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UMAX 91302-32-067R2B

UMAX 91302-32-067R2B
Manufacturer:UMAX
Model Number:91302-32-067R2B
Minimum Order Quantity:1
Standard Packaging:SMD,P=0.5mm,Surface Mount,Right Angle
Delivery Time:1 working day
Product Details
Number Of Pins: 67P
Connector Type: Female
Interface Form: M.2-B Key
Mounting Type: Surface Mount, Right Angle
Product Description
Detailed Specifications & Features

Product Overview

This specification covers the performance, tests, and quality requirements for the PCI Express M.2 connector. It is designed to meet electrical, mechanical, and environmental performance requirements.

Brand UMaxconn
Product Name PCI Express M.2 Connector
Document ID PS-M2-01 Rev 0
Date 08-Nov-2016
Specification Requirement Procedure
Working voltage < 36 volts AC (per pin) N/A
Voltage 50 volts AC (per pin) N/A
Current 0.5 amperes (per pin) N/A
Operating Temperature -40C to 80C N/A
Low Level Contact resistance (Initial) 55 m max (per pin) EIA-364-23
Low Level Contact resistance (Final) 20 m max change allowed EIA-364-23
Insulation resistance 500 M min. EIA-364-21
Dielectric withstanding voltage No Breakdown. Current leakage: 1 mA max. EIA-364-20
Dielectric withstanding voltage (Test) 300V AC min. at sea level for 1 minute. Between adjacent terminals of unmated connectors.
Mating Force 2.55 Kgf Max. EIA-364-13, Method A
Reseating Appearance: No damage Manually mated/unmated the connector or socket perform 3 cycles.
Durability (15u" & 30u" Au plating) 60 mate/unmate cycles EIA-364-09
Durability (Gold flash plating) 25 mate/unmate cycles EIA-364-09
Durability (precondition) No evidence of physical damage EIA-364-09, 5 mate/unmate cycles
Temperature Rise 0.5A / power contact with 30 C MAX. change allowed EIA-364-70, Method 2
Vibration 1.0 microsecond max EIA-364-28, Condition VII, Condition letter D
Shock (Mechanical) 1.0 microsecond max 250 G (Ultrabook) and 285 G (Tablet) at 2 milliseconds half sine on all six axis.
Cyclic Temperature & Humidity See Product Qualification and Test Sequence Group 2 EIA-364-31, Method III
Thermal Shock See Product Qualification and Test Sequence Group 2 EIA-364-32, method A test condition I
Temperature Life See Product Qualification and Test Sequence Group 1 EIA-364-17, method A
Temperature Life (precondition) No physical damage EIA-364-17, method A, 105C for 72 hours.
MFG No physical damage and functional failed Per EIA364-65 class IIA, 7 days
Thermal Disturbance See Product Qualification and Test Sequence Group 8 10 cycles
Solderability (Tin plating) Min. of 95% solder coverage EIA-364-52
Solderability (Gold plating) Min. of 75% solder coverage EIA-364-52
Hand Soldering Temperature Resistance Appearance: No damage T350C, 3 sec. at least.
Resistance to reflow soldering heat See Product Qualification and Test Sequence Group 10 (Lead Free) Pre Heat: 150~180C, 60~120 sec. Heat: 230C Min., 40 sec. Min. Peak Temp.: 260C Max., 10 sec. Max. Perform 2 reflow cycles
Test Group 1 Group 2 Group 3 Group 4 Group 5 Group 6 Group 7 Group 8 Group 9 Group 10
Examination of product. 1, 6, 9 1, 6, 9, 12 1, 6, 9 1, 7 1, 4 1, 3 1, 7 1, 12 1, 3 1, 3
Low level contact resistance. 2, 5, 8 2, 5, 8, 11 2, 5, 8 2, 6 2, 4, 6 2, 5, 7, 9, 11
Insulation resistance. 2
Dielectric withstanding voltage. 3
Mating / Unmating Force 3, 5
Durability. 4
Durability (precondition) 3 3 3 3 3
Temperature Rise
Vibration 7
Shock (Mechanical) 5
Reseating 7 10 10
Thermal Shock 4
Cyclic Temperature & Humidity 7
Temperature Life 4 4 4
Temperature Life (precondition) 4
MFG 6
Solderability. 2
Thermal Disturbance 8
Resistance to reflow soldering heat. 2
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