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Impedance matching has become a cornerstone of the signal integrity in the realm of high speed PCB design. Future electronic devices are approaching the speed and performance boundaries, and distortion and reflection
In the world of printed circuit board design and manufacturing, precision and accuracy are paramount. One of the most crucial tools that ensures this accuracy is the PCB netlist. Whether
最近は, electronic products are both compact and lightweight while performing a variety of functions. This is largely due to effective PCB thermal management. On the printed circuit boards, various components are
Bringing your electronic ideas to life begins with PCB drawing, which is the process of converting your circuit design into a layout that can be used to create real boards.
Printed Circuit Board design is one of the most significant processes in electronics production. Deciding on the proper PCB design software can even make a rather large difference in the
私たちが使用する電子機器は常に変化し、アップグレードされています. 小型化と高機能化が進んでいます, 電子設計がより困難になる. なぜなら、この場合は, 電気的干渉が増加している
設計ミスがあると、PCB 設計が信頼できるものであることを確認することが重要です。, どんなんに小さくても, より詳細な製造と組み立てのプロセスが遅くなる可能性があり、,
基板設計時, システム内の信号の品質とその有効性である PCB シグナルインテグリティに高いレベルの集中力が与えられます。. 信号の整合性が低いと、
電磁妨害 (EMI) 電磁干渉の一種です, エネルギーが放射線/伝導を通じてある電子デバイスから別の電子デバイスに伝達される, 信号品質を破壊します, 故障の原因となる. それが存在します
