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The future trend of car electronics and the demand for PCB work
The first is "Requirements and Trends of Car Electronics for Circuit Boards" by Mr. Tan Shaolian. With his rich work experience and keen observation ability, Tan Shaolian proposed that car electronics has always been in the three fields of power, safety and comfort to seek more technological processes that conform to the characteristics of the age. But with the lack of power, climate change and the uncertainties of various factors related to car electronics are shaken. Environmental protection and globalization have become two major trends in the development of car electronics. Under these two major trends, issues such as energy conservation and emission reduction, power recovery, functional integration of related car products, and cost control are involved. Based on how to better comply with the development of these two major trends, Tan Shaolian believes that the following requirements should be imposed onPCB work.
Regarding the current requirements, car electronic circuit boards can reach 1.5A/cubic meter based on the existing technology, but with the use of thick copper technology on circuit boards and the future, there will be options for embedding chips into circuit boards. For the possibility of electroplating, there are also higher requirements regarding the larger extra current.
Second, with regard to voltage requirements, the development of car electronic functions requires a higher additional voltage to match the overall demand development to a certain extent. The circuit board must consider how to dissipate heat under such a large voltage. Therefore, the development of electronic circuit boards for cars in the future may start with more circuit board materials to actively respond to innovative development needs.
Third, under the technical requirements of the main forced component integration and the multi-chip plan, there are also increasingly miniaturized requirements for car electronic components. This requires that the work of the circuit board can be continuously improved to limit the technology of smaller and smaller components to the circuit board in order to meet the development needs of car electronics.
In addition, when talking about the requirements for circuit board suppliers, Tan Shaolian believes that suppliers should understand the impact of the failure mechanism caused by interaction in the supply chain, plan to increase the load capacity of functional parts, and continue to adjust the PCB supply chain to Make efforts with zero mistakes.
