/40 strd. Type "ET" Teflon per MILW16878/6, color yellow. (H) 003 = 18" #32 WG 7/40 strd. Type "ET" Teflon per MILW16878/6 color coded to MILST681, System 1. (L) 1 = 1/2" uninsulated solid #30 WG gold plated copper. (L) 2 = 1" uninsulated solid #30 WG gold plated copper (T)* = onsult customer service Standard Wire Termination odes The following termination codes are listed for your information. For additional codes please refer to ppendix on page 80 and 82. ll wire lengths ae minimum. Harness Type (H) #32 WG, 7/40 stranded, Type "ET" per MILW16878/6 Length 3 (76.2) 6 (152.4) 8 (203.2) 10 (254.0) 12 (304.8) 18 (457.2) 20 (508.0) H 020 H 019 H 026 H 029 H 028 H 001 H 038 H 027 H 016 H 034 H 025 H 002 H 003 H 023 enter Jackscrew/Rectangular NJS9 & NJS24 ll Yellow olor oded Length ll Yellow olor oded ode Length 24 (609.6) 30 (762.0) 36 (914.4) 48 (1219.2) 72 (1828.8) 120 (3048.0) H 009 H 010 H 011 H 013 H 017 H 042 H 004 H 005 H 006 H 048 H 046 H 041 Solid Uninsulated Type (L) #32 WG gold plated copper. L61 L56 L57 L39 L58 L1.125 (3.18).150 (3.81).190 (4.83).250 (6.35).375 (9.53).500 (12.70) ode L14 L2 L7 L6 L16 L10 Length.750 (19.05) (25.40) (38.10) (50.80) (63.50) (76.20) Face View Pin Insert 080 UNF2 THREE INSERT Receptacle Side View Plug Side View Part Number NJS9P* NJS9S* NJS24P* NJS24S* NJS266 NJS72 NJS44 NJS (6.48).255 (6.48).435 (11.05).435 (11.05).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19).165 (4.19) ±.005 (0.13).138 (3.51).078 (1.98).138 (3.51).078 (1.98) ±.005 (0.13).116 (2.95).116 (2.95).116 (2.95).116 (2.95).116 (2.95).116 (2.95).116 (2.95).116 (2.95) 73

74 enter Jackscrew.030" ontact Spacing NJS ontacts.060 (1.52) MX. EPOXY WIKING.011 (.28) REF ±.010 (2.29 ± 0.25) Socket View SOKET ONTT.062 (1.57) REF. GUIE POST (OPTIONL WITH LOSS OF ONTT.011 (.28) REF. Pin View (Thruundle ontact) PIN ONTT WITH THRUUNLE PIGTIL EPOXY RETINING ONTT INSULTOR NOTE: Guide posts can be installed in any contaact cavity for polarization purposes..100 (2.54) MX EPOXY WIKING Pin View (rimptype ontact). onnector Saver NJS9P & S.128 (3.25) REF. #080 UNF2 GUIE POST VITY (open).062 (1.57) REF. Part Number: NJS

75 ustom able ssemblies ynamic ustom able ssemblies for Harsh Environments ITT has been a world leader in designing and manufacturing harsh environment micro interconnects and cable assemblies for over fifty years. In addition, our historical product and assembly expertise dates back over 85 years to the founding of the original ITT annon. Today, we provide complete turnkey cable assemblies for all of ITT s micro connector portfolio including: ent Line Interconnects, MM series, M83513 Series, ME series, MM Mixed Signal Packages, MT strip interconnects, micro miniature circular MIK series, and our high density Nano onnectors. Our cable assembly expertise has allowed ITT to develop innovative Six Sigma driven manufacturing processes that allows our customers a full breadth of tight pitch cable assemblies in 0.100, 0.075, 0.050, and contact spacing. ITT s harsh environment interconnects and cable assemblies are used in the most demanding applications and environments. You will find our products in such markets as: erospace, efense Electronics, Geophysical Exploration, High Speed omputer Networking, Industrial utomation, Medical Electronics, Satellite and Space ommunications, and Telecommunications. Our complete interconnect solutions have flown on every major ircraft and Space platform since the 1940 s. In fact, many aircraft mechanics still refer to ITT annon connector and cable assemblies as the viation standard. Our product portfolio has been developed and is continuing to be developed to provide our customers with new and better technologies that offer superior system level performance while lowering overall system level costs. Our corporate culture in Six Sigma Methodologies allows ITT to continuously challenge our Engineering and Scientific professionals to develop new processes and technologies in Material Science, utomation, and Testing to ensure that our customers get the best cost effective harsh environment cable assemblies from ITT. You should expect no less from an Industry leader. The following paragraphs highlight several examples of interconnect cable assemblies for various Market segments that ITT services. These examples represent just a snapshot of the many custom micro interconnects or cable assemblies that ITT can provide the industry. ustom Micro and M83513 Interconnect cable assemblies s one of the original developers of the Micro Interconnect technology, ITT has been an industry innovator in providing complete harsh environment cable assemblies and stretching the state of art in such areas as: Filtering, Hermetics, moisture barriers, High Speed and Mixed Signal Packages, EMI suppression, and multiple cable types. Most of ITT s custom cable assemblies utilize our standard Micro pin contact system. However, ITT does use other types of contact systems when manufacturing mixed signal interconnect systems where signal speed and power contacts will be incorporated into a complete cable assembly solution. ITT manufactures complete cable assemblies worldwide at locations in Santa na alifornia, asingstoke UK, and Nogales Mexico. The various engineering and manufacturing centers of excellence are utilized to best fit various cable assembly and product platform specialties to provide our customers with the most cost effective solutions. Space Grade Micro Interconnect cable assemblies ITT has been deciding and manufacturing Space Rated interconnects and cable assemblies since the beginning of the US space Program in the mid 20th century. Prior to the MIL TL M83513 specification ITT had been qualified for all NS GSF performance and specification requirements, on numerous satellite and space launch systems. ITT s Engineering and Product teams have over 200 years of combined experience in design, manufacture, and test of Space flight interconnects and cable assemblies. Our expertise in material science, manufacturing processes, out gassing, testing and screening, Magnetic permeability, and ryogenics has given ITT a tremendous understanding in developing high reliability space system interconnects and cable assemblies. ll of ITT s Space rated micro interconnect assemblies utilize ITT QPL M83513 connectors. These cable assemblies are tested to meet the most stringent performance requirements as outlined by numerous NS GSF specifications. dditional performance and test requirements beyond existing NS GSF guidelines can always be tailored so that additional custom test programs can be incorporated. 75

76 ustom able ssemblies High Temperature Harsh Environment Interconnect ssemblies The proliferation of deep water drilling prospects in the world s oceans has created increased performance demands for micro miniature interconnects and cable assemblies for down hole oil field exploration. Not only are new fields being discovered in ocean depths greater than five miles but the wells themselves are being drilled deeper into the earths crust, sometimes to depths of 30,000 feet. Thus, the temperature extremes in excess of 200 degrees are becoming the norm. In this the most demanding of environments, ITT has been designing and manufacturing such micro interconnect connector and cable assemblies for over forty years. gain our engineering and manufacturing expertise in the material science of Liquid rystal Polymer (LP), flourosilicones, plating, metals, and high temperature epoxies is leading ITT to develop high temperature performance beyond 200 degree operating temperatures. Medical Electronics able ssemblies: s microminiaturization continues in the medical technologies field so the contributions of ITT s micro interconnect devices and assemblies. Our custom medical assemblies are utilized in such applications as: patient monitoring, diagnostics, imaging, and disposable systems. These types of application have been well served by ITT s Nano, MT strip and MIKQ series of interconnects. In addition to there specific connector types, ITT is well experienced in the careful selection of medical grade cables and termination materials to ensure fully compliant med. cal cable assemblies. Shown below is an example of ITT s MIKQ high strength plastic circular quick disconnect connector cable assembly for a medical application. Pictured below is an ITT high temperature nano interconnect assembly. ITT is developing new products around this nano interconnect platform that will not only increase signal density but will include new material s and processes for higher temperature applications. 76

77 Flex ircuit able ssembly Terminating to Flexible ircuits iagram 1 shows details of the pad spacing and the suggested amount of material to be left between the end of the pad and the edge of the flex. 0,51 (.020) Ideally, for a low profile and a neat finish, it is best to terminate flexible circuits in line with the contacts. Since most Microminiature connectors have contacts set into two or three rows, termination is a simple process. The diagrams opposite are basically a design guide for pad arrangements, to suit MM connectors in particular and to ensure the circuits enter the potting well. The length of the pad is optional but of course it is important to provide enough coverlay, especially at the edges of the circuit, to avoid delamination. We suggest at least 0,51 mm (.020 inches). Our standard potting shrouds provide support to the circuit with a dimension of 7,00 mm (.275 inches) from the rear of the flange. Please consult ustomer Service for specific flex circuit assembly design considerations and requirements. iagram 2 illustrates how the connector is prepared with short pigtails and a special first pot which just captures the contacts. The final back potting for strength is controlled by our standard 7,00 (.275) potting fixtures. 2,16 (.085) 1,27 (.050) 0,51 (.020) OVERLY EXTENS INTO POTTING 4,98 (.196) 2,00 (.079)/1,53 (060) FIRST POTTING LEVEL TO RETIN ONTTS 6,99 (.275) 77

78 ustom ack Shells ustom ack Shell Systems ITT has designed numerous back shell solutions for micro miniature interconnects for many harsh environment applications. lthough ITT does not offer a standard back shell portfolio today, we can design and manufacture a range of back fittings for our MM connector products depending on the customer requirements. Utilizing one of our partnership relationships, one of our UK based micro product groups of ITT can provide can provide custom designs utilizing proven banded systems in which the braid is captivated over a chimney style outlet. These types of back shell systems are available in different material finishes and sizes and can be provided with special process termination methods. In addition, ITT has developed a method of riveting the back fitting to the shell within the jacking area. This option guarantees 360 degree shielding effectiveness even when jackscrews or jacking posts are not being used. Where a conduit system is preferred such as for test box environments in field locations, back fittings and a fully screened weatherproof convoluted trunking can be provided In addition to the above ITT can provide special back potting style termination systems for environmental protection and strain relief. These types of a back shell style system are typically filled with epoxy or other encapsulating materials to provide a robust and effective back shell system. Sealing Gaskets We have received requests for gasket materials to seal the MM connectors into various enclosures. We recommend that you consider wider flanged connectors together with a low cost conductive gasket to provide an adequate surface area. This combination will give you IP66 sealing with good EM compliance. The following dimensions for gaskets and flange dimensions are regarded as the minimum that you should consider. onductive elastomers generally offer a superior shielding performance when compared with alternatives as in table below. Gasket Type Neoprene (wire impregnated) Silicone (wire impregnated) Silicone (oriented wire) Neoprene (fabric wrap) Metallic finger stock Metallic fibres onductive silicone rubber Shielding performance S S G G G G G Temperature range S G G S G G G IP sealing P P S S P P G ompression force G G G G G S S ompression range S S S G G P S Surface texture P P G P G P S ompression set S S S S G P G Reusability S S S S G P G * Neoprene is a trademark of upont P = Poor S = Satisfactory G = Good onductive rubber gaskets can be loaded with many different metallic fillers but the choice of material is dependent upon a number of factors such as level of conductivity, shielding effectiveness, galvanic compatibility and cost. Galvanic orrosion can occur when two dissimilar metals are in contact with one another in the presence of an electrolyte. The type of gasket material has to be assessed because of the use of metallic fillers. Many applications are dry indoor environments where corrosion is not a major concern. However, for external use, particularly marine, it is recommended that consideration be given to compatibility. The table on the next page is a summary. Enclosure Material Silver/Nickel Silver/opper Silver/aluminum Inert aluminum Silver/Glass Silver Nickel/Graphite Nickel aluminum alloys X X X X Magnesium alloys X X X X Stainless steel opper alloys admium plating X X X X Tin plating X Nickel plating hromium plating Silver plating Zinc & galvanise plating X X X X Titanium = good = Satisfactory X = Not recommended 78

79 ppendix L ode hart SORTE Y LENGTH Wire Length, IN. ecimal Fraction ode L /32 L L /8 L L L L /16 L L L /4 L /8 L /8 L L /2 L /8 L /4 L L L L L L L L L L L L L L L L L L L L L5 SORTE Y OE Wire Length, IN. ode ecimal Fraction L /2 L L L L L L L L L L L /8 L L /4 L L L /16 L L L L /4 L L L L L L L /8 L L /16 L /8 L /32 L L L L L #25WG, SOLI OPPER WIRE PER QQW343, TYPE S, GOL PLTE PER MILG45204, TYPE II GRE OR, LSS 1 (50 MIROINHES MINIMUM) Nano L ode harts on page

80 ppendix L ode hart (for Nano products only) SORTE Y LENGTH Wire Length, IN. ecimal Fraction ode L /32 L L /8 L L L L /16 L L L /4 L /8 L /8 L L /2 L /8 L /4 L L L L L L L L L L L L L L L L L L L L L5 SORTE Y OE Wire Length, IN. ode ecimal Fraction L /2 L L L L L L L L L L L /8 L L /4 L L L /16 L L L L /4 L L L L L L L /8 L L /16 L /8 L /32 L L L L L #30WG, SOLI OPPER WIRE PER QQW343, TYPE S, GOL PLTE PER MILG45204, TYPE II GRE OR, LSS 1 (50 MIROINHES MINIMUM) 80

81 ppendix H ode harts 16878/4 Wire, Electrical, Polyetrafluorethylene (PTFE) Insulated, 200 egrees, 600 Volts, Extruded Insulation Length Yellow White System Nano H ode harts on page /1126 Wire, Electrical, FluoropolymerInsulated, Extruded TFE, Silveroated opper onductor, 600 Volt 10 olor Length White Repeat System 1 1 G30 Y30 H30 2 G24 Y24 H24 3 G20 Y20 H20 4 G33 Y33 H33 5 G31 Y31 H Y G26 Y26 H26 9 G15 Y15 H15 10 G29 Y29 H Y G39 Y39 H39 17 G36 Y36 H Y G38 Y38 H38 21 G55 Y55 H Y G10 Y10 H10 35 G18 Y18 H Y G37 Y37 H37 42 G12 Y12 H Y G40 Y40 H40 60 G14 Y14 H Y G32 Y32 H32 92 G22 Y22 H22 96 G35 Y35 H G42 Y42 H G43 Y43 H /3326 Wire, Electrical, FluoropolymerInsulated, rosslinked Modified, ETFE, Lightweight, Silveroated, High Strength opper lloy 200 egrees, 600 Volt 10 olor Length White Repeat System 1 1 V30 W30 X30 2 V24 W24 X24 3 V20 W20 X20 4 V33 W33 X33 5 V31 W31 X31 6 V19 W19 X19 8 V26 W26 X26 9 V15 W15 X15 10 V29 W29 X29 12 V28 W28 X28 16 V39 W39 X39 17 V36 W36 X36 18 V01 W01 X01 20 V38 W38 X38 21 V55 W55 X55 24 V09 W09 X09 30 V10 W10 X10 35 V18 W18 X18 36 V11 W11 X11 40 V37 W37 X37 42 V12 W12 X12 48 V13 W13 X13 50 V40 W40 X40 60 V14 W14 X14 72 V17 W17 X17 80 V32 W32 X32 92 V22 W22 X22 96 V35 W35 X V42 W42 X V43 W43 X43 81

82 ppendix H ode harts (for Nano products only) MILW16878/6 Wire, Electrical, Polyetrafluorethylene (PTFE) Insulated, 200 egrees, 250 Volts, Extruded Insulation Length Yellow White System

83 ppendix MILST681 Wire olor ode Reference ata PIN MILST681 ase First Second Third PIN MILST681 ase First Second Third No. No. olor Stripe Stripe Stripe No. No. olor Stripe Stripe Stripe 1* 0 LK WHT GRN VIO 2* 1 RN WHT GRN GRY 3* 2 RE WHT LU VIO 4* 3 ORN WHT LU GRY 5* 4 YEL WHT VIO GRY 6* 5 GRN WHT LK RN RE 7* 6 LU WHT LK RN ORN 8* 7 VIO WHT LK RN YEL 9* 8 GRY WHT LK RN GRN 10* 9 WHT WHT LK RN LU WHT LK WHT LK RN VIO WHT RN WHT LK RN GRY WHT RE WHT LK RE ORN WHT ORN WHT LK RE YEL WHT YEL WHT LK RE GRN WHT GRN WHT LK RE LU WHT LU WHT LK RE VIO WHT VIO WHT LK RE GRY WHT GRY WHT LK ORN YEL WHT LK RN WHT LK ORN GRN WHT LK RE WHT LK ORN LU WHT LK ORN WHT LK ORN VIO WHT LK YEL WHT LK ORN GRY WHT LK GRN WHT LK YEL GRN WHT LK LU WHT LK YEL LU WHT LK VIO WHT LK YEL VIO WHT LK GRY WHT LK YEL GRY WHT RN RE WHT LK GRN LU WHT RN ORN WHT LK GRN VIO WHT RN YEL WHT LK GRN GRY WHT RN GRN WHT LK LU VIO WHT RN LU WHT LK LU GRY WHT RN VIO WHT LK VIO GRY WHT RN GRY WHT RN RE ORN WHT RE ORN WHT RN RE YEL WHT RE YEL WHT RN RE GRN WHT RE GRN WHT RN RE LU WHT RE LU WHT RN RE VIO WHT RE VIO WHT RN RE GRY WHT RE GRY WHT RN ORN YEL WHT ORN YEL WHT RN ORN GRN WHT ORN GRN WHT RN ORN LU WHT ORN LU WHT RN ORN VIO WHT ORN VIO WHT RN ORN GRY WHT ORN GRY WHT RN YEL GRN WHT YEL GRN WHT RN YEL LU WHT YEL LU WHT RN YEL VIO WHT YEL VIO WHT RN YEL GRY WHT YEL GRY WHT RN GRN LU WHT GRN LU WHT RN GRN VIO * 10 colors repeat is the standard wire color code for MILTL83513 connectors. 83

84 Terminology dhesive dispensing: a computercontrolled machine automatically dispenses epoxy adhesive. ackmolding: this term refers to the process of transfermolding epoxy performs into a old. The epoxy is heated and pressurized, much like conventional plastic molding. ackpotting: the application of epoxy to connector wire terminations for strain relief and sealing. Epoxy is dispensed with pneumatic syringes. Standard Micro products have builtin potting wells to contain the epoxy, but optional potting in custom configurations is accomplished with inexpensive molds. rady labels: wraparound adhesive labels for multiconductor cable. reakout: the area where one or more cables are joined together. breakout frequently requires splices and extra strain relief such as cable ties or tubing. Electrical testing: Hipot, insulation resistance, and continuity testing are standard tests for cable assemblies. Etching: etching is a chemical process to prepare certain types of Teflon insulated wire for potting. Without etching, the epoxy will not bond properly. Expando: braided sleeving used to protect a wire bundle. The simplest and least expensive method of jacketing a cable, expando tubing is made of abrasionresistant nylon or other materials. The ends of the tubing are usually encapsulated in epoxy. Header: a general term for any printed circuit board mounted connector used as an I/O port. Hot stamping: insulated wire is imprinted with identification numbers or text. Hotstamped heat shrink tubing: used for multiconductor cables, heat shrink tubing is impression stamped, then installed on the cable and shrunk. Inkjet marking: dots of ink are sprayed through a stationary nozzle onto a part moving on a conveyer. Ink jet marking is now standard. Inkstamping: the traditional method of placing metal type in a marking machine which is inked with a roller. The metal type transfers the ink to a rubber pad, and the part is pressed onto the pad. Oven curing is required. Jumper able: this term usually applies to a short cable assembly that plugs into a printed circuit board one one end, with the other end mounted in an I/O panel. Lacing: the process of tying individual wires together into bundles. Special lacing tape is used. Laser stripping: insulation is removed from the wire by using a special laser stripping machine. Typically used on flat cable. Masstermination: simultaneous termination of multiple contacts. Normally associated with I termination, mass termination is also used on micropins in a special multicontact crimp tool. Pigtail: a singleended cable assembly having one connector on one end and unterminated wire on the other end. Potting: the application of various adhesives to a connector. Potting encapsulates the wires or terminals, providing environmental sealing and strain relief. Silkscreening: Ink is transferred through a screen. Stripping: insulation is removed from wire ends on automatic cut and strip equipment. Thermal Shock: a conditioning environmental test that cycles a part repeatedly through a specified temperature range. Thermal shock is frequently performed prior to pressure testing. Tinning: the application of molten solder to connector terminals. Micro products are tinned on a fully automatic machine with cleaning, preheating and inert gas tinning. Pretinned leads ensure excellent solderabillity. Wire marking: individual numbered adhesive tags are attached to each wire. Wire striping: insulated wire from #24 thru #28 WG is striped with colors for circuit identification. Wiring fixtures: flat wiring boards or more complicated threedimensional fixtures are required for many multibranched cable harnesses. Mating connectors are fixtured in the exact position of the end use equipment, and the cable assembly is built on the fixture. 84

85 Product Safety Information THIS NOTE MUST E RE IN ON JUNTION WITH THE PROUT T SHEET/TLOG. FILURE TO OSERVE THE VIE IN THIS INFOR MTION SHEET N THE OPERTING ONITIONS SPEIFIE IN THE PRO UT T SHEET/ TLOG OUL RESULT IN HZROUS SITUTIONS. 1. MTERIL ONTENT N PHYSIL FORM Electrical connectors do not usually contain hazardous materials. They contain conducting and nonconducting materials and can be divided into two groups. a) Printed circuit types and low cost audio types which employ all plastic insulators and casings. b) Rugged, Fire arrier and High Reliability types with metal casings and either natural rubber, synthetic rubber, plastic or glass insulating materials. ontact materials vary with type of connector and also application and are usually manufactured from either: opper, copper alloys, nickel, alumel, chromel or steel. In special applications, other alloys may be specified. 2. FIRE HRTERISTIS N ELE TRI SHOK HZR There is no fire hazard when the connector is correctly wired and used within the specified parameters. Incorrect wiring or assembly of the connector or careless use of metal tools or conductive fluids, or transit damage to any of the component parts may cause electric shock or burns. Live circuits must not be broken by separating mated connectors as this may cause arcing, ionization and burning. Heat dissipation is greater at maximum resistance in a circuit. Hot spots may occur when resistance is raised locally by damage, e.g. cracked or deformed contacts, broken strands of wire. Local overheating may also result from the use of the incorrect application tools or from poor quality soldering or slack screw terminals. Overheating may occur if the ratings in the product ata Sheet/atalog are exceeded and can cause breakdown of insulation and hence electric shock. If heating is allowed to continue it intensifies by further increasing the local resistance through loss of temper of spring contacts, formation of oxide film on contacts and wires and leakage currents through carbonization of insulation and tracking paths. Fire can then result in the presence of combustible materials and this may release noxious fumes. Overheating may not be visually apparent. urns may result from touching overheated components. 3. HNLING are must be taken to avoid damage to any component parts of electrical connectors during installation and use. lthough there are normally no sharp edges, care must be taken when handling certain components to avoid injury to fingers. Electrical connectors may be damaged in transit to the customers, and damage may result in creation of hazards. Products should therefore be examined prior to installation/use and rejected if found to be damaged. 4. ISPOSL Incineration of certain materials may release noxious or even toxic fumes. 5. PPLITION onnectors with exposed contacts should not be selected for use on the current supply side of an electrical circuit, because an electric shock could result from touching exposed contacts on an unmated connector. Voltages in excess of 30 V ac or 42.5 V dc are potentially hazardous and care should be taken to ensure that such voltages cannot be transmitted in any way to exposed metal parts of the connector body. The connector and wiring should be checked, before making live, to have no damage to metal parts or insulators, no solder blobs, loose strands, conducting lubricants, swarf, or any other undesired conducting particles. ircuit resistance and continuity check should be made to make certain that there are no high resistance joints or spurious conducting paths. lways use the correct application tools as specified in the ata Sheet/atalog. o not permit untrained personnel to wire, assemble or tamper with connectors. For operation voltage please see appropriate national regulations. IMPORTNT GENERL INFORMTION (i) ir and creepage paths/operating voltage. The admissible operating voltages depend on the individual applications and the valid national and other applicable safety regulations. For this reason the air and creepage path data are only reference values. Observe reduction of air and creepage paths due to P board and/or harnessing. (ii) Temperature ll information given are temperature limits. The operation temperature depends on the individual application. (iii) Other important information annon continuously endeavors to improve their products. Therefore, annon products may deviate from the description, technical data and shape as shown in this catalog and data sheets. Engineered for life is a registered trademark of ITT orporation ll other trademarks or registered trademarks are property of their respective owners. ll data subject to change without notice. Product Warranty ITT Electronic omponents, a ivision of ITT orporation manufactures the highest quality products available in the marketplace; however these products are intended to be used in accordance with the specifications in this publication. ny use or application that deviates from the stated operating specifications is not recommended and may be unsafe. No information and data contained in this publication shall be construed to create any liability on the part of annon. ny new issue of this publication shall automatically invalidate and supersede any and all previous issues. limited warranty applies to annon products. Except for obligations assumed by annon under this warranty, annon shall not be liable for any loss, damage, cost of repairs, incidental or consequential damages of any kind, whether or not based on express or implied warranty, contract, negligence or strict liability arising in connection with the design, manufacture, sale, use or repair of the products. Product availability, prices and delivery dates are exclusively subject to our respective order confirmation form; the same applies to orders based on development samples delivered. This publication is not to be construed as an offer. It is intended merely as an invitation to make an offer. y this publication, annon does not assume responsibility or any liability for any patent infringements or other rights of third parties which may result from its use. Reprinting this publication is generally permitted, indicating the source. However, annon's prior consent must be obtained in all cases. 85

86 86

87 Rack & Panel onnectors ITT is the world leader in rack and panel connectors, offering unmatched variety of shell configurations and insert arrangements, materials, plating and contact options. Many of our standard and custom designs meet the stringent requirements of RIN 600, RIN 404 (MIL81659), and MILTL83733 standards. /rackandpanel ircular/filter/hermetic onnectors s a world leader in circular, filter and hermetic connectors, ITT can leverage its design and manufacturing expertise to fit virtually any application. Our expertise includes fast positive mating for a wide range of military applications, as well as numerous sizes and contact configuration for various harsh environments. ITT can also meet numerous specs, including NTO and MIL standards. /circulars /filter /hermetics Subminiature onnectors annon invented sub connectors in Our family of Subs now includes combinations of signal, power and RF, as well as severe service sealed connectors. annon Subs are available with an extensive line of backshells and accessories and are one of the most economical shielded connector solutions available. Qualified to the MILTL24308 specification. /dsubs Fiber Optic onnectors and able ssemblies annon fiber optic solutions provide an excellent performance/cost value. Performance can be tailored to the end system, and our use of superior materials and bonding agents provides highly effective solutions. Our wide variety of products includes fiber optic hybrid contacts, multichannel, rack and panel, and hirel assemblies, including MIL and RIN standard solutions. /fiberoptics Microminiature onnectors annon microminiature connectors offer high performance and reliability with exceptional versatility. vailable in rectangular, circular and strip configurations for countless applications, many of our connectors meet or exceed applicable requirements of the MILTL83513 specification. /micro ITT's Electronic omponents business () is an international supplier of connectors, interconnects, cable assemblies, I/O card kits and smart card systems. s a worldwide leader in connector technology for nearly a century, ITT offers one of the industry's broadest product offerings, manufacturing capability worldwide, fast time to market, high volume/high yield capacity, robust design and Valueased Product evelopment and an extensive sales and customer support network.

88 annon Microminiature onnectors ustomer Support Locations SI Tuopandun Industrial rea, Jinda heng, Xiner Village, Shajing Town, aoan istrict, Shenzhen ity, Guangdong, hina Phone: (86) Fax: (86) GERMNY annonstrasse 1 Weinstadt, phone: fax: ITLY orso Europa 41/43 Lainate (MI), Italy phone: fax: UK Jays lose, Viables Estate asingstoke, RG22 4 phone: fax: US 666 East yer Road Santa na, toll free: phone: fax: ITT orporation. Engineered for life and annon are registered trademarks of ITT orporation. Specification and other data are based on information available at the time of printing, and are subject to change without notice. M0806