The potential difference across the collector of a transistor, used in common emitter mode is `1.5V`, with the collector resistance of `3 kOmega`. Find (i) the emitter current and (ii) the base current, if d.c. gain of the transistor is 50.

The potential difference across the collector of a transistor, used in common emitter mode is 1.5 V, with the collector resistance of 3 kOmega , the emitter current is [ beta- 50 ]

The dc common emitter current gain of a n-p-n transistor is 50. The potential difference applied across the collector and emitter of a transistor used in CE configuration is, V_(CE)=2V . If the collector resistance, R_(C)=4Omega, the base current (I_B) and the collector current (I_(C)) are

In a transistor, the collector current changes by 0.99 mA with a 1 mA change in the emitter current. What is the common-base current gain of the transistor?

For a transistor connected in common emitter mode, the voltage drop across the collector is 2V and beta is 50. Find the base current is R_(C) is 2K

The current of transistor in common emitter mode is 49. The change in collector current and emitter current corresponding to the change in the base current by 5.0 muA m will be :-

The current gain of a transistor in common base mode is 0.99. What is the change in collector current if the emitter current changes by 5 mA ?

When base -emitter voltage of a transistor connected in the common-emitter mode is changed by 20 mV the collector current is changed by 25 mA . Find the transconductance.

A transistor connected in common emitter mode, the voltage drop across the collector is 2 V and beta is 50, the base current if R_C is 2 kOmega is

For a common emitter configuration , the base current is 60 muA and the collector current is 6 mA . The current gain of transistor is