An ideal diode is connected in a circuit with resistance `R=5Omega` and `V=10` volt as shown in figure maximum and minimum value of output voltage. When no load applied is (assume diode to be ideal)

An ideal diode is connected in a circuit with resistance R=50Omega and V=10V . If an AC input signal shown in the figure is given to the circuit, then the maximum and minimum value of output voltage (without load) is

An ideal diode is connected in a circuit with resistance R=50Omega and V=10V . If an AC input signal shown in the figure is given to the circuit, then the maximum and minimum value of output voltage (without load) is

4 ideal diodes are connected as shown in the circuit the current through 50 Omega is. .

An ideal diode and a 5 fl resistor are connected in series with a 15 V power supply as shown in figure below. Calculate the current that flows through the diode.

In the circuit shown, the average power dissipated in the resistor is (assume diode to be ideal)

Two ideal diodes D_(1) and D_(2) are connected with the battery of 5 volt as shown in figure. Then the current through diode D_(1) is

Two ideal diodes D_(1) and D_(2) are connected with the battery of 5 volt as shown in figure. Then the current through diode D_(1) is

A silicon diode is connected to a load resistance R_(L) as shown in the figure. If V_(in)=15V and R_(L)=10kOmega (a) If barrier voltage, V_(B)=0.7V then calculate (i) output voltage across R_(L) (ii) current in diode and ltbRgt (iii) forward resistance. (b) If diode is assumed ideal, then what will be (i) output voltage and (ii) output current in diode?