Products
DIP Spring Loaded Pin Pogo Socket
Specification
|
Material |
Plunger/barrel: Brass Spring: Stainless steel |
|
Electroplating |
Plunger: 4 micro-inch minimum Au over 50-120 micro-inch nickel Barrel: 4 micro-inch minimum Au over 50-120 micro-inch nickel |
|
Electrical specification |
Contact electrical resistor: 100 mOhm Max. Rated voltage: 12V DC Max Rated current: 1.0A |
|
Mechanical performance |
Life: 10,000 cycle min. |
Application:
Intelligent wearable devices: Smart watches, smart wristbands, locator devices, Bluetooth headphones, smart wristbands, smart shoes, smart glasses, smart backpacks, etc.
Smart home, smart appliances, air purifiers, automatic controllers, etc.
Medical equipment, wireless charging equipment, data communication equipment, telecommunications equipment, automation and industrial equipment, etc;
3C consumer electronics, laptops, tablets, PDAs, handheld data terminals, etc.
Aviation, aerospace, military communication, military electronics, automobiles, vehicle navigation, testing fixtures, testing equipment, etc
Our Vision
Committed to be excellent POGO PIN manufacturersthe for both quality and cost on home and abroad, and leading connector technology development.
FAQs
Yes, pogo pins can be used in medical devices, but their performance may be affected by factors such as sterilization requirements and compatibility with the materials used in the device.
Pogo needles can be protected from damage by using protective caps, caps or shields and minimizing exposure to harsh environmental conditions.
The maximum current a pogo pin can carry depends on a variety of factors, including the size and material of the pin, and the contact resistance of the connection.
Contact resistance is the resistance between the two mating surfaces of a connector. This is important because it affects the performance of the electrical connection.
There are many types of pogo pins available, including surface mount, through-hole, and custom designs.
Yes, pogo pins can be customized for specific applications by changing their shape, size and material.
