Vibration And Shock Testing Of Heavy-duty Connectors

Vibration and shock: This is a situation most people can imagine. This situation often affects the reliability and strength of the electrical contact between the pins and the socket of the 6 pin heavy duty connector. Typically, during the production process of connector heavy duty, vibration and shock environments are simulated based on relevant parameters to test the performance of heavy duty 2 pin connector, thereby extending the service life of heavy duty connector 16 pin.

After a certain period of use, the voltage in a heavy duty connector 5 pin pin socket will reach a certain threshold, causing the heavy duty connector 6 pin thin film to break down, resulting in a rapid decrease in contact resistance. The thermal effect of heavy duty electrical contacts accelerates the chemical reaction in the vicinity of the thin film, which has a certain repair effect on the thin film, so the resistance is nonlinear. Near the threshold voltage, even small fluctuations in voltage drop can cause current changes within a range of 20 to tens of times.