AVX tantalum capacitance of the reverse voltage is a strict limit, specific as follows:

In 1.0 V 25 ° C condition maximum rated voltage dc work of 10% in 0.5 V 85 ° C condition maximum of 3% rated voltage dc work in 0.1 V 125 ℃ conditions of maximizing the 1% of the rated voltage dc voltage value to reverse are tantalum capacitors in any time the highest voltage value shall prevail. These restrictions are tantalum capacitors in the polarized light that most of the working life of the right direction. They are designed to cover short-term reversals as happened in switch transient polarity during the period of an impressive a small part of the waveform. Continuous sinusoidal voltage will lead to reverse polarization, and the leakage current will lead to increased.

In what circumstances in continuous reverse voltage application may have two similar capacitance should use and negative termination back home to configuration together. In most cases this combination will have a nominal capacitance of the capacitance half whether capacitance. In isolated pulse condition or in the first few cycle, the capacitance of the method of nominal may complete value. Reverse voltage level design cover small level visit advantaged condition wrong polarity. Reference value is not going to cover a continuous reverse operation.

The superposition of tantalum capacitor voltage (Vr. M.s.)- - - also called ripple voltage

This is the biggest R.M.S. ac voltage; Stack a dc voltage, which can be used in a capacitor. In Washington the sum total of the peak voltage and superposition A.C. voltage may not exceed the category voltage.

Tantalum capacitance forming voltage

This is in the anodic oxidation of the formation of the voltage. "The thickness of oxide layer is form voltage proportional to a capacitor, and in the rated voltage of the set a factor.