Amphenol Docking Connectors

Transcription

1 1 mphenol Docking onnectors mphenol erospace offers the ideal connector for applications where frequent docking to charge and transfer data is a necessity. Utilizing mphenol s rush contact system, this connector system offers high performance of over 100,000 mating cycles. rush Technology rush Technology Strands of high tensile strength wire are bundled together to form brush-like contacts. y intermeshing two wire bundles together, an electrical connection is made. rush ttributes: Low Mating Force: 70-90% less than conventional pin and socket Provides multiple points of contact, points of contact per mate. Impervious to fretting corrosion Long contact life, over 100,000 mating cycles without degradation in performance. mphenol Design ngineering and Manufacturing xpertise We take pride that mphenol erospace is the undisputed leader in interconnect systems for aerospace/harsh environment applications. Such applications require a high degree of engineering sophistication and precision manufacturing capabilities that only a company that has been in the interconnect product design and manufacturing business for over 50 years can offer. xpert design and applications engineering provides solid modeling and full Pro- capabilities to develop new interconnect products and perform structural analysis. In addition, mphenol s team of dedicated signal integrity engineers characterize our interconnect products and optimize for high speed. mphenol s docking connectors are designed for applications of: Handheld GPS Units Handheld Radios Rugged omputers ontrollers Scanners ccessories ellular Phone mphenol erospace The Interconnection Leader

2 2 Performance Durability: Up to 100,000 mating cycles Insertion/xtraction Force: 1.5 ounce typical per contact Operating Temperature: -65 to 125 urrent Rating: Data Rate: (Select connectors only) Insulation Resistance: Dielectric Withstanding Voltage: Up to 5 amperes (termination dependent) Hot swap 1 ampere maximum (load dependent) onfigurable for Gbps differential signal 5 gigaohms minimum 750 Sea Level Minimum ,000 Feet levation Minimum Solderability: MIL-STD-202, Method 208 Salt Fog: Humidity: 48 Hours IW MIL-STD-1344, method 1001, test condition IW MIL-STD-1344, method 1002, type II Vibration: 4 hours in each of 3 mutually perpendicular axes IW MIL-STD-1344, method 2005, test condition V, letter H Shock: Features Radial Misalignment: ngular Misalignment: Polarization: olor: Materials Insulator: 1 shock along each of three mutually perpendicular axes IW MIL-STD-1344, method 2004, test condition G apable of correcting up to a.040 initial radial misalignment apable of mating with up to a 4 initial angular misalignment D shaped interface Standard lack plus a wide variety of colors available Glass filled thermoplastic molding ontact: Wire: eryllium copper per STM 197; finish is gold per STM 488 over nickel per MS-QQ-N-290. Holder: rass similar to UNS 33500; finish is gold per MIL-G or tin-lead per MIL-P or tin per MIL-T (RoHS ompliant). Sleeve: Stainless Steel per MS-5514, passivated IW QQ-P-35 (D and I/O connectors only) mphenol erospace

3 3 ustom ontacts.0787 X Staggered Grid Spacing.276 ±.005 DI ±.002 DI ±.002 DI. High Density rush (HD 3 ) onnector Series.070 X.060 Staggered Grid Spacing.335 MX..150 ± ± MIN. THRU HOL (US NO. 2 SRW) PIN 1 PIN MIN. THRU HOL (US NO. 2 SRW) ±.001 Number of ontacts mphenol erospace Dimensions See mphenol HD3 Data sheet, PDS-201, for additional contact D F.195 MIN. HX.070 MIN DP (US 3/16 HX HD).016 ± ±.020 F D

4 4 Low Mating Force Rectangular onnector Series X Square Grid rrangement (Reference MIL-55302/166 thru /170) Mother oard onnector.193 MX UN-2 UN ±.002 DI DI..010 M TIL LNGTH LOKING/MOUNTING USHING ( ) FOR MTING WITH INPUT/OUTPUT ONNTOR, SSORY ITM** ±.025 Tail Length ± Number of ontact Max Max ontacts Pattern See mphenol Low Mating Force Rectangular atalog, , for additional contact Daughter oard onnector DI. mphenol erospace.285 ± X.075 DP (OMMODTS HX NUT.7 MX. ROSS FLTS &.205 MIN. ROSS ORNRS) D.021 ±.002 DI. TIL LNGTH Tail Length ± Number of ontact Max D ontacts Pattern Max Max 10 2 X X X X X X X X X X X X X X X See mphenol Low Mating Force Rectangular atalog, , for additional contact

5 5 Input/Output onnector.540 MX..785 MX. UNMTD FR LNGTH.650 MX. WHN FULLY SSMLD TO MTING ONNTOR Printed ircuit onnector.193 MX DI. UN-2 K DI. LOKING SRW SSORY ITM**.670 MX. TIL LNGTH.445 MX. UNMTD FR LNGTH ontact Type Diameter Length K ±.002 ±.020 rimp ontact N/ N/ Round P Stud Solder Termination MX..220 DI. WHN FULLY SSMLD TO MTING ONNTOR.021 ±.002 DI. LOKING SRW SSORY ITM** DI..002 TIL LNGTH.021 ±.002 DI..012 M.200 Tail Length ± Number of ontact Max Max ontacts Pattern See mphenol Low Mating Force Rectangular atalog, , for additional contact Number of ontact Max Max ontacts Pattern See mphenol Low Mating Force Rectangular atalog, , for additional contact Notice: Specifications are subject to change without notice. ontact your nearest mphenol orporation Sales Office for the latest specifications. ll statements, information and data given herein are believed to be accurate and reliable but are presented without guarantee, warranty, or responsibility of any kind, expressed or implied. Statements or suggestions concerning possible use of our products are made without representation or warranty that any such use is free of patent infringement and are not recommendations to infringe any patent. The user should assume that all safety measures are indicated or that other measures may not be required. Specifications are typical and may not apply to all connectors. MPHNOL is a registered trademark of mphenol orporation. mphenol erospace 2009 mphenol orporation Printed in U.S.. 1/21/2009