APPLY your knowledge of high voltage generation from class lectures to design and DEMONSTRATE a voltage...

 

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APPLY your knowledge of high voltage generation from class lectures to design and DEMONSTRATE a voltage tripler circuit in MATLAB-Simulink for a scenario given below. ANALYZE the PROBLEM by showing the calculation of various parameters and discuss the function and working of each MATLAB-Simulink component. Scenario: The voltage tripler circuit has capacitances (C₁, C₂ and C3) all equal to 0.06 μF. The supply transformer secondary voltage is 125 kV at a frequency of 160 Hz. First, calculate the following numerically and then compare your numerical solutions with simulation results: 1. Percentage ripple 2. Voltage regulation Finally, report your FINDINGS. Note that your findings MUST be based on your EXCLUSIVE observations after comparison. For your reference, these can possibly be, not limited to, but the following. - Variation(s) between numerical and simulation results with proper justification(s). Distinctive aspects reflecting either benefits or limitations/drawbacks of the circuit with solid reasons. Incase of limitations/drawbacks, possible remedies or solutions should be provided supported by proper justification(s). APPLY your knowledge of high voltage generation from class lectures to design and DEMONSTRATE a voltage tripler circuit in MATLAB-Simulink for a scenario given below. ANALYZE the PROBLEM by showing the calculation of various parameters and discuss the function and working of each MATLAB-Simulink component. Scenario: The voltage tripler circuit has capacitances (C₁, C₂ and C3) all equal to 0.06 μF. The supply transformer secondary voltage is 125 kV at a frequency of 160 Hz. First, calculate the following numerically and then compare your numerical solutions with simulation results: 1. Percentage ripple 2. Voltage regulation Finally, report your FINDINGS. Note that your findings MUST be based on your EXCLUSIVE observations after comparison. For your reference, these can possibly be, not limited to, but the following. - Variation(s) between numerical and simulation results with proper justification(s). Distinctive aspects reflecting either benefits or limitations/drawbacks of the circuit with solid reasons. Incase of limitations/drawbacks, possible remedies or solutions should be provided supported by proper justification(s).

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The voltage tripler circuit has capacitances C C and C all equal to 006 F The supply transfer voltag... View the full answer