How to inspect and control the quality of terminal crimping in the production of vehicle wiring harnesses?

Standardized operating procedures need to be established, and each link, from mold management and equipment debugging to personnel training, needs to be strictly controlled.

How can signal attenuation in an HD camera wiring harness be effectively controlled?

For extremely fine wire harnesses, the reduction in shielding effectiveness caused by diameter limitations can be compensated by increasing the density of the shielding layer or using a double-layer shielding structure.

How can the wiring design of a vehicle wiring harness avoid signal interference and mechanical wear?

For sensitive signals that are susceptible to interference, such as CAN bus, LIN bus, and Ethernet, a shielded twisted-pair cable design is required.

How to reduce electromagnetic radiation interference from HD camera wiring harness through structural design?

HD camera wiring harness should be kept away from high voltage cables, inverters and other strong interference sources, and avoid parallel laying.

How do new energy wiring harnesses ensure safe isolation during high-voltage power transmission through high-insulation materials and shielding structures?

In the electrical systems of new energy vehicles, high-voltage power flows like blood through blood vessels, flowing through the three core components of the battery, electronic control, and motor, supporting the vehicle's power output.

How do HD camera wiring harnesses reduce resistance and signal attenuation to ensure clear image transmission over long distances?

In modern security surveillance systems, the image quality of HD cameras depends not only on the performance of the lens and sensor, but also on the stability of the signal transmission channel.