...ching Loss)分为三种: • 开通(Turn-on)损耗 • 关断(Turn-off)损耗 • 寄生电容放电(Parasitic Parallel Capacitor Discharge)损耗 • 从理论上讲,吸收电路不能影响器件开通时寄生电容自放电过程 (这种损耗对大多数器件而言可以忽略,在此不作讨论),也不...
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由寄生电容引起的泄放电流在开通时产生很高的电流尖刺。
The discharge of circuits' parasitic capacitances leads to a high current spike during turning on.
通过集成电路各器件间的布线传递信号的过程,是将信号电荷向布线间形成的寄生电容充放电的过程。
Electricity charges and discharges from the multi-layer cabling's parasitic capacitance when signal is transferred among different parts of integrated circuit.
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