POGO Pin Series

POGO Pin Series

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POGO PIN Connector

POGO PIN Connector

  • Category:POGO Pin Series
  • Views:7
  • Release Time:2025-11-17
  • Overview

POGO PIN Connector (Spring‑Loaded Pin Connector)

A POGO PIN connector is a precision connector based on a spring‑loaded telescopic structure.

With its unique elastic contact design, it is widely used in consumer electronics, industrial equipment, medical instruments and other fields, especially for applications requiring frequent insertion, precise positioning and miniaturized connection.


1. Core Features

Elastic Contact, Stable Transmission

The high‑elastic spring enables self‑adjustment during plugging to ensure tight contact, avoiding poor connection caused by assembly deviation or vibration.

High‑conductivity gold‑plated pins reduce contact resistance and ensure stable, low‑loss signal and power transmission.

Precise & Miniaturized Structure

Compact and small, it supports multi‑contact layout in limited space to meet the trend of slim, high‑density electronic devices.

Flexible pin diameter and pitch help optimize the internal layout of equipment.

High Durability for Frequent Plugging

Precision‑calibrated spring provides excellent fatigue resistance for long‑term high‑frequency plugging.

Anti‑oxidation, corrosion‑resistant and wear‑resistant plating effectively extends service life.

Flexible Installation, Precise Positioning

Supports vertical, side‑mount and oblique installation.

Positioning structures ensure accurate alignment, simplify assembly and improve production efficiency.


2. Typical Applications

Consumer Electronics: Charging and data ports for smartphones, tablets, wearables, TWS earbuds and laptop docking.

Industrial & Testing: Sensors, testing instruments, PCB and module test fixtures.

Medical & Automotive Electronics: Portable medical devices, monitors, vehicle sensors and smart cockpit modules.

Other Fields: Communications, aerospace, smart terminals and other precision connection scenarios with high requirements for service life, stability and space utilization.


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