In a common emitter transistor circuit, the base current is `40 muA,` then `V_(BE)` is -

In the given transistor circuit, the base current is 35 muA . The value of R_b is -

In the given transistor circuit, the base current is 35 muA . The value of R_(alpha) is V_(AB) is assumed to negiligible :-

In the given transistor circuit, the base current is 35 muA . The value of R_(alpha) is V_(AB) is assumed to negiligible :-

In the given transistor circuit, the base current is 35 muA . The value of R_(alpha) is V_(AB) is assumed to negiligible :-

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

(a) For given transistor circuit, the base current is 10muA and the collector current is 5.2 mA. Can this transistor circuit be used as an amplifier. Your answer must be supported with proper explanation. (b). For a common emitter amplifier, current gain is 69. if the emitter current is 7 mA then calculate the base current and collector current.

(a) For given transistor circuit, the base current is 10muA and the collector current is 5.2 mA. Can this transistor circuit be used as an amplifier. Your answer must be supported with proper explanation. (b). For a common emitter amplifier, current gain is 69. if the emitter current is 7 mA then calculate the base current and collector current.

For a common-emitter transistor amplifier, the current gain is 60. If the emitter current is 6.6 mA then its base current is