固體鉭電容器的漏電流是幾個獨(dú)立因素之和，對各種條件下漏電流的測量，可以一定程度將這些漏電流成分分開，因此相對重要的大漏電流因素可以評估出來。有直接的背景涉及到介質(zhì)吸收，它對電容器的損耗因子有貢獻(xiàn)。 它不是真正的漏電流。另外，緊接著吸收電流的是其它成分，大多數(shù)在本質(zhì)上是介質(zhì)本體的旁路電流。...

The loss tangent of power capacitor is a capacitor, the actual is not an ideal capacitor, applying AC voltage in the role, in addition to the reactive power Q will output a certain capacity, in the plate internal dielectric capacitors, capacitors (...

When the tantalum capacitor is installed on the PCB board, under the mechanical stress, when the tantalum capacitor installation is not at that time, it is easy to lead the lead to bear large stress or resonance. The following should be taken into...

Matters needing attention in application of tantalum capacitor 為了使鉭電解電容器以最穩(wěn)定的質(zhì)量充分發(fā)揮其性能，必須用適當(dāng)?shù)姆椒ㄊ褂茫褂们罢埾却_ In order to make the tantalum electrolytic capacitor in the most stable quality and give full play to its performance...