JAE Electronics MX39 USB 2.0 Automotive Connector
JAE MX39 USB 2.0 Automotive Connector is ideal for car navigation systems with multi-media functions. The USB 2.0 transmission compatible automotive connector is designed to have the robust environment resistance required for an automotive connector. The MX39 component features heat, shock, and vibration resistance making the connector also suitable for a wide range of industrial applications.
Features
- Designed for automotive use
- Transmission performance meets USB 2.0 standard
- Metal shell shielded structure for EMI control
- Angle and straight type board connectors
- Angle type is available with different keying
- 1 row, 4-position, with a 2.2mm pitch
- Mechanical lock and twist-resistant structure for the mated connector
- Cable-to-cable type is available for relay cables
- Available as a completed harness to assure transmission performance reliability
Specifications
- 8mΩ maximum initial contact resistance
- 100MΩ minimum insulation resistance
- 500VAC-RMS dielectric withstanding voltage per minute
- -40°C to +85°C operating temperature range
- 1.6mm applicable board thickness
- Shielded twisted pair cable for the applicable wire
Materials
- Pin connector
- Brass pin contacts
- Au-plated in the contact area
- Sn-plated in the terminal area
- 30% GF SPS pin housing
- Sn-plated brass or copper alloy shell and GND shell
- Brass pin contacts
- Socket connector
- Copper alloy socket contacts
- Au-plated in the contact area
- Sn-plated in the terminal area
- 35% GF LCP or PBT socket housing
- Sn-plated brass or copper alloy sleeve and GND shell
- Copper alloy socket contacts
- Relay connector
- Copper alloy pin contacts
- Au-plated in the contact area
- Sn-plated in the terminal area
- 35% GF LCP or PBT pin housing
- Sn-plated brass or copper alloy sleeve and GND shell
- Copper alloy pin contacts
Related Products
JAE Electronics Automotive Connectors
Meet the demands for high-speed transmission and space savings in automotive applications.
發佈日期: 2017-01-10
| 更新日期: 2022-06-03