TE Connectivity MQS Interconnection System

TE Connectivity MQS Interconnection System provides a compact and robust connector solution for automotive equipment. These systems include locking lances, a clean body design, and both top and side latches for secure connections. The MQS interconnection system features a minimum wire size of 0.08mm² and a minimum current-carrying capacity of 7.5A. These devices come with an operating temperature range from -40°C to +150°C and a maximum insertion force of 5N. MQS terminals are ideal for ABS sensors, airbag modules, dashboard systems, and power seat motor connections.

Features

  • Available with tin, silver, and gold plating options
  • Built with materials for long-lasting performance
  • Compatible with flat, flexible cables
  • Enables easy and safe assembly
  • Features detents for secure, low-profile engagement
  • Handles various wire sizes with precise terminal alignment
  • Includes locking lances and a clean body structure
  • Includes polarization and secondary locks for correct insertion
  • Offers primary and secondary locking features
  • Offers top and side latches for secure mating
  • Protects contacts against overstress
  • Provides multi-point contact for enhanced reliability
  • Reduces mating forces for high pin-count configurations
  • Supported compact connector layout for dense applications
  • Validated to industry standards for vibration and reliability
  • Widely used and recognized globally

Applications

  • ABS controllers
  • ABS sensors
  • Airbag modules
  • Audio and video systems
  • Autopilot modules
  • Battery management system
  • Body and door control modules
  • Body control system
  • Dashboard information systems
  • Door harness
  • Electronic power steering
  • HVAC system
  • Power seat motor connections
  • Under-hood ECUs

Technical Specifications

Parameters Values
Minimium Wire Size 0.08mm²
Minimum Current Carrying Capacity 7.5A
Maximum Insertion Force 5N
Operating Temperature Range -40°C to +150°C
Maximum Extraction Force 5N