A 5.0 V stabilized power supply is required to be designed using a 12V DC power supply as an input source. The maximum power rating` P_z` of the Zener diode is 2.0 W. Using the Zener regulator circuit, calculate The minimum value of the series resistor, `R_s`

A 5.0 V stabilized power supply is required to be designed using a 12V DC power supply as an input source. The maximum power rating P_z of the Zener diode is 2.0 W. Using the Zener regulator circuit, calculate: The Zener current Iz at full load.

A 5.0 V stabilized power supply is requiredto be designed using a 12V DC power supply as an input source. The maximum power rating P_z of the Zener diode is 2.0 W. Using the Zener regulator circuit, calculate :The maximum current flowing through the Zener diode

A 5.0 V stabilized power supply is required to be designed using a 12V DC power supply as an input source. The maximum power rating P_z of the Zener diode is 2.0 W. Using the Zener regulator circuit, calculate: The load current I_L , if a load resistor of 1k omega fi is connected across the Zener diode

A coil has an inductance of 0.5H and a resistance of 100 ohm are connected in series to 240v, 50 Hz supply. Calculate:- the maximum current in the circuit.

An inductor of reactance 1 Omega and a resistor of 2 Omega are connected in series to the terminals of a 6 V (rms) ac source. The power dissipated in the circuit is

A 2.0 V potentiometer is used to determine the internal resistance of 1.5 V cell. The balance point of the cell in the circuit is 75 cm . When a resistor of 10Omega is connected across cel, the balance point sifts to 60 cm . The internal resistance of the cell is