Andere Kunden interessierten sich auch für
![Capacitance Measurement Techniques ¿ a New Challenge]( "Capacitance Measurement Techniques ¿ a New Challenge")
Capacitance Measurement Techniques ¿ a New Challenge30,99 €![Studies on structural and dielectric properties of ¿-Ga2O3 thin films]( "Studies on structural and dielectric properties of ¿-Ga2O3 thin films")
Studies on structural and dielectric properties of ¿-Ga2O3 thin films40,99 €![Modified photonic processes in dielectric-plasmonic random media]( "Modified photonic processes in dielectric-plasmonic random media")
Modified photonic processes in dielectric-plasmonic random media26,99 €![Magnetic and Electrical Properties of Cr doped Ni-Cd Ferrites]( "Magnetic and Electrical Properties of Cr doped Ni-Cd Ferrites")
Magnetic and Electrical Properties of Cr doped Ni-Cd Ferrites19,99 €![Synthesis and electrical studies of Pr-doped BiFeO3 nano ceramics]( "Synthesis and electrical studies of Pr-doped BiFeO3 nano ceramics")
Synthesis and electrical studies of Pr-doped BiFeO3 nano ceramics23,99 €![The on and off of optical waves in planar metal/dielectric stacks]( "The on and off of optical waves in planar metal/dielectric stacks")
The on and off of optical waves in planar metal/dielectric stacks15,99 €![Guided modes in solid dielectric horn antenna]( "Guided modes in solid dielectric horn antenna")
Guided modes in solid dielectric horn antenna32,99 €
There is a uniqueness theorem, other than one of electrostatic potential, that states charges given to a constant configuration of conductors take a unique distribution. Using it we get coefficients of potential. A simple carelessness has caused it is deemed that electrostatic potential is half of volume integration over D.E, while in it E must be replaced by a part of it that is the electrostatic field arising only from the external charges not also from the polarization charges. Capacitor's capacitance does not depend on the dielectric used in it and depends only on the configuration of its conductors. We correct some widespread current mistakes in these respects. Dielectric polarization in the capacitor of a circuit causes attraction of more charges onto the capacitor. So, we must consider capacitor's dielectric as a source of potential not changer of capacitance. These two are not the same, eg it is shown that contrary to what is believed, resonance frequency of a circuit of RLC will increase by inserting dielectric into the capacitor, for which a report of a performed experiment is presented. What is calculated as K (dielectric constant) is in fact 2-(1/K).