概述

AOA体育（China）官方网站亮点
类别：
电源AOA体育（China）官方网站
电流：
11.0A
间距：
3.50 毫米
额外选件：
Color keying options

特性和优点
Multiple mechanical keying and color-coded options
Allow same-circuit, multiple-connector use with virtually no chance of cross mating
Color coding provides visual indication of the proper mating connector — enabling faster assembly
20% smaller footprint over similar power connectors
Provides PCB space savings with optimized current density
Allows for smaller packaging without sacrificing current carrying capabilities
Optional TPA (Terminal Position Assurance) retainer
Ensures the terminal is fully seated in the housing to reduce terminal back-out
Retains terminal if main retention feature fails
Ultra low mating force terminal
Reduces operator fatigue and improves assembly compliance for high-circuit applications
Positive-lock housing with anti-snag design
Ensures mated connector assemblies will not accidentally disengage.Provides an audible click while mating
Protects latch from damage due to wire snags
完全隔离的端子
Protect against potential damage of the header and receptacle terminals during handling and mating
Terminal interface with six independent points of contact (split-box terminal design)
提供冗余的次级电流路径，实现长期的电气性能和可靠性

 

Each industry faces different power connector challenges.Failures can occur in appliances as a result of mis-mated connectors.In vehicles, brakes can malfunction from terminal backout caused by harness-supplier assembly errors.Pervasive data growth is driving PCB makers to use more electronics in smaller spaces; sourcing small yet power-dense electronics is a dilemma.Ultra-Fit™ Power Connectors address these issues, solving four key design challenges while offering the premium housing features of proven Mini-Fit® and Micro-Fit 3.0™ connector systems.Color-coded housings mitigate the risk of mis-mating; an optional TPA retainer significantly reduces terminal backout; a streamlined design up to 20% smaller over similar power connectors provides space savings; and an ultra-low mating force reduces operator fatigue when mating numerous high-circuit connectors.