whict tube was developed to compensate for the effects of interelectrode capacitance
due to the load gates capacitance values,there is a increased load capacitance on the driving gate
You can reduce stray capacitance by avoiding having long wires running parallel in circuits. Keep wires as short as possible. Long wires running along each other can exhibit stray capacitance effects. Another way is to cut long leads of components such as capacitors and inductors to make them as short as possible. If best, use SM components, as they have no leads which can cause this stray capacitance effect.
Isaac newton
Certain gravitational fields have been created that can compensate the effects of other gravitational fields, but true anti-gravity does not yet exist.
The less developed countries don't have the same kinds of medical access to help them deal with diseases, which means that exporting health problems from developed countries to less developed countries could have devastating effects on the less developed countries.
Intergovernmental organizations have brought economic aid to developing countries, but have given developed countries more influence and control.
low sulphur diesel will have no effect whatever. new lubricants have been added to fuel to compensate for the reduction of the sulphur
Early marriages have varied effects on the health of a mother. In most cases, the body is not fully developed to cope with pregnancy and there may be hormonal issues.
Intergovernmental organizations have brought economic aid to developing countries, but have given developed countries more influence and control.
Intergovernmental organizations have brought economic aid to developing countries, but have given developed countries more influence and control.
Intergovernmental organizations have brought economic aid to developing countries, but have given developed countries more influence and control.
Natural capacitance exists between conductors at different potentials, including between those conductors and earth (ground). The value of such capacitance is significantly higher with underground cables than with overhead lines, due to the close proximity of the individual conductors in an underground cable. Capacitance results in line losses in both a.c. overhead and underground systems, due to the corresponding capacitive reactance (opposition to a.c.). In the case of long, high-voltage, underground or under-sea cables, the capacitance losses can be so high that d.c. transmission is used instead of a.c. (d.c. eliminates capacitive line losses). In addition to the line losses, the electric fields resulting from the capacitance can lead to insulation breakdown -making it essential that 'sharp corners', etc., are avoided in their design and construction. One of the reasons that high-voltage overhead conductors are 'bundled' (i.e. more than one conductor per line) is to reduce the stress on individual line conductors that would otherwise occur due to their relatively small diameters.