PCB设计问题及解决方法研究

Vishal Anand, Varsha Singh, Vinay Kumar Ladwal
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引用次数: 3

摘要

PCB设计对于各种电源转换器,特别是工业应用中的电源转换器非常重要。影响PCB设计和稳健性的参数是与电路相关的应变电感。对于控制电路的设计,最主要的要求是精度。为了使PCB设计可靠,需要减少应变电感,同时保持简单,模块化,紧凑性和更好的冷却管理。这些参数是设计pcb的关键,具有精度,性能,实现低功耗和高功率转换器的快速制造速度。本文还介绍了通过均衡走线长度来减少信号滞后的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on PCB Designing Problems and their Solutions
PCB designing is important for all kinds of power converters especially for usage in industrial applications. The parameters impacting the design and robustness of PCB are strain inductance associated with the circuit. For the design of control circuits, the primary requirement is precision. In order to make the PCB design reliable, reduction of strain inductance along with maintaining the simplicity, modularity, compactness and better cooling management is required. These parameters are key for designing PCBs with precision, performance, attainment of low power consumption and high-power converters at fast manufacturing speed. This paper also describes the methods to reduce signal lags which can be attained by equalizing trace lengths.
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