Various measurement method of dielectric properties has been studied by researches, one of wich is the Booton 160-A Q-meter operated within the radio frequency range. Determination of dielectric properties by the Q-meter is accomplised through the measurement of voltage (Q) and capacitance (C) of the LRC, which is naturally in the form of alternating current (AC). Measurement of the AC voltage by a voltmeter shows instability of the measured value, while using an osciloscope require an expensive apparatus. The problem seems can be solved by convertion of the LRC output from alternating to direct current. This paper is to study the influence of LRC output to the measured dielectric properties, by converting the output from alternating to dir...
In this paper, a capacitive method for characterization of LTCC tapes in the frequency range between...
A modified condenser type sample holder for the measurement of the dielectric constant and loss tang...
A transformation algorithm of dielectric response from time domain to frequency domain is presented....
Various measurement method of dielectric properties has been studied by researches, one of wich is t...
Various measurement method of dielectric properties has been studied by researches, one of wich is t...
Q Meters have been serving the elec-tronic industry for more than 25 years. Their original applicati...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
The electrical constants of dielectrics are the power factor and the dielectric constant, the power ...
The development of a transformer for 100,000 volts at 100,000 cycles is described in detail. The suc...
10.05Available from British Library Document Supply Centre- DSC:9091.9(AERE-M--3776) / BLDSC - Briti...
The dielectric properties determine the electrical characteristics of materials. These properties ar...
Dielectric heating has received a lot of attention recently. Microwave heating, however, has the pro...
A LCR meter (Inductance (L), Capacitance (C), and Resistance (R)) is a piece of electronic test equi...
A procedure to determine accurately the unloaded Q-factor, resonant frequency and coupling coefficie...
In this paper, a capacitive method for characterization of LTCC tapes in the frequency range between...
A modified condenser type sample holder for the measurement of the dielectric constant and loss tang...
A transformation algorithm of dielectric response from time domain to frequency domain is presented....
Various measurement method of dielectric properties has been studied by researches, one of wich is t...
Various measurement method of dielectric properties has been studied by researches, one of wich is t...
Q Meters have been serving the elec-tronic industry for more than 25 years. Their original applicati...
This research was undertaken to extend the radiofrequency range of reliable dielectric properties de...
The electrical constants of dielectrics are the power factor and the dielectric constant, the power ...
The development of a transformer for 100,000 volts at 100,000 cycles is described in detail. The suc...
10.05Available from British Library Document Supply Centre- DSC:9091.9(AERE-M--3776) / BLDSC - Briti...
The dielectric properties determine the electrical characteristics of materials. These properties ar...
Dielectric heating has received a lot of attention recently. Microwave heating, however, has the pro...
A LCR meter (Inductance (L), Capacitance (C), and Resistance (R)) is a piece of electronic test equi...
A procedure to determine accurately the unloaded Q-factor, resonant frequency and coupling coefficie...
In this paper, a capacitive method for characterization of LTCC tapes in the frequency range between...
A modified condenser type sample holder for the measurement of the dielectric constant and loss tang...
A transformation algorithm of dielectric response from time domain to frequency domain is presented....