The input supply to the 1-phase full-wave controlled rectifier is rated at 240V, 50HZ. It is...

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The input supply to the 1-phase full-wave controlled rectifier is rated at 240V, 50HZ. It is connected to a series of RL-load. The resistive load is valued at 102 and the inductive load is large enough to give a ripple-free output current. a. Draw and calculate the average output voltage, V. de and output current, I de for a firing angle, a = 60°. (You may or may not use Template A for drawing). [8 Marks] b. Calculate the output power, P. [2 Marks] c. Calculate the efficiency of the converter,n. [4 Marks] d. Calculate the ripple factor, RF. [4 Marks] e. What will happen to the circuit operation if a DC motor is connected at the load side? [2 Marks] TEMPLATE A The input supply to the 1-phase full-wave controlled rectifier is rated at 240V, 50HZ. It is connected to a series of RL-load. The resistive load is valued at 102 and the inductive load is large enough to give a ripple-free output current. a. Draw and calculate the average output voltage, V. de and output current, I de for a firing angle, a = 60°. (You may or may not use Template A for drawing). [8 Marks] b. Calculate the output power, P. [2 Marks] c. Calculate the efficiency of the converter,n. [4 Marks] d. Calculate the ripple factor, RF. [4 Marks] e. What will happen to the circuit operation if a DC motor is connected at the load side? [2 Marks] TEMPLATE A