在切换灵敏负载(DUT或仪器)及电容性负载时，它还能够减小瞬态。
It is also desired to reduce transients when switching sensitive loads (DUTs or instruments) and capacitive loads.
同时，构成电容性负载，使容性功率因数降至最小0.2以下，无谐波和电磁干扰，真正的绿色光源。
At the same time, constitute a capacitive load, so that capacitive power factor of 0.2 to a minimum the following, non-harmonic and electromagnetic interference, the true green light source.
电容器漏泄测量和多芯电缆绝缘电阻测量是切换容性负载容易发生问题的两类应用。
Capacitor leakage measurements and insulation resistance measurements of multi-conductor cables are two applications where switching capacitive loads may be a particular problem.
限制瞬态效应所使用的方法取决于负载是电容性的还是电感性的。
The methods used to limit transient effects depend on whether the load is capacitive or inductive.
即使对于电阻性负载，屏蔽电缆的电容也可能会导致继电器触点焊接。
Even with resistive loads, the capacitance of a shielded connecting cable may cause relay welding.
大的负载电容和日益严重的线间耦合使得深亚微米总线面临着功耗、延迟和可靠性等问题。
Due to the large load capacitance and increasingly serious inter-wire coupling, deep submicron buses are facing many problems like power, delay and reliability.
矿用本安电源上电时，容易因负载电容充电造成本安电源误动、可靠性变差；
When the mine intrinsic safe power was energized, due to the loading, the mine intrinsic power would have miss actions and poor reliability occurred by the capacitor charging.
矿用本安电源上电时，容易因负载电容充电造成本安电源误动、可靠性变差；
When the mine intrinsic safe power was energized, due to the loading, the mine intrinsic power would have miss actions and poor reliability occurred by the capacitor charging.
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