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A single phase full-converter using R load is a _________ quadrant converter and that using an RL load without FD is a __________ quadrant converter
- a)one, one
- b)two, one
- c)one, two
- d)two, two
Correct answer is option 'C'. Can you explain this answer?
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A single phase full-converter using R load is a _________ quadrant con...
In R load both V and I are positive, in RL load the voltage can be negative but current is always positive.
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A single phase full-converter using R load is a _________ quadrant con...
Single Phase Full-Converter using R Load
A single phase full-converter using R load is a one-quadrant converter. Here are some details:
- A full-converter is a type of AC to DC converter that can convert the full-cycle of AC input voltage into a DC output voltage with variable magnitude and polarity.
- In a single-phase full-converter, the AC input voltage is a single-phase sinusoidal voltage.
- An R load is a resistive load that has no inductance or capacitance. It can be represented by a pure resistance.
- A one-quadrant converter operates in the first quadrant of the voltage-current plane, where both voltage and current are positive.
Single Phase Full-Converter using RL Load without FD
A single phase full-converter using an RL load without freewheeling diode (FD) is a two-quadrant converter. Here are some details:
- An RL load is a load that has both inductance and resistance. It can be represented by a series combination of a resistance and an inductor.
- A freewheeling diode (FD) is a diode that is connected in parallel with the load to provide a path for the inductive current when the switching device is turned off.
- A two-quadrant converter operates in the first and fourth quadrants of the voltage-current plane, where voltage and current can be positive or negative.
Conclusion
Therefore, a single-phase full-converter using R load is a one-quadrant converter, and that using an RL load without FD is a two-quadrant converter. The number of quadrants depends on the type of load and the presence of a freewheeling diode. Quadrant refers to the region of the voltage-current plane where the converter operates.
A single phase full-converter using R load is a one-quadrant converter. Here are some details:
- A full-converter is a type of AC to DC converter that can convert the full-cycle of AC input voltage into a DC output voltage with variable magnitude and polarity.
- In a single-phase full-converter, the AC input voltage is a single-phase sinusoidal voltage.
- An R load is a resistive load that has no inductance or capacitance. It can be represented by a pure resistance.
- A one-quadrant converter operates in the first quadrant of the voltage-current plane, where both voltage and current are positive.
Single Phase Full-Converter using RL Load without FD
A single phase full-converter using an RL load without freewheeling diode (FD) is a two-quadrant converter. Here are some details:
- An RL load is a load that has both inductance and resistance. It can be represented by a series combination of a resistance and an inductor.
- A freewheeling diode (FD) is a diode that is connected in parallel with the load to provide a path for the inductive current when the switching device is turned off.
- A two-quadrant converter operates in the first and fourth quadrants of the voltage-current plane, where voltage and current can be positive or negative.
Conclusion
Therefore, a single-phase full-converter using R load is a one-quadrant converter, and that using an RL load without FD is a two-quadrant converter. The number of quadrants depends on the type of load and the presence of a freewheeling diode. Quadrant refers to the region of the voltage-current plane where the converter operates.
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A single phase full-converter using R load is a _________ quadrant converter and that using an RL load without FD is a __________ quadrant convertera)one, oneb)two, onec)one, twod)two, twoCorrect answer is option 'C'. Can you explain this answer?
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