MX31 Series

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Board-to-Cable connection, high density connector for automotive
Outline
 High density and non-water proof type of MX31 series is developed to meet the demands for compact and lighter connectors with multi pin counts, due to increase of computerized control in automotives. Pitch of signal terminal is 2.2mm, and the pitch of power terminal is 3.2mm. Compact and 4rows type and the variation of the number of terminal is from 70pos. to 135pos. (pin header) this connector meets with automotive specs. And the application is for automotive EUC (engine, transmission, etc.)
  2.2mm terminal pitch for signal, 3.2mm terminal pitch for power are 4rows type compact high density connector.
  Hybrid connector with terminals for both signal and power.
  Connector insertion force is under 70N and it enables easy mating work.
  Socket terminal is a newly developed terminal with countermeasure for fretting corrosion by slight conflicts.
  Lead-free mounting compatible by using heat resistant resin (SPS material)
  Plating type of terminal: Tin plating or Gold plating.

General Specifications

Number of positionsPin side: 70, 98, 104, 135 positions
Socket side: 31, 34, 35 positions
Current ratingSignal: 2.2 A
Power: 5.7 A
Dielectric withstanding voltage1000 VACr.m.s. (1 minute)
Insulation resistance100 megohm min.
Contact resistance (initial)signal: 8 milliohm max.
power: 5 milliohm max.
Operating temperature range-40 deg. C to +85 deg. C
Applicable board thickness1.6 mm
Applicable cable
(cable type, conductive area (mm2))
Signal:
AVSS, CAVS, CAVUS: 0.3 to 0.5/
CHFUS: 0.22 to 0.5/
CPEX: 022
Power:
AVSS, CAVS, CAVUS: 0.3 to 1.25/
CHFS: 0.75 to 1/
CHFUS: 0.35 to 1.5

Product ListShow allCustomize

Status RoHS compliant REACH compliant Class Connector types SMD flag Number of positions Contact spacing (mm) Cable side termination styles PCB side mounting styles PCB side connector styles Rated current (A) Dielectric withstanding voltage (VACr.m.s. 1minute) Insulation resistance (megohm min.) Contact resistance (milliohm max. initial) Applicable PCB thickness (mm) Operating temperature range (deg. C) Material of insulator Color of insulator Material of contact Finish of contact in connecting area Finish of contact in terminal area Finish of contact in PCB mounting area Contact type Applicable cable type Applicable cable conductive area (mm2) Applicable cable AWG No. Applicable cable sheath diameter (mm) Remarks
Active Yes Socket contact FALSE - - Crimp - - 5.7(power) 5 -40 to +85 - - High conductivity material Tin plating Tin plating - Socket AVSS, CAVS, CAVUS/ CHFS/ CHFUS AVSS, CAVS, CAVUS:1.25/ CHFS:1/ CHFUS:1 to 1.5 AVSS, CAVS, CAVUS:#16/ CHFS:#18/ CHFUS:#18 to #16 1.5 to 2.2
Active Yes Socket contact FALSE - - Crimp - - 5.7(power) 5 -40 to +85 - - High conductivity material Tin plating Tin plating - Socket AVSS, CAVS, CAVUS/ CHFS, CHFUS AVSS, CAVS, CAVUS:0.85 to 1.25/ CHFS, CHFUS:0.75 to 1 #18 to#16 1.3 to 2.2
Active Yes Socket contact FALSE - - Crimp - - 5.7(power) 5 -40 to +85 - - High conductivity material Tin plating Tin plating - Socket AVSS, CAVS, CAVUS/ CHFS AVSS, CAVS, CAVUS:0.3 to 0.85/ CHFS:0.75 AVSS, CAVS, CAVUS:#22 to #18/ CHFS:#18 1.0 to 2.1
Active Yes Socket contact FALSE - - Crimp - - 5.7(power) 5 -40 to +85 - - High conductivity material Selective Gold plating over Nickel Selective Tin plating over Nickel - Socket CHFS/ CHFUS CHFS:0.75/ CHFUS:0.35 to 0.75 CHFS:#18/ CHFUS:#22 to #18 1.0 to 2.1
Active Yes Socket contact FALSE - - Crimp - - 2.2(signal) 8 -40 to +85 - - High conductivity material Tin plating Tin plating - Socket AVSS, CAVS, CAVUS, CHFUS 0.3 to 0.5 #22 to #20 1.0 to 1.7
Active Yes Socket contact FALSE - - Crimp - - 2.2(signal) 8 -40 to +85 - - High conductivity material Tin plating Tin plating - Socket CHFUS, CPEX 0.22 #24 0.9 to 1.7
Active Yes Socket contact FALSE - - Crimp - - 2.2(signal) 8 -40 to +85 - - High conductivity material Selective Gold plating over Nickel Selective Tin plating over Nickel - Socket AVSS, CAVS, CAVUS/ CHFUS AVSS, CAVS, CAVUS:0.3 to 0.5/ CHFUS:0.35 to 0.5 #22 to #20 1.0 to 1.7
Active Yes Socket connector FALSE 31(signal:24/ power:7) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Standard type
Active Yes Socket connector FALSE 31(signal:24/ power:7) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Polarized type
Active Yes Socket connector FALSE 34(signal:27/ power:7) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Standard type
Active Yes Socket connector FALSE 34(signal:27/ power:7) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Polarized type
Active Yes Socket connector FALSE 35(signal:28/ power:7) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Standard type
Active Yes Socket connector FALSE 35(signal:29/ power:6) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Standard type
Active Yes Socket connector FALSE 35(signal:28/ power:7) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Polarized type
Active Yes Socket connector FALSE 35(signal:29/ power:6) 2.2(signal)/ 3.2(power) - - - 1000 100 - -40 to +85 PBT Gray - - - - - - Polarized type
Active Yes Pin connector FALSE 70(signal:57/ power:13) 2.2(signal)/ 3.2(power) - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Tin plating - Tin plating Pin - Standard type
Active Yes Pin connector FALSE 70(signal:57/ power:13) 2.2(signal)/ 3.2(power) - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Tin plating - Tin plating Pin - Polarized type
Active Yes Pin connector FALSE 104(signal:84/ power:20) signal:2.2/ power:3.2 - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Tin plating - Tin plating Pin - Standard type
Active Yes Pin connector FALSE 98(signal:71/ power:27) signal:2.2/ power:3.2 - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Tin plating - Tin plating Pin - Standard type
Active Yes Pin connector FALSE 98(signal:71/ power:27) signal:2.2/ power:3.2 - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Tin plating - Tin plating Pin - Standard type
Active Yes Pin connector FALSE 135(signal:108/ power:27) signal:2.2/ power:3.2 - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Tin plating - Tin plating Pin - Standard type
Active Yes Pin connector FALSE 135(signal:108/ power:27) signal:2.2/ power:3.2 - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Selective Gold plating over Nickel/ Tin plating - Selective Tin plating over Nickel/ Tin plating Pin - Standard type
Active Yes Pin connector FALSE 135(signal:108/ power:27) signal:2.2/ power:3.2 - Soldering Right angle signal:2.2/ power:5.7 1000 100 signal:8/ power:5 1.6 -40 to +85 Glass filled SPS Gray Brass Selective Gold plating over Nickel/ Tin plating - Selective Tin plating over Nickel/ Tin plating Pin - Polarized type

Notice


Status RoHS compliant REACH compliant
Class Connector types SMD flag
Number of positions Contact spacing (mm) Cable side termination styles
PCB side mounting styles PCB side connector styles Rated current (A)
Dielectric withstanding voltage (VACr.m.s. 1minute) Insulation resistance (megohm min.) Contact resistance (milliohm max. initial)
Applicable PCB thickness (mm) Operating temperature range (deg. C) Material of insulator
Color of insulator Material of contact Finish of contact in connecting area
Finish of contact in terminal area Finish of contact in PCB mounting area Contact type
Applicable cable type Applicable cable conductive area (mm2) Applicable cable AWG No.
Applicable cable sheath diameter (mm) Remarks