Weaknesses of Pogo pins in camera testing

　　The structure of the pogo pin is relatively complex, consisting of a spring, a needle, a needle tube, and a needle tail. The surface is covered with gold plating, the cost is relatively high, and the production process is relatively complicated.

　　The rated voltage that the pogo pin can pass is only 1A. Due to the complex internal structure, the current may attenuate in different parts, resulting in inaccurate test results.

　　The service life of the pogo pin has been tested at about 5w times, which cannot cope with the high-frequency test requirements, and the number of replacements is frequent.

　　The pitch value that the pogo pin can deal with is between 0.3mm-0.4mm, and the life and stability of the small pitch are poor. There may also be stuck pins and broken pins, which is not conducive to the stability of the connection.

Read recommendations:

POGO PIN M447 2.5X14.5Solder-cup Pogo Pin company

spring needle with battery connector M054 3.0x12.5

M1358 4.40x7.50(4A)battery electrode price

How to use the connector and what is the connector used for!pogopin price

What is the fpc connector and what is the function of the connector!cnwitchip.com