The basic idea of automotive wiring harness design is to determine the circuit loop based on the requirements of the electrical equipment and calculate the voltage and current of each loop, especially for high-power equipment. Select the matching connectors according to the electrical equipment, determine the cross-sectional area of the wiring harness based on the current, and then design the wiri...

The Future of Automation: How New Wiring Technologies Will Reshape Automotive Wiring Harness Production     When we stop to admire the sleek appearance and intelligent configuration of modern cars, we seldom notice the crucial yet low-key and concealed presence inside the vehicle - the wiring harness. In the complex systems of automobiles, wiring harnesses are like the blood vessels...

In today's era of rapid technological advancement, reliable performance under high-temperature conditions has become a critical requirement across numerous industrial applications. From internal combustion engines and electric vehicle battery management systems in the transportation sector to marine equipment, medical devices, and various outdoor installations, high-temperature environments are ub...

Abstract: With the rapid development of automotive intelligence and networking, on-board electronic systems are becoming increasingly complex, which puts forward higher requirements for the rate, reliability and anti-interference ability of communication transmission. Optical fiber harnesses, with their advantages of high speed, low loss, anti-electromagnetic interference and lightweight, are grad...

Wiring harnesses, as the "neural network" of electrical equipment, undertake the crucial task of connecting the "brain" (controller) with the "limbs" (sensors, actuators) and transmitting power and signals. Its reliability directly determines the success or failure of the entire system's operation. In the three distinct application fields of automobiles, home appliances and industry, what challeng...