Übersetzung für "High leakage current" in Deutsch

A low breakdown voltage is difficult to implement and leads to a high leakage current.

The semiconductor devices have is the disadvantage of a high leakage current, which results in a permanent power loss.

The capacitors produced by this process therefore exhibit a high leakage current and high ESR values.

The disadvantage of these hydraulic motors is a relatively high rate of leakage current (2% to 6% in relation to the total absorption current).

A sufficiently low resistance value, however, causes a high leakage current to flow through the resistor when the thyristor has been turned off to avoid an overcurrent and, therefore, the thyristor voltage is high.

If recombination centers are selected which exhibit a temperature dependence only above a critical temperature in the range between -40° C. and 125° C., a high leakage current can be additionally reduced at low temperatures.

Method (a) leads to a diode with a tendency to hard recovery characteristics when being switched off, while methods (b) and (c) lead, however, to a high leakage current and thus to high reverse losses and, in the worst case, to reverse-operation instability.

The same effect is achieved if a faulty state of the surge arrester results in an excessively high leakage current being carried in the fuse wire.

From the requirements of the standardized test arrangement and test procedure for fulfilling said standards, it has to be taken that a quick increase in the fault current alone—even with a dominating high constant leakage current—has to result in a separation of the inverter from the grid.

An additional requirement, for instance, for switching installations, is a high leakage current resistance corresponding to Step KA 3c or KB 600 (DIN 53 480).

The rapid switch off system for the medium voltage network is also fundamental for protecting people because of the high earth leakage current and the pace voltages this causes.

Detection of the increase of the fault current component of the differential current also has to occur reliably, even if the increase occurs in the presence of a high leakage current component of the differential current, which does not indicate a faulty condition.

As a result, developing capacitor problems, such as too high a leakage current, cannot be detected in a timely fashion, and the capacitor, as described above, may be effectively destroyed by the prophylactic reformation.

Because, in the case of an asymmetry of the electrical energy source, a very high ground leakage current, which in the worst case, is the failure of one phase of the electrical energy source, may flow, the leakage current may be effectively reduced with the present embodiments.

From the specifications of the normative test setup and test procedure for fulfilling the standards it can be taken that a stepwise increase of the fault current alone has to result in a separation of the inverter from the grid, even with a high leakage current being present.

Even if the compensation of the leakage current component, known from EP 2 372 857 A1, is performed on the differential current within a photovoltaic inverter, this does not prevent erroneous tripping of the external RCDs as a result of high leakage current components of the differential currents monitored by the latter.

In the event of the DC voltage isolating capacitor having a capacitance which is too high or a leakage current which is too high, insufficient reduction in the sodium diffusion is achieved and, in the event of a capacitance which is too low, the auxiliary starting electrode cannot have a voltage applied to it which is sufficiently high for starting the gas discharge.

In the event of too high a capacitance or too high a leakage current of the DC voltage isolating capacitor, no sufficient reduction in the sodium diffusion is achieved, and in the event of too small a capacitance it is not possible to supply a sufficiently high voltage for starting the gas discharge to the auxiliary starting electrode.

Furthermore, conventional MIM capacitors often have a very high leakage current and an undesirably high extrinsic defect density, which is caused by the influence of the Cu electrodes that are usually used.

In addition to the danger to persons, a too high leakage current can lead to incorrect measurement values, if certain measurement instruments are run with such a power supply.

Owing to the application of the technologies, the testing apparatus is wholly isolated from the high voltage system, so that not only the multi-channel high voltage leakage current can be measured precisely, but also the safety of the testing operators can be ensured.

These technical of multi-channel high-voltage discharge measurement and infrared communication, achieve to the purpose of the safe measurement for high-voltage leakage current.

In case of an unwanted situation like too much energy, too high current intensity, too high frequency, current leakage or wrong compensation (not exactly 100%), the IPS system instantly stops any transfer of energy to the outputs and turns off the device.