VME64X CONNECTOR SERIES Rugged High Speed Connectors

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...

M odular design of high speed modules feature round pins to mate with Hypertac contacts D esigned for severe environments with extreme levels of shock and vibration Delivers the highest level of reliability and performance Superior performance in high speed applications EMI/RFI protection Provides ruggedness and conduction cooling Supports the premier embedded bus architecture Ensures proper mating Optimized lead traces Rugged aluminum frames M echanically compliant with IEEE-1101.2, ruggedization level 5 Keying feature C omplies with ANSI/VITA 1.7 high current standard for VME64X COTS and custom...

technical characteristics Contact Positions P1/J1 and J1/J2 - 160 contacts P0/J0 - 95 signal and 19 ground contacts Contact Termination Straight through board solder, press fit Nominal Current MECHANICAL & ENVIRONMENTAL Shell Style Contact Style Hypertac hyperboloid Operating Temperature 100 G peak (6 millisecond pulse, 3 shocks per axis) 15 G sweep from 10 to 2000 to 10 Hz 4 hours per axis (12 hours total) Mating Cycles 27.3 LBf average (mating per module) 22.4 LBf average (unmating per module) MATERIALS & FINISHES Insulator Beryllium copper plated with 50 µin Au/50 µin Ni ELECTRICAL Current...

Recommended Alignment Fixturing and Tooling alignment tool work instructions Standard VME Backplane J1/J2 press tool Standard VME Backplane J0 press tool Standard VME Polarizing pin press tool Standard VME Daughtercard alignment Standard VME Backplane alignment Backplane Layout

Daughter Card Layout

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J0/P0 High Speed Electrical Performance PERFORMANCE Specifications P1/P2 CRD (Contact Resistance at Rated Current) LLCR (Low Level Contact Resistance) Contact Life (Mate / Unmate) Mating Force Demating Force 4.0 hours, 3 axis, 12 hour total 4.0 hours, 3 axis, 12 hour total Test Current Sweep Time No Circuit Interruptions Occurred At 10 Nano second resolution At 10 Nano second resolution Peak Value 3 shock / 3 axis (18 total) 3 shock / 3 axis (18 total) No Circuit Interruptions Occurred At 10 Nano second resolution At 10 Nano second resolution Mechanical Shock Maximum Allowable Gap Between Mating...

PROPAgATION DELAy AND SKEW Propagation delay through the intrinsic connector assembly is estimated by making a measurement on the reflected signal received on the same broadband fixture that is used to obtain the full vector scattering parameters. In these measurements, there is no inclusion of any other pin lengths other than what is within the intrinsic connector. Skew (ps) Maximum Data Rate2 Notes: 1) Pattern illustrated in the figure on next page was used in the S-parameter and cross talk measurements. 2) Please refer to the full characterization test report for details. Dimensions are in...

Differential Pairs Ground With Inclusion of Near End Cross Talk (Aggressor / Victim = 120%) With Inclusion of Near End Cross Talk (Aggressor / Victim = 30%) With Inclusion of Printed Circuit Board VIAs Notes: 1) Pattern illustrated in the figure above was used in the S-parameter and cross talk measurements. 2) Please refer to the full characterization test report for details. Dimensions are in inches [mm]

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