1934•Electrical EngineeringRequires access

Impulse generator circuit formulas

J. L. Thomason

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Abstract

With impulse voltage testing of electrical equipment becoming more widely used, it seems highly desirable to be able to calculate the circuit constants required to produce the desired test waves and to calculate the waves that any given circuit constants will give. In this paper the solution of the more commonly used impulse generator circuits is developed and summarized. Waves calculated by these formulas check closely the waves actually recorded by the cathode ray oscillograph.

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What this paper is about

With impulse voltage testing of electrical equipment becoming more widely used, it seems highly desirable to be able to calculate the circuit constants required to produce the desired test waves and to calculate the waves that any given circuit constants will give. In this paper the solution of the more commonly used impulse generator circuits is developed and summarized. Waves calculated by these formulas check closely the waves actually recorded by the cathode ray oscillograph.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

With impulse voltage testing of electrical equipment becoming more widely used, it seems highly desirable to be able to calculate the circuit constants required to produce the desired test waves and to calculate the waves that any given circuit constants will give. In this paper the solution of the more commonly used impulse generator circuits is developed and summarized. Waves calculated by these formulas check closely the waves actually recorded by the cathode ray oscillograph.

Key concepts: Oscillograph, Impulse generator, Impulse (physics), Generator (circuit theory), Voltage, Electrical engineering, Electronic circuit, Acoustics

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