In today's rapidly developing modern technology, high frequency wiring harness is a bridge connecting vehicle computers and various high-frequency devices, and its importance is self-evident. From vehicle communication systems to radar systems, to advanced driver assistance systems, high frequency wiring harness ensures the smooth flow of information inside the vehicle with its stable and efficient signal transmission capabilities, providing solid support for intelligent driving and vehicle networking technology.
Core characteristics of high frequency wiring harness
High frequency wiring harness is a cable specially designed for transmitting high frequency signals. Its core characteristics are high frequency transmission, high speed transmission, low loss, shielded design and precision connectors. These characteristics together ensure the stability and integrity of high frequency signals during transmission. High frequency transmission capability enables the wiring harness to operate in the GHz range, suitable for high frequency applications such as wireless communications and radar systems. High speed transmission capability ensures that the wiring harness can transmit large amounts of data, usually at the gigabits per second (Gbps) level, which is essential for high-speed data communication and high-resolution image transmission.
Low loss characteristics reduce signal attenuation and distortion during transmission by using high-quality conductors and insulation materials. The shielding design effectively prevents external electromagnetic interference (EMI) and ensures the purity and stability of the signal. The precision connector ensures the reliability and stability of the high frequency wiring harness during the connection process.
Application of high frequency wiring harness for on-board computers
In the on-board computer system, the high frequency wiring harness connects various sensors, actuators and controllers, and undertakes the important tasks of transmitting signals and power supply. These harnesses not only connect the on-board communication system to ensure unimpeded communication between the vehicle and the outside world, but also connect the radar system to provide accurate perception and decision support for intelligent driving.
In addition, high frequency wiring harness is also widely used in advanced driving assistance systems, such as automatic parking, lane keeping, blind spot monitoring, etc. These systems rely on the stable transmission of high frequency signals to achieve accurate vehicle control and safety warning.
The importance of quality adherence
The quality adherence of high frequency wiring harness is crucial to the stability and safety of the on-board computer system. Once the wiring harness has quality problems, such as signal attenuation, electromagnetic interference or loose connectors, it may lead to system performance degradation and even cause serious safety accidents. Therefore, high frequency wiring harness manufacturers need to strictly control the selection of raw materials, production processes, quality inspection and other aspects.
High-quality raw materials are the basis of high-quality wiring harnesses, including high-quality conductors, insulation materials and connectors. Advanced production processes ensure the accuracy and consistency of wiring harnesses during the manufacturing process. The strict quality inspection system conducts comprehensive inspections on each batch of products to ensure that the performance of the wiring harness meets relevant standards and requirements.
In short, as a key component in the on-board computer system, the high frequency wiring harness has injected strong impetus into the development of intelligent driving and vehicle networking technology with its stable signal transmission capability and quality adherence.
