The input signal given to a `CE` amplifier having a voltage gain of `150` is `V_(i)=2cos(15t+(pi)/3)`. The corresponding output signal will be

The input signal given to a CE amplifier having a voltage gain of 150 is V_(1) = 2cos(15t + pi/3) . The corresponding output signal will be

The input signal is given to a CE amplifier having a voltage gain of 150 is V_i = 2cos (15t+pi/3) The corresponding output signal will be :

Input signal to a common emitter amplifier having a voltage gain of 1000 is given by v_(1) = (0.004 V) sin(omega t + pi/2) . The corresponding output signal is

When a transistor amplifier having current gain of 75 is given an input signal, V_(I) = 2 sin (157 t + pi//2) , the output signal is found to be V_(o) = 200 sin(157 t + 3pi//2) . The transistor is connected as :

Input and output signal of an amplifier in CE configuration are always

Two amplifiers are connected one after the other in series. The first amplifier has a voltage gain of 10 and the second has a voltage gain of 20. If the input signal is 0.012 volt then output signal (in V)?

Two amplifiers are connected one after the other in series (cascaded). The first amplifier has a voltage gain of 10 and the second has a voltage gain of 20 . If the input signal is 0.01 V , calcualte the output AC signal .

Draw the circuit diagram of a common emitter transistor amplifier. Write the expression for its voltage gain. Explain , how the input and output signal differ in phase by 180^(@)

A CE amplifier has voltage gain of 50, an input impedance of 2000 ohm and an output impedance of 400 ohm. The power gain of the amplifier will be

A transistor, connected in common emitter configuration, has input resistance R_(i)=2kOmega and load resistance 6kOmega . If beta=60 and an input signal 10mV is applied, calculate the (i) resistance gain, (ii) voltage gain (iii) the power gain and (iv) the value of the output signal.