Instrumentation and Measurement Techniques Study
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Author(s):
Todd, A. C.
Corporate Author(s): Armour Research Foundation
Corporate Report Number: ARF-5112-12
Date of Publication: 1960-01
Pages: 107
Contract: DA 36-039-sc-78269
DoD Task:
PB Number: PB162675
Identifier: PB162675
Abstract:
The program involves a study aimed at advancement of the state of the art of electrical measurements. Efforts during this period have been devoted to a study of the use of voltage-variable capacitors in a single-sideband generator and in a low-pass-filter parametric amplifier; to a consideration of the application of an improved Hall device in a single-sideband generator, a balanced modulator, a phase modulator, a cascade phase modulator, a direct frequency modulator, and an audio-frequency wattmeter; to an investigation of the employment of the magnetoresistive effect in a multi-element stripline attenuator; and to a study of field effect, depletion effect, ferroelectric effect and piezoelectric effect for possible use as electric field sensors.
Corporate Author(s): Armour Research Foundation
Corporate Report Number: ARF-5112-12
Date of Publication: 1960-01
Pages: 107
Contract: DA 36-039-sc-78269
DoD Task:
PB Number: PB162675
Identifier: PB162675
Abstract:
The program involves a study aimed at advancement of the state of the art of electrical measurements. Efforts during this period have been devoted to a study of the use of voltage-variable capacitors in a single-sideband generator and in a low-pass-filter parametric amplifier; to a consideration of the application of an improved Hall device in a single-sideband generator, a balanced modulator, a phase modulator, a cascade phase modulator, a direct frequency modulator, and an audio-frequency wattmeter; to an investigation of the employment of the magnetoresistive effect in a multi-element stripline attenuator; and to a study of field effect, depletion effect, ferroelectric effect and piezoelectric effect for possible use as electric field sensors.