Layout is one of the most basic skills for PCB design engineers. The quality of layout will directly affect the performance of the whole system. Most of the PCB design theory will be finally implemented and verified by Layout. It can be seen that routing is very important in PCB design. In this paper, we analyze the rationality of practical routing and give some optimized routing strategies. It is mainly from the right angle line, differential line, snake line and other three aspects to elaborate.
Right-angle routing should avoid as far as possible, and it almost becomes one of the standards to measure the quality of routing, so how much impact will right-angle routing have on signal transmission? In principle, the line width of the transmission line will be changed at right angle; it results in the discontinuity of the impedance. In fact, it's not just right-angle routing, stopping angle, and acute-angle routing will also cause impedance changes.
Many people have understanding of the right angle line, they think that the tip is easy to transmit or receive electromagnetic waves, and it produces EMI, which is one of the reasons why many people think that the right angle line can't be done. However, many of the actual results of the test show that the right line does not produce much more obvious EMI than a straight line.(6 layer pcb)
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1. How to Get a quotation?
For PCBs,pls send us the Gerber File.For PCBA,pls send us the Gerber file and BOM(Bill of Materials)
2. What is the MOQ?
No MOQ.1 pcs is ok.
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Yes,all PCBs will be tested by Flying Probe or E-test.For PCBA,we will have AOI,X-ray,and functional test
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