RESEARCH STUDIES IN PRECISION SOLID-STATE POWER SUPPLY CIRCUITRY

RESEARCH STUDIES IN PRECISION SOLID-STATE POWER SUPPLY CIRCUITRY

Research concerned precision solid state power supplies. Logic and drive circuits for inverter applications are discussed and compared on the basis of performance, reliability, and number of components. Two ring counter circuits are ana lyzed and modifications to improve their relia bility are sugge...

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Bibliographische Detailangaben
Hauptverfasser: McVey,E S, Nurre,G S, Russell,R E, Hancock,J T, Brownell,R R
Format: Report
Sprache:eng
Schlagworte:
CIRCUITS
COUNTING METHODS
CRYSTAL RECTIFIERS
ELECTRIC CURRENT
EQUATIONS
FEEDBACK
FREQUENCY
INVERTER CIRCUITS
POWER
POWER SUPPLIES
PULSE MODULATION
PULSES
RELIABILITY(ELECTRONICS)
SILICON
STABILITY
TEMPERATURE
TRANSFORMATIONS(MATHEMATICS)
TRANSISTORS
VOLTAGE
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Beschreibung
Zusammenfassung:Research concerned precision solid state power supplies. Logic and drive circuits for inverter applications are discussed and compared on the basis of performance, reliability, and number of components. Two ring counter circuits are ana lyzed and modifications to improve their relia bility are suggested. Two drive circuits are analyzed and compared. A method is developed for using z-transform theory in the stability analysis of certain switch-type feedback systems. The use of the z-transform method makes it pos sible to find all the limit cycles and their stability for systems containing either a perfect switch, a switch with hysteresis, or a switch with dead zone. The analysis is exact for sys tems of all orders. (Author)