In a triode amplifier, `mu=2.5, r_(p)=40` kilo ohm and load resistance `R_(L)=10` kilo ohm. If the input signal voltage is `0.5` volt, then output signal voltage will be

In a common emitter amplifier, using output resistance of 5000 ohm and input resistance of 2000 ohm, if the input signal voltage is 10mV and beta = 50 , calculate output volatge & power gain

For a transistor amplifier, the collecor load resistance R_(L) = 2k ohm and the input resistance R_(i) = 1k ohm . If the current gain is 50, calculate voltage gain of the amplifier.

For a transistor amplifier, the collecor load resistance R_(L) = 2k ohm and the input resistance R_(i) = 1k ohm . If the current gain is 50, calculate voltage gain of the amplifier.

For a triode r_(p)=10 kilo ohm and g_(m)=3 milli mho . If the load resistance is double of plate resistance, then the value of voltage gain will be

In a common emitter amplifier, using output reisistance of 5000 ohm and input resistance fo 2000ohm, if the peak value of input signal voltage is 10 m V and beta=50, then the peak value of output voltage ?

In a common emitter amplifier, using output reisistance of 5000 ohm and input resistance fo 2000 ohm, if the peak value of input signal voltage is 10 m V and beta=50 , then the peak value of output voltage is

In a common emitter amplifier, using output reisistance of 5000 ohm and input resistance fo 2000 ohm, if the peak value of input signal voltage is 10 m V and beta=50 , then the peak value of output voltage is

In a common emitter amplifier output resistance is 5000 ohm and input resistance is 2000 ohm. If peak value of signal voltage is 10 mV and beta = 50 , then the peak value of output voltage is :