For a transistor amplifier in common emitter configuration for load impedance of `1 k Omega. (h_(fe) = 50 and h_(oe) = 25 xx 10^(-6))` the current gain is

For a transistor ampliflier in common emiter configuration for load imperdance of 1 k Omega (h_(fe) = 50 and h_(oe) = 25) the current gain is

For a transistor ampliflier in common emiter configuration for load imperdance of 1 k Omega (h_(fe) = 50 and h_(oe) = 25) the current gain is

For a transistor amplifier in common emitter configuration for load impendance of 1k Omega(h_(fe)-50 and h_(oe)=25 muA//V) the current gain is

Consider an n-p-n transistor amplifier in common - emitter configuration. The current gain of the transistor is 100. If the collector current changes by 1 mA, what will be the change in emitter current?

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 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 ?

Consider an npn transistor amplifier in common-emitter configuration. The current gain of the transistor is 100. If the collector current changes by 1 mA, what will be the change in emitter current