News & Insights

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…

In the world of flexible interconnects, FPC (Flexible Printed Circuit) and FFC (Flexible Flat Cable) are constantly confused with each other. They look nearly identical, both terminate into a similar…

Automotive electronics demand far more from connectors than consumer products, because the operating environment combines high temperature, continuous vibration, and a long service life under the hood. Small as it…

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.…

Wafer connectors come in both SMT (horizontal, vertical, right-angle) and THT (through-hole, right-angle) types, and the two process families have completely different soldering windows. The plastic that holds the terminals…

FPC connectors at 0.3-0.5mm pitch are a major challenge for the SMT line. They are thin parts with dense pins and a low center of gravity, so they shift easily…

When a flexible interconnect sits close to an antenna, a display, or a power stage, it easily becomes an EMI leakage channel or a noise receiver. In compact consumer and…