`Ge` and `Si` diodes conduct at `0.3 V` and `0.7 V` respectively. In the following figure if `Ge` diode connection are reversed, the value of `V_(0)` changes by

Calculate the value of output voltage V_(0) and I if the Si diode and the Ge diode conduct at 0.7 V and 0.3V respectively, in the circuit given in Fig. If now Ge diode connections are reversed, what will be the new values of V_(0) and I.

Calculate the value of V_(0) and I If the Si diode and the Ge diode start conducting ar 0.7 V and 0.3 volt respectively. In the given circuit. If the Ge diode connection be reversed. What will the new value of V_(0) and I ? .

Calculate the value of V_(0) and I If the Si diode and the Ge diode start conducting ar 0.7 V and 0.3 volt respectively. In the given circuit. If the Ge diode connection be reversed. What will the new value of V_(0) and I ? .

(A) Calculate the value of V_(0) and i if the silicon and germanium diode start conducting at 0.7 V and 0.3 V respectively. (B) If the Ge diode connection is now reversed, what will be the new values of V_(0) and i ?

(i) calculate the value of output voltage V_(0) and current I if silicon diode and germanium diode conduct at 0.7V and 0.3 V respectively. Fig. (ii) If now germanium diode is cinnected to 12 V in reverse polarity, find new values of V_(0) and I .

In the circuit shown in figure, the silicon and germanium diodes start conducting at 0.7 V and 0.3 V respectively. What are the values of V_0 and I?

In the circuit shown in figure, the silicon and germanium diodes start conducting at 0.7 V and 0.3 V respectively. What are the values of V_0 and I?

In the circuit shown in figure, if the diode forward voltage drop is 0.3 V, the voltage difference between A and B is

In the given circuit diagram. V_B ~~0.6V Find the current (I) if the diode is reversed.