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
Day: August 18, 2026
Pin Header & Female Header Wire-to-Board Design GuidePin Header & Female Header Wire-to-Board Design Guide
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
Pin Header & Female Header Vibration and Protection Design for AutomotivePin Header & Female Header Vibration and Protection Design for Automotive
In automotive, construction machinery, and rail transit, pin headers and female headers face continuous vibration and harsh environments that a desktop never sees. Ordinary headers rely on friction for retention
Pin Header & Female Header Selection Cheat Sheet and Package Cross-ReferencePin Header & Female Header Selection Cheat Sheet and Package Cross-Reference
With so many pin header and female header types single or double row, straight or right-angle, SMT or THT, different pin lengths selection gets confusing fast, especially when several buyers
5G Base Stations and Communication Equipment: Demand for High-Speed Connectors5G Base Stations and Communication Equipment: Demand for High-Speed Connectors
The large-scale rollout of 5G base stations is pushing communication connectors to higher frequencies, denser channels, and harsher outdoor environments than ever before. The requirements of AAU, BBU, and fronthaul
Medical Electronic Devices: Connector Reliability and Certification RequirementsMedical Electronic Devices: Connector Reliability and Certification Requirements
Medical devices touch human life, so their requirements for connector reliability, cleanliness, and traceability are extremely high. From patient monitors to portable diagnostic devices, connector selection follows a special logic
Connector Miniaturization Trend: Technical Challenges from 2.54mm to 0.4mmConnector Miniaturization Trend: Technical Challenges from 2.54mm to 0.4mm
From the classic 2.54mm to today’s 0.4mm, connector pitch has shrunk more than sixfold in half a century. Each step in miniaturization brings a chain of material, process, and reliability
FPC vs FFC Connectors: What’s the Difference and How to ChooseFPC vs FFC Connectors: What’s the Difference and How to Choose
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
FPC Connector Impedance Control and High-Speed Signal Design GuideFPC Connector Impedance Control and High-Speed Signal Design Guide
When FPC interconnects enter high-speed signal scenarios such as MIPI, USB, LVDS, and PCIe, the connector is no longer just a make/break component it becomes an integral part of the
FPC Connector EMI Shielding: Practical Methods from Structure to MaterialFPC Connector EMI Shielding: Practical Methods from Structure to Material
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
