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In case of controlled rectifiers, the nature of the load current (continues or discontinuous) depends upon the
  • a)
    type of load and firing angle
  • b)
    only on the type of load
  • c)
    only on the firing angle
  • d)
    it is independent of all the parameters
Correct answer is option 'A'. Can you explain this answer?
Most Upvoted Answer
In case of controlled rectifiers, the nature of the load current (cont...
In controlled rectifiers, the nature of the load current, whether it is continuous or discontinuous, depends on two main factors: the type of load connected to the rectifier and the firing angle of the thyristors.
The load can be categorized as either resistive, inductive, or capacitive. Each type of load has different characteristics and affects the behavior of the rectifier circuit.
The firing angle refers to the delay or phase shift between the applied gate signal and the triggering of the thyristors. By adjusting the firing angle, the conduction period of the thyristors can be controlled, impacting the load current waveform.
The combination of the load type and firing angle determines whether the load current will be continuous or discontinuous. A continuous load current flows continuously throughout the entire AC cycle, while a discontinuous load current ceases to flow for a portion of the AC cycle.
Therefore, the nature of the load current in controlled rectifiers depends on both the type of load and the firing angle, making option A the correct answer.
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In case of controlled rectifiers, the nature of the load current (continues or discontinuous) depends upon thea)type of load and firing angleb)only on the type of loadc)only on the firing angled)it is independent of all the parametersCorrect answer is option 'A'. Can you explain this answer?
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