Übersetzung für "Capacitive discharge" in Deutsch

A circuit with an electronic driver unit is also necessary for the operation of such a capacitive gas discharge lamp.

In this ignition system is a CDI ignition (Capacitive Discharge Ignition).

The CDI part (Capacitive Discharge Ignition) has been described in the page "fixed ignition".

On the other hand, the discharge of the bit line capacitances causes the flow of an AC capacitive current through the coupling PNP transistors of the MTL-type memory cell C, the AC capacitive current being added to the DC sensing current supplied by the write/read circuit 16, i.e. it supports that current so that the entire sense current AC and DC is obtained through the addition of the rising direct current and of the capacitive discharge current.

These capacitive discharge currents can now be connected to ground via memory cells C of the selected word line, and via the associated word line driver.

The high-frequency electron source that uses a cold arc discharge process in which the plasma supplying the electrons is generated by a capacitive high-frequency discharge that is produced in the discharge chamber by an electric high-frequency field between the electrodes.

The table shown below gives a simplified summary of the various processes possibly performed in a low pressure capacitive discharge.

In the case of a capacitive surface, discharge effects occur, as explained, wherein the discharge or the charge transfer varies with the contact area of the finger, that is to say the zone in which charge transfer is possible.

In the second group of plasma chambers, the gas fill can generate excitation by means of an dielectric barrier discharge (DBD), a capacitive discharge, an inductive coupling and/or microwaves.

The coating thickness actually used depends on the requirements for electrical resistance and impedance and is selected as a function of the voltages and capacitive discharge currents to be selected.

The inventive clutch device protects the transmission against damaging capacitive discharge currents as a result of bearing voltages caused by the converters, especially in compact traction drives.

However, it is possible without problem to provide outside of the chamber electrodes for a dielectric barrier discharge (DBD) and/or a capacitive discharge or coils for inductive coupling (ICP).

Furthermore, capacitive discharge currents can also occur between the rotor and the stator, for example in conjunction with a converter operation.

Often, such a reactor is known as a “capacitive” RF glow discharge reactor, or planar plasma capacitor or parallel plate RF plasma reactor, or as a combination of the above named.

Fluorescent gas discharge lamps having a small lamp diameter (no more than 5 mm) can thus far be realized only in the form of cold cathode lamps or in the form of capacitive gas discharge lamps with an operating frequency in the high-frequency range (higher than 1 MHz).

SUMMARY OF THE INVENTION To solve this object, the invention proposes, on the basis of the electrical circuit of the above-mentioned type, that the circuit has at least one chargeable capacitive element whose discharge current controls the at least one diode switch.

The bit line capacitances are thus discharged.

Now the input capacitance CG is discharged, and the FET 12 is blocked.

4C with the aid of which the capacitance is discharged.

The diode 5 is likewise cut off and the input capacitance can discharge via the resistor 6.

Alternatively, the capacitance is discharged when no defect is present.

The potential at the point 12 then rises, the diode 5 is cut off and the input capacitance 13 can discharge via the resistor 6.

To attain a brief switch-off time, the resistor 6 which is selected must be so small that the capacitance 13 is discharged in a period of time which is short when compared to the time period of the switching cycle.

This dummy capacitance is initially discharged prior to every cycle and results in a very small decrease in bit line voltage.

In order for such a large capacitance to be discharged at all in 10 ms, the discharge circuit must have a low impedance.

When the current switch is turned on, a row of keys is selected and at the same time a current pulse flows through the primary row of coils until the capacitance is discharged.

If now upon having charged the winding the core conductor beginning A is connected to the common contacting 5 (negative pole), the turn capacitances will be discharged a the core conductor 1 and result in a current which reaches its maximal value at the beginning A of the core conductor 1 (current gradient along the core conductor, as is shown in FIG. 8c).

If now upon having charged the winding the core conductor beginning A is connected to the common contacting 5 (negative pole), the turn capacitances will be discharged a the core conductor 1 and result in a current which reaches its maximal value at the beginning A of the core conductor 1 (current gradient along the core conductor, as is shown in FIG.

In the case of a disruption in the X-ray tube, the latter forms substantially a shortcircuit for the high-voltage cable and the cable capacitances are discharged via the X-ray tube, the discharge currents being in the kA range.