Effects of sputtering parameters on Teflon thin film capacitors
Effects of varying RF sputtering parameters on dielectric properties of Teflon thin film capacitors
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Effects of varying RF sputtering parameters on dielectric properties of Teflon thin film capacitors
Capacitor for measuring density of compressible fluid in liquid, gas, or liquid and gas phases
Linear sawtooth voltage wave generator with transistor timing circuit having capacitor and zener diode feedback loops
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Terminated capacitor discharge firing of electroexplosive devices
High temperature stability and electrical properties of pyrolytic boron nitride capacitors
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Feasibility of producing thin metal and oxide- film capacitors with stable electrical properties in high temperature environments
Possible electron irradiated failure modes of MOS micrometeoroid capacitor detectors
Steady state radiation effects on electrical insulating materials and capacitors - handbook
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Active RC network realization of third order lowpass Butterworth characteristic with all capacitors having same value
Dielectric system was developed which consists of two layers of 25-gage paper separated by one layer of 50-gage polypropylene to reduce corona breakdown in ac capacitors. System can be used in any alternating current application where constant voltage does not exceed 400 V rms. With a little research it could probably be increased to 700 to 800 V rms.
By terminating the discharge of energy into an insensitive electroexplosive device, firing-energy parameters can be determined. A simple capacitor-discharge system providing exponential pulses terminated at an adjustable width is described. Basic theory and application to testing are discussed.
Bank uses commercially available high-energy-density capacitors for energy storage and silicon-controlled rectifiers for switching. Low voltage design employing solid-state switching is utilized in lieu of conventional gas discharge switching.
Frequency shifting, commonly used in electronic signal processing, is applied in tuning, automatic frequency control, antenna element switching, phase shifting, etc. Frequency shifting can be accomplished economically and reliably with simple circuit comprising conventional resistor and solid-state switching device which can be equivalent to two capacitors, depending on switching state.