The use of harmonic filters and
compensating capacitor batteries in the case of controlled converters does not lead to the desired result in ensuring the quality of electric energy [1].
Extra discontinuities were introduced in the measurements because the edge of the perpendicular PCB overlapped the trace of the test board and the
compensating capacitor. The post-processed eye-diagrams based on the insertion loss measurements (Figs.
Sutton said that the bird and its bread were discovered at a
compensating capacitor - one of the points where the mains electricity supply enters the collider from above ground.
These limitations have been overcome by the use of mm-wave oscillators and VCOs in a lumped-element circuit form in which a temperature compensating capacitor is located directly at the circuit elements (Gunn and/or varactor diode) to be compensated.[3] This approach has resulted in devices that are frequency stable with temperature, broadband, small in size and potentially low cost.
A schematic drawing and circuit layout of a temperature compensated Ka-band (26 to 40 GHz) VCO with two possible placements of a compensating capacitor [C.sub.c) are shown in Figure 6.
A material parameter of primary interest for a compensating capacitor is the temperature coefficient of the capacitor's dielectric material.
A mathematical model is used for the system analysis including the compensating capacitors. The analysis includes the calculation of transferred power, efficiency, coupling coefficient, etc..
The series compensating capacitors [C.sub.1] and [C.sub.2], are connected to the primary and secondary sides respectively.