Development of high voltage - High current switches Final report
Envelope, electrode, and trigger design for high voltage high current switch
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Envelope, electrode, and trigger design for high voltage high current switch
High voltage pulse causing beta degradation and junction resistance drop in transistor
High voltage cable for use in high intensity ionizing radiation fields
High voltage divider system for attenuating high voltages to convenient levels suitable for introduction to measuring circuits
High voltage pulse generator with solid state components - transistor circuits
High voltage transmission tower made of filament wound plastic - industrial review
High voltage breakdown phenomena in planetary atmospheres - prediction of voltage breakdown of any antenna in any atmosphere
Inexpensive high vacuum high voltage feedthrough used in conical shock driver system for plasma research
Battery cell voltage scanners have been previously used in low voltage spacecraft applications. In connection with future missions involving an employment of high-power high voltage power subsystems and/or autonomous power subsystem management for unattended operation, it will be necessary to utilize battery cell voltage scanners to provide battery cell voltage information for early detection of impending battery cell degradation/failures. In preparation for such missions, a novel battery cell voltage scanner design has been developed. The novel design makes use of low voltage circuit modules which can be applied to high voltage batteries in a building block fashion. A description is presented of the design concept and test results of the high voltage battery cell scanner, and its operation with an autonomously managed power subsystem is discussed.
High voltage power supply design for lunar X-ray diffractometer
High voltage effect on spectral sensitivity for EMI 6256 and Farnsworth FW-118 photomultiplier
Spherical electrodes surrounding electrode-dielectric junctions eliminate high-voltage breakdown. The gap between the spherical electrode and the dielectric must be of an optimum size for proper operation. Modified, this electrode should be suitable as a high-voltage feedthrough between various liquid and gaseous media.
High voltage breakdown initiated by particle impact across electrode gap
High voltage breakdown in electrode discharge initiated by particle impact in hypothesis of Cranberg
High voltage breakdown problems in Goddard scientific satellites
High voltage effects in satellite-borne spectrometers
Design and test of high voltage power supply for satellite application
High voltage performance characteristics of large gap concentric cylinder electrode