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Generation of High Voltage and Currents / High Voltage Engineering

Cascade Transformer Connection

Cascade Transformer Connection: Figure 6.10 shows the Cascade Transformer Connection units in which the first transformer is at the ground potential along with its tank. The second transformer is kept on insulators and maintained at…

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July 17, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Tripping of Impulse Generators

Tripping of Impulse Generator: In large impulse generator, the spark gaps are generally sphere gaps or gaps formed by hemispherical electrodes. The gaps are arranged such that sparking of one gap results in automatic sparking…

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July 14, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Generation of Impulse Current Generator Output Waveform

Generation of Impulse Current Generator Output Waveform: Lightning discharges involve both high voltage impulses and high current impulses on transmission lines. Protective gear like surge diverters have to discharge the lightning currents without damage. Therefore,…

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July 14, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Generation of Switching Surges

Generation of Switching Surges: Nowadays in extra high voltage transmission lines and power systems, switching surges is an important factor that affects the design of insulation. All transmission lines rated for 220 kV and above…

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July 14, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Multistage Impulse Generator Circuit

Multistage Impulse Generator Circuit: In the early discussion, the generator capacitance C1 is to be first charged and then discharged into the wave shaping circuits. A single capacitor C1 may be used for voltages up…

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July 14, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Series Inductance in Impulse Generator Circuit

Series Inductance in Impulse Generator Circuit: Often Series Inductance in Impulse Generator Circuit are required to test equipment with large inductance, such as power transformers and reactors. Usually, generating the impulse voltage wave of proper…

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July 11, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Circuits for Producing Impulse Waves

Circuits for Producing Impulse Waves: A double exponential waveform of the type mentioned in Eq. (6.15) may be produced in the laboratory with a combination of a series R-L-C circuit under over damped conditions or…

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July 11, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Standard Impulse Wave Shapes

Standard Impulse Wave Shapes: Transient overvoltages due to lighting and switching surges cause steep build-up of voltage on transmission lines and other electrical apparatus. Experimental investigations showed that these waves have a rise time of…

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July 11, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Generation of High Frequency AC High Voltage

Generation of High Frequency AC High Voltage: High Frequency AC High Voltage are required for rectifier d.c power supplies. Also, for testing electrical apparatus for switching surges, High Frequency AC High Voltage damped oscillations are…

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July 11, 2018
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Generation of High Voltage and Currents / High Voltage Engineering

Resonant Transformers

Resonant Transformers: The equivalent circuit of a high voltage testing Resonant Transformers consists of the leakage reactance of the windings, the winding resistances, the magnetizing reactance, and the shunt capacitance across the output terminal due…

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July 11, 2018
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