
Harwin Datamate J-Tek Connectors for High Reliability
Harwin Datamate J-Tek Connectors for High Reliability are secure and robust 2mm-pitch connectors that offer high performance in demanding applications. The J-Tek design provides a low-profile solution for all variations of cable-to-board, board-to-board, and cable-to-cable interconnect requirements. The series features a variety of stainless-steel jackscrew hardware options for increased security and strain relief. The field-proven 4-finger beryllium copper and gold-plated contact achieve 3A electrically loaded under extremes of shock (100G), vibration (20G), and temperature (-55°C to +125°C). Lightweight metal backshells are available for full 360° shielding against RFI and EMI interference. With their compact size and highly reliable performance, Harwin J-Tek connectors are suitable for mission and safety-critical applications in industrial, aerospace, space, military, and medical applications.Features
- 4-finger contact design to maintain electrical continuity
- Stainless-steel jackscrews for maximum security and strain relief
- Jackscrew design options: hex slotted, hex socket, guide pin, reverse fix, 101 Lok
- Fully shrouded and polarized to prevent mismating
- Proven history in military and aerospace applications
- Ideal for COTS applications
- Low outgassing properties meet ESA requirements
- Through-board, surface-mount, or crimp termination for all variations of board-to-board, cable-to-board, and cable-to-cable interconnect requirements
- Metal backshells available for strain relief, cable protection, and RFI shielding
Applications
- Military and defense
- Aerospace
- Space
- Industrial
- Medical
- Energy
- Motorsports
Specifications
- 3A per contact (electrically loaded), beryllium copper and gold plated
- Withstands 100G shock for 6ms and up to 20G vibration for 6hrs
- -55°C to +125°C operating temperature range
- 500 mating cycles for durability
- 800V AC/DC working voltage
- UL 94V-0 rated
- Up to 1000MΩ min. at 500VDC insulation resistance
- 25mΩ max. contact resistance
Additional Resources
Publicado: 2011-04-11
| Actualizado: 2023-10-03