CONNECTOR SERIES. PCB High Density Connectors

Transcription

1 MHD/mdd/mdp CONNECTOR SERIES PCB High Density Connectors

2 Hyperboloid Technology Smiths Connectors offers an extensive range of superior contact technologies suitable for standard and custom solutions. Hypertac (HYPERboloid contact) is the original superior performing hyperboloid contact technology designed for use in all applications and in harsh and demanding environments where high reliability and safety are critical. The inherent electrical and mechanical characteristics of the Hypertac hyperboloid contact ensures unrivalled performance in terms of reliability, number of mating cycles, low contact force and minimal contact resistance. The shape of the contact sleeve is formed by hyperbolically arranged contact wires, which align themselves elastically as contact lines around the pin, providing a number of linear contact paths. FEATURE LOW INSERTION/EXTRACTION FORCES The angle of the socket wires allows tight control of the pin insertion and extraction forces. The spring wires are smoothly deflected to make line contact with the pin. LONG CONTACT LIFE The smooth and light wiping action minimizes wear on the contact surfaces. Contacts perform up to 100,000 insertion/ extraction cycles with minimal degradation in performance. LOWER CONTACT RESISTANCE The design provides a far greater contact area and the wiping action of the wires insures a clean and polished contact surface. Our contact technology has about half the resistance of conventional contact designs. HIGHER CURRENT RATINGS The design parameters of the contact (e.g., the number, diameter and angle of the wires) may be modified for any requirement. The number of wires can be increased so the contact area is distributed over a larger surface. Thus, the high current carried by each wire because of its intimate line contact, can be multiplied many times. IMMUNITY TO SHOCK & VIBRATION The low mass and resultant low inertia of the wires enable them to follow the most abrupt or extreme excursions of the pin without loss of contact. The contact area extends 360 around the pin and is uniform over its entire length. The 3 dimensional symmetry of the Hypertac contact design guarantees electrical continuity in all circumstances. BENEFIT HIGH DENSITY INTERCONNECT SYSTEMS Significant reductions in size and weight of sub-system designs. No additional hardware is required to overcome mating and un-mating forces. LOW COST OF OWNERSHIP The Hypertac contact technology will surpass most product requirements, thus eliminating the burden and cost of having to replace the connector or the entire subsystem. LOW POWER CONSUMPTION The lower contact resistance of our technology results in a lower voltage drop across the connector reducing the power consumption and heat generation within the system. MAXIMUM CONTACT PERFORMANCE The lower contact resistance of the Hypertac contact reduces heat build-up; therefore Hypertac contacts are able to handle far greater current in smaller contact assemblies without the detrimental effects of high temperature. RELIABILITY UNDER HARSH ENVIRONMENTS Harsh environmental conditions require connectors that will sustain their electrical integrity even under the most demanding conditions such as shock and vibration. The Hypertac contact provides unmatched stability in demanding environments when failure is not an option.

3 table of contents MHD series Technical characteristics... How to order...3 Modules configuration...4 Standard ging stages...5 Termination styles...6 Connector dimensions...7 Guiding devices...13 Contact board preparation details...14 Power and high frequency contacts...18 MDD series Technical characteristics...19 How to order...0 Modules configuration...1 Standard ging stages... Termination styles...3 Connector dimensions...4 Guiding devices...5 Contact board preparation details...6 MDP series Technical characteristics...7 How to order...8 Connector dimensions...9 Guide and termination styles...30 Contact board preparation details

4 MHD technical characteristics MATERIALs & platings Insulator Frame Contact Guide Contact plating Diallyl Phtalate UL94vo Aluminium Alloy Copper Alloy Brass + Ni or Stainless steel Ni + Au Temperature range Safety of contact from extraction environmental Mating cycles 5000 Withdrawal forces - 55 C to +15 C Statical mm / Dynamical 1.80 mm / N Special contacts According to NFC electrical Contact resistance Current rating Insulation Voltage rating Proof voltage Contact diameter Impedance Signal 1 mω Power mω Signal 3 A Power 15 A >10 4 MΩ 00 V 800 V Signal mm Power.00 mm Coaxial 50 Ω Dimension are in mm

5 MHD HOW TO ORDER HYPERTAC MH D ESA B series arrangement HA 1 HB 6 XA XA 7 XB 3 HB part - polarity - plating Male Plug standard plating 4 4 Female Receptacle - Standard plating Male Plug - Pretinned Female Receptacle - Pretinned TERMINATION STYLES termination, PCB thickness Straight termination, PCB thickness SMT* - uncentered PCB thickness termination, PCB thickness SMT*- PCB thickness SMT* - uncentered PCB thickness termination, PCB thickness SMT* - PCB thickness SMT* - uncentered PCB thickness Straight termination, PCB thickness SMT* - PCB thickness Female / male saver** guide styles Male Polarised, transverse mount, STANDARD Plug Female polarised, vertical mount Female polarised, transverse mount Female unpolarised, vertical mount Female all polarised, vertical mount Female polarised, transverse mount Male power or mass contact, transverse mount 0 1 * Surface Mount Termination ** Consult us - PCB thicknes is in mm Male Polarised, vertical mount Female polarised, vertical mount Male unpolarised, transverse mount Female all polarised, vertical mount Female all polarised, transverse mount Female power or mass contact, vertical mount ¼ turn, free connector 3

6 MHD Modules configuration SINGLE ARRANGEMENTS RECEPTACLE - MATING SIDE VIEWS MIXED ARRANGEMENTS 05 3HB 100 7XB 15 XA 00 6XA 5 1HB 300 5HA ways module 50 ways module 4 ways module (special contacts) Space which can receive: x50 ways module or x6 ways module 1x4 ways module or x4 ways module Space which can receive: x6 ways module or 1x4 ways module 4

7 MHD standard ging stages misalignment gap tilting longitudinal lateral lateral longitudinal lateral ± 3 ± 3 Plug Receptacle Mated connectors min mm max Acceptable Misalignment 0.70 mm max Acceptable Misalignment gap: 0.30 mm min Mounting examples Fully mated pair ± Fully mated pair ± 0.5 Fully mated pair female receptacle ± ± 0.10 Fully mated pair 90 male Extension board 90 male straight female receptacle Displacement Max displacement allowed while ging in the receptacle: 0.15 mm in all ged in connector ways. 5

8 MHD Termination styles through board solder - 90 receptacle through board solder - STRAIGHT Ref: 10 pcb: A = B = 6 max A Ref: 30 pcb: A = min A = 4.00 max ref: 11 pcb: A = B = 6.60 max *.65 ±0.05 Ø Ø ref: 31 pcb: A = 6.10 min A = 6.60 max A * B * Unbuild-up of tolerances through board solder - 90 through board solder - STRAIGHT Ref: 10 pcb: A = 5.95 max ref: 1 pcb: A = 7.60 max *.65 ±0.05 A Ø Ø max A Ref: 30 pcb: A = min A = 4.00 max ref: 31 pcb: A = 4.60 min A = 5.10 max 1 max * Unbuild-up of tolerances surface mount (centered PCB) surface mount (uncentered PCB) Ref: 41 pcb: A = 5.0 max See section A Contact point max A See section Contact point max Ref: 44 pcb: A = 4.40 max ref: 4 pcb: A = 4.40 max ref: 45 pcb: A = 7 max ref: 43 pcb: A = 4.80 max 1 max 0.35 PCB side Section max ref: 47 pcb: A = 7 max 6

9 MHD connector dimensions receptacle 5 contacts CBL screw M x 5 MHD part number - Code date F F MHD part number - Code date Max Ø max 1 max. 1x=.86 View mating side 10 CBL screw M x CONTACTS 7 MHD part number Code date F F MHD part number - Code date Ø 58.0 max 1 max max 10 4 x = 45.7 View mating side CBL screw 5HA M x 5 MHD part number - Code date MHD part number - Code date max P1 P P3 P4 A B DC 0.955* max 1 max X5.08= * View mating side 1HB CBL screw M x 5 MHD part number Code date F max 7.10 MHD part number D Code date 0.955* P1 P P3 P * DC A B 10 3X5.08=15.4 1x =.86 View mating side * Theoretical dimensions The termination side contact configurations are specified on board preparation details max 1 max 7

10 MHD connector dimensions M x 5 CBL screw 15 contacts C D Ø max 1 max receptacle C D max * 1 x =.86 4 x = 45.7 View mating side 6xa M x 5 CBL screw 7 D max 1 max receptacle D * max * A B D C P1 P P3 P * 3X5.08= x = P1 P P3 P4 3X5.08= * 10 View mating side * Theoretical dimensions The termination side contact configurations are specified on board preparation details. 8

11 MHD connector dimensions 00 contacts receptacle View mating side M x 5 CBL screw xa 7 E F max 1 max receptacle E F * * max * 5 6 P1 P P3 P4 P1 P P3 P *. 3X5.08= x = * 3X5.08= x = * View mating side * Theoretical dimensions The termination side contact configurations are specified on board preparation details. 9

12 MHD connector dimensions 5 contacts M x 5 CBL screw D E F Ø max 1 max receptacle D E F max 10 1 x = * 4 x = * 4 x = View mating side 7xB M x 5 CBL screw E F max 1 max receptacle D E F * Max * P1 P P3 P4 P1 P P3 P * 6.035* 3X5.08=15.4 3X5.08= x = * 4 x = View mating side * Theoretical dimensions The termination side contact configurations are specified on board preparation details. 10

13 MHD connector dimensions 300 CONTACTS M x 5 CBL screw Ø max 1 max receptacle max * *.54 4 x = x = x = 45.7 View mating side 3hb M x 5 CBL screw D max 1 max receptacle max * 0.955* 10 P1 P P3 P * 3X5.08=15.4 1x= * 4 x = * 4 x = View mating side * Theoretical dimensions The termination side contact configurations are specified on board preparation details. 11

14 MHD connector dimensions 35 contacts 400 CONTACTS receptacle receptacle * 1x =.86 View mating side Ø 4 x = 45.7 View mating side * 4 x = * 4 x = max G max * * 4 x = x = max G H max * * 4 x = x = 45.7 H M x 5 CBL screw 7.10 M x CBL screw 1 max 10 1 max 10 * Theoretical dimensions The termination side contact configurations are specified on board preparation details. 1

15 MHD Guiding devices Receptacle MHD Polarised female guide vertical mounting (Length: 5.50) MHD 00- Z1 Polarised female guide vertical mounting (Length: 7) MHD 00- z14 / Z134 Polarised female guide transverse mounting P/N 14: A=6; 134: A=6.60 MHD 00- Z16 Unpolarised female guide vertical mounting 5.50 max 5N.cm* M.50 Mass per set: 0.65 gr. 7 max 5N.cm* M.50 Mass per set: 0.65 gr. 7 max M 5N.cm* 15N.cm* Ø.50 M ±0.05 A max Mass per set: 1.50 gr. (P/N:14) 5.50 max 5N.cm* M.50 MHD 00- Z130 All polarity female guide vertical mounting (Length: 5.50) MHD 00- Z131 All polarity female guide vertical mounting (Length: 7) MHD 00- Z133 All polarity female guide transverse mounting MHD 00- Z190 Ground female guide vertical mounting Ø max 5N.cm* M.50 7 max 5N.cm* M.50 7 max M 5N.cm* Ø.50 5N.cm* M ± max M.50 5N.cm* 0.80 Depth:1 Ø max MHD Polarised male guide transverse mounting MHD 00- Z111 Polarised male guide vertical mounting MHD 00- Z15 Unpolarised male guide transverse mounting MHD 00- Z191 Ground male contact transverse mounting 4 on flats nut 5 N.cm* 5.50 M.50 Ø N.cm* N.cm* N.cm* Mass per set: 0.55 gr. Mass per set: 1.35 gr. Mass per st: 0.55 gr. * Theoretical dimensions 13

16 MHD 5 contact board preparation details (1) Straight termination Guides: 11, 1, 16, 130, 131, 190 receptacle 90 termination Guides: 14, 133, 134 holes min Ø.70 1 x =.86 5 holes min Ø * holes min x =.86 5 holes min Ø * Straight termination Guides: termination Guides: 110, 15, * 5 x = 3.815* 3.495* 3.495* 5 x = 3.815* 3.495* 0.955* holes min Ø.70 5 holes min Ø * holes min Ø * holes min Ø * Surface mount termination Guides: 110, 15, 191 holes min Ø * (contact point) G H Axis of tracks 3.815* 0.955* * * * 3.495* * H view G view (1) Important note: See important note on 1HB preparation board details (page 17). * Theoretical dimensions 14

17 MHD 5ha CONTACT board PREPARATION DETAILS (1) straight termination Guides: 11, 1, 16, 130, 131, 190 receptacle 90 termination Guides: 14, 133, holes min Ø.70 3 x 5.08 = *.54 holes min Ø x 5.08 = * *.54 8 holes min Ø * 0.955* 3.30 max 1 holes min Ø * 90 termination Guides: 110, 15, 191 Surface mount termination Guides: 110, 15, 191 holes min Ø * 3 x 5.08 = *.54 holes min Ø.10 NO TRACKS G H Axis of tracks.0 (contact point) 3.30 max 1 holes min Ø * * H view * G view (1) Important note: See important note on 1HB preparation board details (page 17). * Theoretical dimensions 15

18 MHD 100 contact board preparation details (1) Straight termination Guides: 11, 1, 16, 130, 131, 190 A MOULDING receptacle 90 termination Guides: 14, 133, 134 A MOULDING 4 x = x = 45.7 holes min Ø * 100 holes min Ø holes min Ø * 100 holes min Ø F MOULDING F MOULDING Straight termination Guides: 111 A MOULDING 90 termination Guides: 110, 15, 191 A MOULDING 3.495* 0.955* holes min Ø x = * * 100 holes min Ø * holes min Ø * 0.955* 49 x = * 100 holes.40 min Ø * * F MOULDING F MOULDING Surface mount termination Guides: 110, 15, 191 F MOULDING A MOULDING holes min Ø * (Contact point) G H Axis of tracks * 0.955* * 3.495* * H view G view (1) Important note: See important note on 1HB preparation board details (page 17). * Theoretical dimensions 16

19 MHD 1hb contact board preparation details (1) Straight termination Guides: 11, 1, 16, 130, 131, 190 A MOULDING receptacle 90 termination Guides: 14, 133, 134 A MOULDING 0.955* * 3 x 5.08 = * holes min Ø.70 8 holes min Ø holes min Ø x = * D MOULDING * 3.30 max holes min Ø * 3 x 5.08 = * * 1 x =.86 5 holes min Ø holes min Ø 0.80 D MOULDING termination Guides: 110, 15, 191 Surface mount termination Guides: 110, 15, 191 (1) Important note: Drilling layouts shown concern the following full configurations: 05, 5HA, 100, 1HB, 00. Other arrangements, shown on MODULES CONFIGURATION page, require a specific drilling layout to ensure the correct mounting of the chosen connector, that you must obtain from our technical department. However, the drilling layouts shown above should help you to achieve the desired configuration. For that, you may have to mix those drilling layouts to obtain the right configuration. * Theoretical dimensions 17

20 MHD Power & high frequency CONTACTS (NFC 93569) Example of contact overview ( r--) Ø 4.7 (clip springs Ø) 6.5 Ø 4 Ø Ø (5.1) Ø 1 POWER CONTACTS Male P/N Female P/N 90 termination R OG 90 termination R G1 Straight termination R OG Straight termination R G1 Solder bucket termination R OG Solder bucket termination R G1 HIGH FREQUENCY CONTACTS Male P/N Female P/N Vertical mounting, suitable for flexible cable Ø 1.9 max. Ref. KX 1 A (Rg 178 B/U or RG 196). KMX 3-M 081 KMX 3-f 081 Transverse mounting, suitable for flexible cable Ø 1.9 max. Ref. KX 1 A (Rg 178 B/U or RG 196). KMX 3-M 09 KMX 3-F 09 Usable with mother board, thickness 3. mm max. Vertical mounting, suitable for flexible cable Ø.5 max. Ref. KX A (RG 316). KMX 3-M 101 KMX 3-F 101 Transverse mounting, suitable for flexible cable Ø.5 max. Ref. KX A (RG 316). KMX 3-M 11 KMX 3-F 11 Usable with mother board, thickness 3. mm max. Vertical mounting, suitable to semi-rigid cable Ø. max. Ref. Ks 1 A (RG UT 85). KMX 3-M 131 KMX 3-F 131 Transverse mounting, suitable to semi-rigid cable Ø. max. Ref. Ks 1 A (RG UT 85). KMX 3-M 14 KMX 3-F 14 Usable with mother board, thickness 3. mm max. Straight termination tail for direct mounting on to PCB KMX 3-m 041 KMX 3-f termination tail for direct mounting on to PCB KMX 3-m 03 KMX 3-f 03 SMT termination KMX 3-m 17 KMX 3-f 17 extraction TOOLS P/N: SD-03000CX003 18

21 MDD technical characteristics MATERIALs & platings Insulator Frame Contact Guide Contact plating Diallyl Phtalate UL94vo Aluminium Alloy Copper Alloy Brass + Ni or Stainless steel Ni + Au Temperature range environmental - 55 C to +15 C Safety of contact from extraction Statical mm / Dynamical 1.80 mm / Mating cycles 5000 Withdrawal forces 0.5 N Special contacts According to NFC electrical Contact resistance Current rating Insulation Voltage rating Proof voltage Contact diameter Impedance Signal 1 mω Signal 3 A >10 4 MΩ 00 V 800 V Signal mm Coaxial 50 Ω Dimension are in mm 19

22 MDD HOW TO ORDER MD D series arrangement part - polarity - plating 1 5 Male Plug - MIL plating 4 Female Receptacle - MIL plating 1 9 Male Plug - MIL tinned plating 8 Female Receptacle - MIL tinned plating TERMINATION STYLES termination, PCB thickness Straight termination, PCB thickness SMT* - uncentered PCB thickness termination, PCB thickness Straight termination, PCB thickness Straight termination, PCB thickness guide styles Male Polarised, transverse mount, STANDARD Plug Female polarised, vertical mount Female polarised, transverse mount Female unpolarised, vertical mount Female all polarised, vertical mount Female polarised, transverse mount Male power or mass contact, transverse mount 0 1 Male Polarised, vertical mount Female polarised, vertical mount Male unpolarised, transverse mount Female all polarised, vertical mount Female all polarised, transverse mount Female power or mass contact, vertical mount ¼ turn, free connector * Surface Mount Termination PCB thickness is in mm 0

23 MDD Modules configuration RECEPTACLE - MATING SIDE VIEWS SINGLE ARRANGEMENTS ways module 1

24 MDD standard ging stages misalignment gap tilting longitudinal lateral lateral longitudinal lateral ± 3 ± 3 Plug Receptacle Mated connectors min mm max Acceptable Misalignment 0.70 mm max Acceptable Misalignment gap: 0.30 mm min Mounting examples Fully mated pair ± Fully mated pair ± 0.5 Fully mated pair female receptacle ± ± 0.10 Fully mated pair 90 male Extension board 90 male straight female receptacle Displacement Max displacement allowed while ging in the receptacle: 0.15 mm in all ged in connector ways.

25 MDD Termination styles Receptacle through board solder - 90 through board solder - STRAIGHT Ref: 10 pcb: A = B = 6 max A Ref: 30 pcb: A = min A = 4.00 max ref: 11 pcb: A = B = 6.60 max *.65 ±0.05 Ø Ø ref: 31 pcb: A = 6.10 min A = 6.60 max B A * * Unbuild-up of tolerances ref: 96 pcb: A = 4.70 min A = 5.10 max through board solder - 90 through board solder - STRAIGHT Ref: 10 pcb: A = 5.95 max *.65 ±0.05 A Ø Ø 0.40 A Ref: 30 pcb: A = min A = 4.00 max 1 max ref: 31 pcb: A = 4.60 min A = 5.10 max 1 max * Unbuild-up of tolerances surface mount (uncentered PCB) Ref: 44 pcb: A = 4.40 max A See section Contact point max 1 max 3

26 MDD connector dimensions min 4.6 max contacts Ecrou 4 sur plats M.5 7 max F MDD max RECEPTACLE MDD F x = * 0.955* C D A B CONTACTS Vis/Screw CBL M E F RECEPTACLE E F * 49 x = * 6.985* 49 x = * 3.495* C D C D 1.7 A B A B 1.7 * Theoretical dimensions 4

27 MDD Guiding devices Receptacle MHD Polarised female guide vertical mounting (Length: 5.50) MHD 00- Z1 Polarised female guide vertical mounting (Length: 7) MHD 00- z14 / Z134 Polarised female guide transverse mounting P/N 14: A=6; 134: A=6.60 MHD 00- Z16 Unpolarised female guide vertical mounting 5.50 max 5N.cm* M.50 Mass per set: 0.65 gr. 7 max 5N.cm* M.50 Mass per set: 0.65 gr. 7 max M 5N.cm* 15N.cm* Ø.50 M ±0.05 A max Mass per set: 1.50 gr. (P/N:14) 5.50 max 5N.cm* M.50 MHD 00- Z130 All polarity female guide vertical mounting (Length: 5.50) MHD 00- Z131 All polarity female guide vertical mounting (Length: 7) MHD 00- Z133 All polarity female guide transverse mounting MHD 00- Z190 Ground female guide vertical mounting Ø max 5N.cm* M.50 7 max 5N.cm* M.50 7 max M 5N.cm* Ø.50 5N.cm* M ± max M.50 5N.cm* 0.80 Depth:1 Ø max MHD Polarised male guide transverse mounting MHD 00- Z111 Polarised male guide vertical mounting MHD 00- Z15 Unpolarised male guide transverse mounting MHD 00- Z191 Ground male contact transverse mounting 4 on flats nut 5 N.cm* 5.50 M.50 Ø N.cm* N.cm* N.cm* Mass per set: 0.55 gr. Mass per set: 1.35 gr. Mass per st: 0.55 gr. 5

28 MDD 100 contact board preparation details (1) Straight termination Guides: 11, 1, 16, 130, 131, 190 A MOULDING RECEPTACLE 90 termination Guides: 14, 133, 134 A MOULDING 4 x = x = 45.7 holes min Ø * 100 holes min Ø holes min Ø * 100 holes min Ø F MOULDING F MOULDING Straight termination Guides: 111 A MOULDING 90 termination Guides: 110, 15, 191 A MOULDING 3.495* 0.955* holes min Ø x = * * 100 holes min Ø * holes min Ø * 0.955* 49 x = * 100 holes.40 min Ø * * F MOULDING F MOULDING Surface mount termination Guides: 110, 15, 191 F MOULDING A MOULDING holes min Ø * (Contact point) G H Axis of tracks * 0.955* * 3.495* * H view G view (1) Important note: See important note on 1HB preparation board details (page 17). * Theoretical dimensions 6

29 MDP technical characteristics MATERIALs & platings Insulator Frame Contact Guide Contact plating Diallyl Phtalate UL94vo Aluminium Alloy Copper Alloy Brass + Ni or Stainless steel Ni + Au Temperature range environmental - 55 C to +15 C Safety of contact from extraction Statical mm / Dynamical 1.80 mm / Mating cycle 5000 Withdrawal forces 0.5 N Special contacts According to NFC electrical Contact resistance Current rating Insulation Voltage rating Proof voltage Contact diameter Impedance Signal 1 mω Signal 3 A >10 4 MΩ 00 V 800 V Signal mm Coaxial 50 Ω Dimension are in mm 7

30 MDP HOW TO ORDER MD P series arrangement part - polarity - plating 1 9 Male Plug - MIL tinned plating 8 Female Receptacle - MIL tinned plating TERMINATION STYLES termination, PCB thickness SMT* - uncentered PCB thickness Straight termination, PCB thickness Straight termination, PCB thickness 4.50 guide styles Male unpolarised, vertical mount Male unpolarised, transverse mount * Surface Mount Termination PCB thickness is in mm Female polarised, vertical mount Female polarised, transverse mount 8

31 MDP connector dimensions 00 contacts M.5 (x3) 4.9 ±0.3 7 A MDP B max RECEPTACLE max E F x 49 = * 6.985* x 49 = * 7 max C D 0.955* 4 3 C D A B A B 1.7 (107.3) * Theoretical dimensions 9

32 MDP Guide and TERMINATION styles receptacle Ref: 10 pcb: through board solder - 90 Guide: ± max through board solder - STRAIGHT Guide: Ref: 96 pcb: Ø0.4 (x00) Couple 5N.cm.6 3. ±0.4 Ø0.4 (x00) 3 x = through board solder - STRAIGHT Ref: 44 pcb: Bearing face Guide: 114 Ø 0.4 (x00) surface mount (uncentered PCB) 1.6 Guide: 15 Contact point Ref: 81 pcb: max max max Ø 0.5 (x00) Ø0.5 (x100) Note: for other guide styles requested, please contact technical support. 30

33 A MDP 00 contact board preparation details Straight termination Guide: 1 RECEPTACLE 90 termination Guide: Moulding B Moulding 3 holes ØA B 49 1 A holes Ø0.55 min x = x = holes Ø.7 min 00 holes Ø0.55 min.40 A * * Moulding B MouldingE.40 Moulding A MouldingF A A A A * E Moulding F Moulding Straight termination Guide: * * * 3.495* 3.495* * * 3.495* 00 holes Ø0.55 min 0.955* 0.955* 4 Moulding A Moulding B holes ØA Moulding F * Moulding E surface mount termination Guide: 15 See detail A Moulding E Moulding F 3 holes Ø.1 min * * 3.81 (point of contact) G H 0.955* Moulding A Moulding B * * * * 3.495* 3.495* * 3.495* 3.495* 3.495* H view G view * Theoretical dimensions 31

34 Disclaimer 014 All of the information included in this catalogue is believed to be accurate at the time of printing. It is recommended, however, that users should independently evaluate the suitability of each product for their intended application and be sure that each product is properly installed, used and maintained to achieve desired results. Smiths Connectors makes no warranties as to the accuracy or completeness of the information, and disclaims any liability regarding its use. Smiths Connectors reserves the right to modify design and specifications, in order to improve quality, keep pace with technological development or meet specific production requirements. No reproduction or use without express permission of editorial and pictorial content, in any manner.

35 Smiths connectors product lines PCB POWER EMI/EMP FILTER Low, medium and high density board-to-board, cable to board and stacking Rugged standard Low profile Signal, power, coaxial & high speed configurations Self configurable board-to-board Spring probe connectors Mixed signal, power and coaxial contact connectors Different termination styles: solder cup, crimp, SMT and SMT flex, press fit, solder dip. Circular Configurable rectangular Ruggedized Single and Multi-Way Connectors Power contact up to 1,00 Amps Excellent performance in harsh environment conditions Cable assembling EMI/RFI filtering and transient protection RoHS compliant solderless filter connectors available Circular, ARINC, D-Subminiature Micro-D Filtered adapters for bolt on EMI /EMP solutions Filter hybrid capability MODULAR/RECTANGULAR CIRCULAR HEAVY DUTY Configurable with modules for signal, power, coax, fiber optics and/or pneumatics Easy configuration in a single frame For rack & panel, and cable applications Guided hardware for blind D-sub connectors Micro-D style Signal connectors for hand held and docking stations Metal and Plastic Industrial M1, M3, M40, M58 Crimp and solder terminations Various types of cable clamps Push Pull/ latch mechanism Color coding Ultra reliable hyperboloid contact Modular solution: signal, power, data contacts, and fiber optics High resistance in harsh environment EMC shielding Easy cable mounting High pressure up to 35K PSI, 50 C High temperature up to 440 C spring probes MIL/AERO STANDARD HIGH SPEED COPPER/FIBER Z-axis compliant Blind mate engagement Long cycle life High density Extreme miniaturization Printed circuit board test Bare board test Coaxial contacts Standard military interface ARINC interface ARINC 801 Custom inserts Quadrax and Twinax Connectors Rugged D-Sub Connectors ARINC and MIL-STD Contacts Micro Twinax/Quadrax Butt-Joint and Expanded Beam Contacts ARINC 801 Termini Floating Fiber Termini

36 SMITHS CONNECTORS GLOBAL SUPPORT AMERICAS EUROPE ASIA Costa Mesa, CA Hudson, MA Kansas City, KS France Germany Italy United Kingdom Shanghai, China Suzhou, China Singapore visit us at smithsconnectors.com Copyright 016 Smiths Connectors All rights reserved Version 1.1