JENSEN Jensen NOS Aluminium foil [16/23] The leakage current is measured at the input terminals after 5 minutes at 20 c and rated voltage

Considerable specifications

IEC 384-4 (Long Life Grade) DIN 41 332 sheet 1., DIN 41 250 (with partial validity), DIN 45910

(corresponds to CECC 30 300) LLG .

Applications categories

IEC 40/085/56 (temp. range: -40/+85°C) and DIN GPF according to DIN 40 004.

Rated capacitance/capacitance tolerance ranges

Capacitance range: 150 – 100.000 µF (measured at 100 Hz). Available capacitance tolerances:

-20/+20% (standard), -10/+30% or –10/+50% (optional).

Rated voltage

The rated voltage is 10-450 V DC.

Leakage current

The leakage current is measured at the input terminals after 5 minutes at 20°C and rated voltage.

The maximum leakage current value is I [µA] = 0.002 x C

[µF] x U

[V]. Where C

is the rated capacitance

and U

is the rated voltage.

Loss factor

The loss factor, tg δ is measured on the input terminals, at 20°C and 100 Hz. For maximum values for each

type see the data table last in this data sheet.

Transfer impedance

Unlike the traditional two pole electrolytic capacitors where the capacitor alternative current

behaviour/resistance described with its ESR and impedance value in different frequencies the four terminal

capacitor’s most characteristic parameter is the transfer impedance. The transfer impedance is calculated by

dividing the output AC voltage by the input AC current. It is measured in accordance with DIN 41 328 sheet

1. In this case the capacitor is operated as a classical four-pole device.

Ripple current (Max. permissible AC load)

The maximum permissible pure AC load - must be also used for calculation of DC/AC mixed load where

Iac=100% - is the same as the admissible ripple current for the two pole capacitors.