Ultra-short Pogo Pin with a new perforated structure
At present, in the application field of Pogo Pins, Pogo Pins with a beveled edge structure and a perforated structure have their own advantages and disadvantages. The shortcomings of the two products in practical applications have also become a common problem faced by the industry. The hypotenuse structure is not suitable for short and small products, the compression smoothness is insufficient, the needle tube space is small, and it is easy to cause head crook; the dynamic contact value of the perforated structure is unstable, the interception capacity is low, and the needle strength is weak. In response to this technical problem, our R&D engineers rely on years of experience in the Pogo Pin field and an international vision to provide a mature solution. Among them, the ultra-short new perforated structure Pogo Pin 2 has been applied to the TWS Bluetooth headset, Its compact design, stable connection, reliable performance, and other outstanding performances have won praise from customers.
Application scenario: Used for products with short needle leakage and relatively small needle tube space.
Contact principle: When the needle is pressed down, the spring is compressed to apply an elastic force to the inner lateral rod. The lateral rod causes the needle to tilt toward the inner side of the needle tube hole so that the needle guide part is in close contact with the inner wall of the needle tube hole.
New product advantages:
1. Achieve stable contact between the needle of the small space probe connector and the inside of the needle tube;
2. Reduce product contact resistance;
3. Improve current carrying capacity and signal transmission stability.
