Unmanned aerial vehicle (UAV) onboard electronic devices refer to electronic devices installed on aircraft for UAV monitoring, control, navigation, communication, and data processing. Through the mutual cooperation of onboard electronic devices, unmanned aerial vehicles can adapt to various complex and dangerous climate environments, ensuring operational safety.
In this case, the JL23 printed circuit connector developed and produced by TXGA is designed with a hyperbolic spring structure for the strong vibration working environment of the drone's onboard electronic equipment. The wire spring wire flexibly clamps the pin, forming a more stable multi wire contact. In an environment with a vibration frequency of 10Hz-2000Hz and an acceleration of 147m/s2, the product's transient on/off time should not exceed 1 μ S. It can achieve more stable data transmission for unmanned aerial vehicles in strong vibration environments.
