1.27mm Card Edge Power Connector Female Socket

YZTECH presents its high-reliability 1.27mm Pitch Card Edge Power Connector,engineered as a dual-row Female Header for robust PCB integration.Designed to DIN specifications,this compact rectangular header connector delivers dependable power transmission in space-constrained applications.Featuring 4 contacts per row in a dual-row configuration,it ensures stable connections critical for modern electronics.Crafted for global standards,its core construction utilizes high-conductivity copper contacts,forming the essential interface for mating with corresponding card edge headers,facilitating efficient power distribution directly on the board.

Built for sustained operation,this YZTECH female header connector boasts a rated current capacity of 1A per contact and a voltage rating of 250V AC/DC,meeting rigorous power requirements.Its standout feature is the application of selective half-gold plating on both the copper contact surfaces and the connector's colloidal material.This strategic plating significantly enhances corrosion resistance,minimizes contact resistance for superior electrical conductivity,and ensures stable mating performance over countless cycles.Engineered for resilience,it operates flawlessly across an extensive temperature spectrum from -55°C to+105°C,guaranteeing functionality in challenging industrial,automotive,or outdoor settings.

YZTECH prioritizes both performance and production efficiency.Supplied in convenient tube packaging,this edge slot socket seamlessly integrates into automated PCB assembly lines,streamlining the manufacturing process and reducing handling time.Its standardized DIN footprint ensures broad compatibility and ease of design-in for power delivery networks on printed circuit boards worldwide.Trust YZTECH for a connector solution that combines precision engineering,robust power handling,extended environmental tolerance,and manufacturing-ready packaging,delivering consistent quality and reliability for global power connectivity needs.