TH 025 Connectors for Advanced Electronic Automotive Control Systems
TE's TH 025 connectors were designed to provide better connections and performance while securing higher density in limited spaces as required in advanced electronic automotive control systems.
2.2mm
< Force
4 – 40
High density in limited spaces. TE's TH 025 connectors were designed to provide better connections and performance while securing higher density in limited spaces as required in advanced electronic automotive control systems. The TH 025 special contact design helps to resist fretting corrosion effectively while employing a lower contact force. As a result, the low insertion force of TH 025 connectors allows a lower connector mating force while offering high density for easy handling. This small pitch can help customers to reduce space and weight.
Features:
- TH 025 connectors were designed to provide better connections and performance while securing higher density in limited spaces as required in advanced electronic automotive control systems.
- Another feature is a unique contact design to resist fretting corrosion effectively while employing a lower contact force. As a result, the low insertion force of TH 025 connectors allows a lower connector mating force while offering high density for easy handling.
- TH 025 connectors feature a pitch of just 2.2mm, compared to the current standard pitch of 2.54mm, helping customers to reduce space and weigh.
- TH 025 connector Series was originally designed in Japan. A European version has been implemented, to fulfill European customer requirements.
- Mechanical coding
- Color coding
- Reflow leadfree process for headers.
- TH European connectors are available in a full range from 4 to 40 positions.
Applications:
Wire-to-Wire, Wire-to-Board and ECU Applications
• Mirror
• Multimedia applications
• Display screens
• Airbag ECU / Safety applications
• Switches
• Hand free cellphone
• Immobilizer
• Dashboard
• Safety applications
• Electrically controlled trunk lid latch
• Tyre pressure monitoring system
• Body controller management