4 Pin Magnetic Pogo Pin Connector

4 Pin Magnetic Pogo Pin Connector

Brand: EF
180.00 INR Out of stock Buy at Merchant

The 4P Magnetic Spring Loaded Pogo Pin Male Female Connector Socket is a compact and reliable magnetic connection solution designed for quick and secure electrical connections. Featuring 4 spring-loaded pogo pins with a 2.54mm pitch, this connector ensures stable signal and power transmission while allowing easy alignment through magnetic coupling. Its DIP mounting design makes it suitable for PCB integration in charging docks, IoT devices, wearable electronics, and various embedded systems. Features 4-pin magnetic pogo pin connector with male and female socket. 2.54mm standard pin pitch for easy PCB integration. Spring-loaded contacts ensure reliable electrical connection. Magnetic alignment enables quick and secure mating. DIP mounting design for convenient through-hole installation. Low contact resistance for efficient power and signal transfer. Compact and durable construction. Supports repeated connect and disconnect cycles. Suitable for both charging and data transmission applications. Corrosion-resistant contacts for enhanced reliability. Applications Battery charging docks and charging stations. Wearable electronic devices. IoT and smart home products. Portable medical equipment. Consumer electronics and accessories. Industrial control systems. Robotics and automation equipment. Testing and programming fixtures. Embedded system development boards. Custom electronic projects and prototypes. Specification Parameter Value Product Type Magnetic Pogo Pin Connector Connector Configuration Male & Female Socket Set Number of Pins 4 Pins Pin Pitch 2.54mm Contact Type Spring Loaded Pogo Pins Mounting Type DIP Through-Hole Connection Method Magnetic Coupling Contact Material Metal Alloy with Plated Contacts Application Power and Signal Transmission Durability High Mating Cycle Life

Variants (1)
  • Default Title — 180.00 INR — Out of stock

AI Readiness

Good foundation, but some important product data is still missing.

78%