If an input of 50mV is applied as `V_("in")` then `V_("out")` at 100kHz will be

If an a p-n junction, a square input signal of 10V is applied, as shown then the output across R_(L) will be

If a pn junction dide, a square input signal of 10 V is applied as shown then the outuput signal across R_(1) will be

If in a p - n junction diode , a square input signal of 10 V is applied as shown Then the output signal across R_L will be

If in a p - n junction diode , a square input signal of 10 V is applied as shown Then the output signal across R_L will be

If a p-n junction diode, a square input signal of 10 V is applied as shown. Then the out put signal across R_(L) will be .

In CE configuration of a transistor, input resistance is 2 K Omega , load resistance is 5 k Omega , current 32 gain is 60. An input signal of 12 mV is applied to the transistor, calculate the voltage gain

An amplifier is represented by the circuit shown in Fig. Here r_(i) is the input resistance of the amplifier and the voltage V_(i) is appearing across it. This voltage is amplified by a factor A_(V) and appears across the load as voltage V_(0) An external voltage V_(s) is applied at the input terminals of the amplifier via series resistance R_(S) . What will be the apparent gain A_(V)(=V_(0)//V_(s)) of the ampilifier in terms of A_(V), R_(S) and r_(i).