TE Connectivity PicoMQS Miniature Connector System
TE Connectivity's (TE) PicoMQS Miniature Connector System is ideal for space-constrained signal interfaces requiring minimized packaging, optimized performance, and ease of manufacturing. This automotive-grade 1.27mm interconnection system is designed to meet the demand for compact, high-performance connectivity in modern vehicles. The robust products withstand high-temperature and high-vibration environments while enabling severely space-constrained electronic components, shorter wires, and a reduced total connector package. Applications for the TE PicoMQS Miniature Connector System include steering wheel controls, wire harnesses and electrical systems, battery management systems (BMS), cameras, and HVAC.
Features
- Common
- Automotive grade
- For space-constrained signal interfaces
- Optimized performance
- Minimized packaging
- Ease of manufacturing
- Enables severe space-constrained electronic components, shorter wires, and reduced total connector package.
- Headers
- Bended pins save up to 30% of PCB space (compared to Z&J type)
- Surface-mount technology
- Reduced pin length by 4mm (42% shorter length)
- Through-hole technology available
- Press-fit pin technology (NanoMultispring)
- 1.27mm pin pitch (30% reduction)
- 2 to 10 positions
- Connectors
- Up to 78% reduced packaging (compared to MQS)
- Kojiri connector design
- Robust anti-scooping features
- Primary and secondary locking system
- LV214 qualified
- Terminals
- 0.13mm2 to 0.22mm2 wire range
- Mating for 0.5mm x 0.4mm blade size
- Automotive standard compliant (LV214)
- SG2 vibration grade (unsealed)
- 55% reduction in crimp length
- Locking lance design
- Primary and secondary contact locking
- Maximum temperature
- Tin (Sn): +130°C
- Silver (Ag): +150°C
Applications
- Steering wheel controls
- Front and rear cameras
- Audio modules
- Switches, sensors, roof control, and antenna modules
- Wire harnesses and electrical systems
- HVAC
- BMS and battery/cell control modules
Videos
Application Examples
Opublikowano: 2025-07-30
| Zaktualizowano: 2025-12-11
