Pogo Pin connector is a spring-type probe formed by rivet of four basic components, namely Plunger, Tube, Spring and Housing, through high precision equipment. Also known as Spring pin, Spring thimble, Spring probe, Spring Loaded, PogoPin connector. The bottom of the Pogo Pin's Plunger is usually a bevel structure. The bevel structure ensures that the Pogo Pin keeps the Plunger in contact with the inner wall of the Tube as it works. The current is passed primarily through the gold-plated Plunger and Tube to ensure the Pogo Pin is stable and has low impedance.
|1.0 Rated Voltage(Per Contact):||24Volts|
|2.0 Rated Current(Per Contact):||5A maximum|
|3.0 Contact Resistance:||30MΩ maximun|
|4.0 Recommended working Stroke&Force:|
1) Stroke 2.4mm: 150±25gf
2) Stroke 3.3mm: 200±25gf
|5.0 Mechanical life:||30000 Cycles|
|6.0 Working Temperature Range:||-30~85°|
Pomagtor's pogopin, magnetic attraction connector and magnetic attraction data line products can be applied to unlimited applications. The following are just some examples of how to use the product. Please feel free to contact pomagtor for more details
● Consumer electronics / smart wearable devices
● Digital cameras / medical devices / electrical appliances
● New energy vehicle / telephone application
● Smart water cup / car charging / air purifier
● Power bank / digital products / small household appliances
● Charging products / signal transmission products etc
Pogo Pin is applied to the charging connection of water cup: stable, low impedance, long life.
5G base stations
Application of Pogo Pin in 5G base station, RF, high speed, zero defect.
Pogo Pin application for charging connection: low resistance, high contact stability.
Pogo Pin is used for connecting antennas: low impedance, anti-interference.
LDS antenna: high space utilization, stable signal transmission, high consistency.
New energy charging pile
Pogo Pin is applied to new energy charging connection: stable, high current, long life.
Smart home/electronic door lock
Pogo Pin is used for charging connection: high current, low impedance, high contact stability.