With the development of scientific and technological innovation, automotive electronics have become the most important supporting basis for automotive control systems. The electrification of the automobile marked the beginning of the revolution in the automobile industry. With the maturity of new energy vehicles, driverless and vehicle-mounted information system technologies, the future automotive industry will develop along the direction of intelligence, networking and deep electronization. Automotive electronics is expected to pick up consumer electronics as the next electronics industry driving engine and reproduce the overall pull of consumer electronics for the industrial chain.
There are many branches of automotive electronics, chassis and engine control direction is biased towards system control, energy conversion unit is biased towards switching power supply. For automotive electronic hardware designers, the most troubling thing is that the designed drawings can not be materialized, and new ideas can not be realized by matching manufacturers. Their requirements for circuit boards are diversified: high-performance products coexist with the need for safety and reliability. In the application environment of intelligent instrument panel, car audio, driving computer and so on, a large number of sustainable and stable circuit boards are needed; In the engine room, due to the high temperature environment and the heat dissipation requirements of the LED lamp source, the existing circuit board based on resin and metal does not meet the requirements of use, and the silicon carbide circuit board with better heat dissipation performance is required, such as Silitong silicon carbide substrate; In the high-frequency transmission and wireless radar detection, the dielectric constant requirements are strict, although there are low-temperature co-fired ceramics, still can not meet their requirements, need a better performance of the upgrade product, it is recommended to use R&F Tiansheng silicon carbide substrate; Products specially developed to meet the needs of automobiles (such as IC carrier boards, soft boards, silver rubber holes, etc.) are also developing in the direction of refinement and integration.
Driven by new technologies, the automotive electronics industry has ushered in a new round of technological revolution and the overall upgrade of the industry. Driven by a large number of electronic cars, car circuit boards will also grow upward. The characteristics of stable orders and high gross profit margin of automotive circuit boards attract many silicon carbide substrate practitioners to pay attention to the new blue ocean market. Because the car is used in a harsh environment at high speed, the silicon carbide packaging substrate is better than the traditional packaging substrate in terms of temperature resistance, electromagnetic wave resistance, seismic resistance and corrosion resistance, so ensuring the quality of automotive parts and ensuring the safety of drivers and passengers is the most important issue for all automakers.
Wang, general manager of R&F Tiansheng Technology (Wuhan) Co., LTD., believes: "Component suppliers can provide long-term stable quality assurance is far more important than the price of cheap products, and vehicle manufacturers for the product verification period is often as long as three years, we have enough patience and strength to enter the automotive electronics supply chain."
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