Übersetzung für "Ohmsche verluste" in Englisch

Therefore, such antennas have low-ohmic losses at high frequencies.

Ohmic losses of the insulation and the body are summarized in the equivalent circuit diagram depicted in FIG.

With the current-conducting wiring the ohmic losses are minimized and become negligibly small.

In contrast to alternating current, this only experiences ohmic losses.

Only undesired ohmic losses then result.

Consequently, ohmic losses on its current path to the temporary supply are minimized.

Superconducting materials can carry large electric currents without ohmic losses.

Superconductors can carry electrical currents practically without ohmic losses.

Such a waveguide exhibits high ohmic losses.

The heat to be dissipated is essentially produced by resistive losses in the inner conductor.

In consequence there is a mitigation of the problems connected with the warming by ohmic losses that has been noted in multitrack heads.

In consequence there is a mitigation of the problems connected with the warming by ohmic losses that has been noted in multitrack heads.

Because of its disappearing electrical resistance, the superconductive material of the current limiter does not cause any resistive losses at all.

Reproduction of the inductance and capacitance is facilitated and ohmic losses can be reduced.

In addition, mainly ohmic losses occur on the feed line and in the antenna elements.

Small currents reduce ohmic losses.

The contact fingers on the solar cell front and rear side also have the purpose of reducing ohmic losses.

The ohmic losses of the tuner and feed lines and the reflection factor of the noise source are not taken into account.

Ohmic losses of the electromagnetic field can cause a heating, which distributes over the object and changes the refractive index of the structure.

This could be achieved, for example, by charging the capacitor via an inductor of high inductance and of small ohmic resistance, which would give minimum ohmic losses the charging process.

This energy reduction is caused by the fact that the energy to be removed is stored outside the resonant circuit, namely, in the inductance LSS, without ohmis losses occurring in the process.

In this converter operating according to the current resonance principle, the efficiency is high and the peak current stress on the electronic switches is low. However, it requires additional components, for example a resonance capacitor whose resistance losses reduce efficiency.

The coating of the present invention may have a surface of adequate roughness, without danger of overheating due to ohmic losses in the rough surface.

The distance between the so-called deposit support electrode or working electrode and the counterelectrode is admittedly of secondary importance, but for high efficiency reasons should be kept as small as possible to avoid ohmic losses.

The large rectangular cross sections of the conductor and the abutting conductor parts result in high power density and low ohmic losses respectively as well as a robust construction of the entire conductor assembly wherein, additionally, the dissipation of waste heat via the soft magnetic body or directly to an adjacent cooling body is improved.

The energy stored in the leakage inductance of the transformer 14 is not eliminated in the circuit arragement of the invention by (ohmic) losses, but is relocated in the control capacitor 23.

Tests have shown that the losses by eddy currents and ohmic losses in the single conductors due to the induction produced by the coil in the case of the wire thicknesses used up to now (basic value D of 0.4 mm at a frequency of 25 kHz) were 70 to 100 W, whereas they are halved in the case of a coil having the same power and a wire diameter d of 0.2 mm and are only roughly 40 W. Therefore the coil heating is much lower and, apart from not inconsiderable energy savings, it would be possible to eliminate otherwise occurring problems connected with coil insulation and heat dissipation from the coil.