TE Connectivity CH2 Control Unit Header Gen 2 Automotive Connector
TE Connectivity's (TE) CH2 Control Unit Header Gen 2 Automotive Connector combines NanoMQS 0.50mm, MCON 1.2mm, and AMP MCP 2.8mm/6.3mm terminal technologies in a compact, modular wire-to-board system. The TE CH2 features a space-efficient, horizontal (90°), stackable header design that supports multiple mixed-pin configurations. This flexibility allows designers to integrate signal and power connectivity while scaling across engine control unit (ECU) designs. CH2 Gen 2 connectors combine a miniaturized footprint, adaptable modular architecture, and multiple terminal technologies to help users maximize PCB space, simplify development, and deliver the reliability and performance demanded of leading-edge automotive designs.
Features
- Platform-optimized miniaturized design for maximum PCB space efficiency
- Horizontal (90°) stackable header design with multiple mixed-pin variants (12P, 23P, 28P, 29P, 52P, and 73P)
- Spliceable architecture for maximum application flexibility
- Mechanical keying features ensure error-proof assembly across multiple positions
- Streamlined assembly process for ease and efficiency
- 6A to 52A applications supported across multiple wire sizes (0.22mm2 to 6mm2)
Applications
- Automotive
- Body/comfort and convenience
- Infotainment and connectivity
- Advanced driver-assistance systems (ADAS)
- Safety and control
- Industrial and commercial transportation (ICT)
- Sensing and control
- External sensing and communications
- Power distribution and control
- Digital data networks
- Compute and control systems
- Edge devices and sensor networks
- Industrial machine-level sensing and intelligence
Specifications
- Compact, miniaturized design
- Mixed signal and power platform combines NanoMQS 0.50mm, MCON 1.2mm, and AMP MCP 2.8mm and 6.3mm terminals in one connector
- Designed to meet demanding USCAR and OEM performance requirements
- Error-proof assembly - mechanical keying and color coding help prevent mis-mating
- Future-ready connectivity - optimized for zonal and domain controller architectures
Additional Resources
Vehicle Architecture Transformation
Terminal Technologies
Yayınlandı: 2026-10-05
| Güncellenmiş: 2026-10-15