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A DC-DC converter is used to feed the resistive load and its output is always inverted. An alternating square wave voltage is getting produced across in inductor having rms value of 200 V and frequency of 50 Hz. the duty cycle of the switch is______
    Correct answer is '0.5'. Can you explain this answer?
    Verified Answer
    A DC-DC converter is used to feed the resistive load and its output is...
    Given circuit is Buck Boost converter
    Voltage across inductor would be, V= 200 V
    Vo = 200 V
    ⇒ δ = 1 – δ
    ⇒ δ = 0.5
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    A DC-DC converter is used to feed the resistive load and its output is...
    Given Information:
    - RMS voltage across the inductor: 200 V
    - Frequency: 50 Hz
    - Output of DC-DC converter is always inverted

    Calculating Duty Cycle:
    The duty cycle of a DC-DC converter is defined as the ratio of time the switch is ON to the total time period. In this case, the output is inverted, meaning the switch is ON for half of the time period.
    Given that the frequency of the square wave voltage across the inductor is 50 Hz, the time period T is calculated as:
    T = 1/f = 1/50 = 0.02 seconds
    Since the output is inverted, the switch is ON for half of the time period. Therefore, the duty cycle D is calculated as:
    D = ON time / Total time = 0.01s / 0.02s = 0.5
    Therefore, the duty cycle of the switch in this DC-DC converter is 0.5.
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    A DC-DC converter is used to feed the resistive load and its output is always inverted. An alternating square wave voltage is getting produced across in inductor having rms value of 200 V and frequency of 50 Hz. the duty cycle of the switch is______Correct answer is '0.5'. Can you explain this answer?
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