在计算机CPU的电源电路中，采用电解电容器作为电源的去耦电容。
In the computer CPU power circuit, electrolytic capacitors are used as decoupling capacitors of power.
仿真分析在设计中发挥了重要的指导性作用——它优化了激光器接口电路的布线，确定了去耦电容的位置分布和大小选择。
Simulation plays an important role in the design, which optimizes the circuit design of laser interface and confirms the location and value of decouple capacitors.
在硬件电路设计中，大量采用了性能较好的去耦和旁路电容来加强系统的稳定性，并为了调试方便设计了JTAG接口。
To enhance the stability of the system, design a lot of decoupling and bypass capacitors in hardware circuit. And the JTAG debug interface is designed for convenient debugging.
讨论了多重耦合电感的去耦相对独立性以及某些含有复杂耦合电感电路的快速去耦等效方法。
Finally, we study a simple method of decoupling equivalent for some circuits containing complex coupling inductor.
讨论了多重耦合电感的去耦相对独立性以及某些含有复杂耦合电感电路的快速去耦等效方法。
Finally, we study a simple method of decoupling equivalent for some circuits containing complex coupling inductor.
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