How is the p-n junction, used as a half wave rectifier and draw the input and output wave form for this rectification.

How will you use p-n-junction diode as full wave rectifier?

Draw the circuit diagram of a fuII wave rectifier aIong with the input and output waveforms. BriefIy expIain how the output voItage/ current is unidirectionaI.

Draw the circuit diagram of a half -wave rectifier using p-n junction diodes. Draw the input and output voltage form by a schematic graph.

Draw a circuit diagram of full wave rectifier using p-n Junction. diode. Also draw the input and output wave from.

The output form of a full wave rectifier with a L-C filter is

What is a p-n junction diode ? Draw the circuit diagram of a full-wave rectifier using p-n junction diodes. Show the input and output voltage waveforms by a schematic graph.

Wahat is a p-n junction diode? Draw the circuit diagram of a full wave rectifier using p-n junction diodes. Show the imput and output voltage waveforms by a schematic graph.

Transformer is a device used to increase or decrease the voltage in the transmission line according to requirement, Generally the input line voltage is fed in a primary coil and the output line voltage is obtained from the terminals of another coil In an ideal transformer, the primary and secondary coils are linked is such a way that there is no loss of magnetic flux and electrical energy. In an ideal transformer, if the number of turns and input voltage across the terminals of the primary coils be N_1 and V_1 , then the output voltage at the two terminals of the secondary coil V_2=V_1.N_2/N_1 , where N_2 is the number of turns in the secondary coil . In the above mentioned transformer the input and output currents are respectively.

Transformer is a device used to increase or decrease the voltage in the transmission line according to requirement, Generally the input line voltage is fed in a primary coil and the output line voltage is obtained from the terminals of another coil In an ideal transformer, the primary and secondary coils are linked is such a way that there is no loss of magnetic flux and electrical energy. In an ideal transformer, if the number of turns and input voltage across the terminals of the primary coils be N_1 and V_1 , then the output voltage at the two terminals of the secondary coil V_2=V_1.N_2/N_1 , where N_2 is the number of turns in the secondary coil . The ratio of number of turns of the primary and secondary coils of an ideal transformer is 2:1 IF the input voltage is 440 V, then output voltage is if the input power of the transformer be 44 W, then output power is In the above mentioned transformer the input and output currents are respectively.

In an ideal transformer, number of turns in the primary and secondary are N_1 and N_2 , current and power in the input and output are I_1,I_2 and P_1,P_2 respectively. Then