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A Novel High Voltage Pulsed Power Supply Based on Low Voltage Switch-capacitor Units

A Novel High Voltage Pulsed Power Supply Based on Low Voltage Switch-capacitor Units. S. Zabihi, F. Zare, G. Ledwich, A. Ghosh School of Electrical Engineering, Queensland University of Technology Brisbane, Australia. Presenter: Prof. Firuz Zare f.zare@qut.edu.au.

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A Novel High Voltage Pulsed Power Supply Based on Low Voltage Switch-capacitor Units

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  1. A Novel High Voltage Pulsed Power Supply Based on Low Voltage Switch-capacitor Units S. Zabihi, F. Zare, G. Ledwich, A. Ghosh School of Electrical Engineering, Queensland University of Technology Brisbane, Australia. Presenter: Prof. Firuz Zare f.zare@qut.edu.au

  2. Pulsed power supply configuration with multi switch-capacitor units: A simplified two switch-capacitor unit pulsed power supply and the load model investigated in this research:

  3. Switching states of the proposed power supply circuit :(a) Current source, charging mode (b) Current source, discharging mode (c) Voltage source charging mode (d) Load supplying mode

  4. dv/dt s generated by different inductors with the similar inductive energy: (a) current (b) output voltage waveform with 1mH inductor (c) current (d) output voltage waveform with 9mH inductor

  5. Output voltages and currents of power supply, in case of delivering inductive energy to the load in mono resonant, (a) & (c) Inductor current (A), (b) & (d) Output voltage (kV), (e) First unit’s voltage (kV), (f) Second unit’s voltage (kV), (g) Load current (kA) (c) (b)

  6. Output voltages and currents of power supply, in case of delivering inductive energy to the load in multi resonant, (a) & (b) Inductor current (A), (c) & (d) Output voltage (kV)

  7. Components determination and energy discussion: ENERGY

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