News & Insights

Terminal stamping is the core manufacturing process for electrical contacts. This article covers the full production flow-material selection (brass, phosphor bronze, beryllium copper, titanium copper), progressive die design, stamping process…

Injection molding defects can affect connector appearance, assembly, and performance. This article analyzes the three most common defects-sink marks (shrinkage), flash (burrs), and bubbles (voids)-covering root causes in product design,…

Introduction In electronic system design, switch connectors are often overlooked as small components, yet they directly determine product user experience, reliability, and service life. From detection switches in consumer electronics…

Introduction Wire-to-board connectors are among the most fundamental and widely used connector categories in electronic devices. Their core function is to reliably connect external wires to PCB boards for power…

# USB Type-C Connector Technology Evolution: Complete Analysis from Charging to Multi-Function Expansion Since its release in 2014, the USB Type-C connector has quickly become the most mainstream interface standard…

Pin headers and female headers are not just board-to-board parts; in most real products they pair with wire harnesses and terminal wires to complete a wire-to-board interconnect. The connector is…

When buying pin headers and female headers, most engineers only look at “pitch and rows,” ignoring pin length and plating thickness. Those two parameters directly decide soldering reliability and mating…

A Wafer connector datasheet can run a dozen pages, with key parameters scattered between the mechanical drawing, the electrical table, and the material notes. Learning to read it quickly prevents…

Wafer connectors are often mated and unmated repeatedly, especially in test fixtures, module docking, and field-serviceable units, and their service life is set by terminal spring force and plating wear.…