Translation of "Grundkapazität" in English

An increased basic capacitance of the capacitor can be achieved with the aforementioned development.

A possibly small basic capacitance is to be aspired therefore for a maximum sensitivity.

This basic capacitance of the circuit arrangement is composed of several parasitic individual capacitances.

Restaurant: This is a classic restaurant with a basic capacity of 80 seats.

The basic capacity is 3 pF; it is therefore necessary to resolve capacity changes in the ppm range.

They must have both a high basic capacity and a large capacity variation ratio.

Nevertheless, since the best hydroelectric sites are already being exploited, the future contribution of this sector will be more limited and will in practice be centred on the development of reversible-pump turbine stations linked to excessive base-load generating capacity.

According to some estimates, acquiring a minimum common space capability would require annual investments of €800 million for 10 years or so.

A substantial problem in this type of signal recovery resides in that the basic capacity of the capacitor formed by each sensor electrode with the transmitting electrode is itself very small and that the capacitance changes to be detected and representing the actual measuring effect are again several orders of magnitude smaller.

The construction described thus gives an equalization of the mean basic capacitance, irrespective of the capacitive load.

In principle, one of the main effects of the piezoelectric transducer, namely to behave like a capacitor, is subtracted out of the measured signal by this development of the measuring arrangement, so that the resonance behavior somewhat masked by the high basic capacitance appears more clearly.

Instead of specifying a number of vessels, the coverage of 3,000 ship-days per year (with 1,800 to be spent on border protection operations, and a surge capability of 3,600 days) was given, with the producer to determine how many ships were needed to meet this.

Conditions are similar if capacitive sensors are used to determine force, pressure, or acceleration, because the existing basic capacitance is modulated more or less strongly by the quantity to be measured.

As can be seen in FIG. 2, a final oxide layer 9 can be removed by etching in the area of the diaphragmlike area 8 so as to form a pressure sensor, which is designated generally by reference numeral 10 in FIG. 2, whereas for the purpose of defining a reference element, which has a corresponding basic capacity and which is designated generally by reference numeral 11, this oxide layer 9 remains unchanged.

It can easily be seen that this recycling of anode residues within the plant necessary with prior systems, leads to an additional permanent burden on the anode factory in the three main steps of the process, namely preparing, molding and baking, of 20-30%, compared to the basic, process-consumed amount of anode blocks (which is all that is needed using the inventive method).

Both the capacitance of the condenser forming the additional impedance 9 and the customary capacitance not conditioned by the transducer 1 like the cable capacitance are regulated so that they amount to about a third of the low frequency ground capacitance of the transducer 1.

In the case of dielectrically positive media, as employed, for example, in MIM-TN displays, the dielectric constant perpendicular to the molecular axis (? ?) must thus be as large as possible since it determines the basic capacitance of the pixel.

As a result, the basic capacitance can in turn be eliminated by forming differences, and only the sums of the differences in capacitance can be measured.

Because only changes in capacitance are relevant for detecting uses, and not the absolute capacitance, an adjustment of the circuit to the currently present ground capacitance of the sensor electrode is desirable.

The basic capacity of the softening device is typically assumed to be always the same after each regeneration, and can be converted on the basis of a basic untreated water hardness into a defined soft water amount that can be generated.

The basic capacity of the softening device is typically always assumed to be the same after each regeneration, which, when based on an untreated water hardness, corresponds to a defined generated soft water amount.

At the beginning of the next charging, a current thus flows at the beginning from the charge in C liq of the liquid back to the basic capacitance C B of the circuit.

By providing a suitable selection of the discharge time and the basic capacitance it is thus possible to distinguish whether the probe is immersed in liquid or in foam.

The measured capacitance corresponds to the sum of a base capacitance of the empty container, the product of a fill substance specific, capacitance increase factor of the upper fill substance and its fill level and the product of a fill substance specific, capacitance increase factor of the lower fill substance and its fill level.

The second electrode 14 and the further electrode 18 form an unchangeable basic capacitance of the capacitor, whereas the second electrode 14 and the first electrode 12 form a variable parasitic capacitance of the capacitor, this capacitance being dependent on the deflection of the second printed circuit board region 10 .

This may be advantageous for example in order to avoid an increased basic capacitance and in order to make the system less susceptible to any interference.

If the probe 3 dips into the liquid 1 which is situated in the container 5, the liquid capacitance C liq is added to the basic capacitance C B .

If the probe 3 dips into the foam 2 (which is also designated here as the immersed state) which is situated in the container 5 (curve K 4), the series circuit consisting of the foam resistance R F, the series capacitance C M (C M can be disregarded after the contact, it therefore corresponds to a short-circuit) and the liquid capacitance C liq is added to the basic capacitance C B .