Current gain of common base configuration of a transistor is 0.9. It is used in common emitter configuration. Input and output resistances are `0.6k Omega`, `50k Omega` respectively. Find power gain.

In a common-base configuration of a transistor (Delta i)/(Delta i_(e)) = 0.98 , then current gain in common emitter configuration of transistor will be

For a common base configuration of PNP transistor (l_(C))/(l_(E))=0.98 , then maximum current gain in common emitter configuration will be

In a transistor the current amplification alpha is '0.9', when connected in common base configuration. Now if the same transistor is connected in common emitter configurations and the change in ouput current is 4.5 mA, then the corresponding charnge in the input current is

For a common emitter amplifier, the voltage gain is 40. Its input and output impedances are 100 Omega and 400 Omega respectively. The power gain of the C.E. amplifier will be

Find the gain of an amplifier using a transistor (BF 115) in common emitter circuit when beta=50 and input and output resistances of the transistor being 0.6kOmega and 60KOmega

If the current amplification factor for a transistor connected in common emitter configuration is 100 and input resistance is 200 Omega , then the power gain is (Assume output resistance is 0.8 kOmega )

The current gain for a transistor used in common - emitter configuration is 98. If the load resistance be 1 M Omega and the internal resistance be 600Omega , what is the voltage gain ?

The current gain of the amplifier in the common emitter configuration is 80. What is its current gain in common base configuration ?

Current gain of a transistor is 50 if the collector resistance is 5 k omega and input resistance is 1 k omega calculate the voltage gain

The current gain in the common emitter mode of a transistor is 10. The input impedance is 20kOmega and load of resistance is 100k Omega . The power gain is