In the circuit shown in figure,the base current `I_(B)` is `10 mu A` and the collector current is 5.2 mA . The voltage `( V_(BE))` across the base and emitter is

In p-n-p transistor the base current is 1 mA and the collector current is 10 mA . The emitter current is

In p-n-p transistor the base current is 1mA and the collector current is 10mA . The emitter current is

In a p-n-p transistor the emitter current is 10 mA and the collector current is 9 mA . Then the base current is

In a transistor circuit, the emitter current is 50 mA and base current in 2 mA. The collector current 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.

In the circuit shown in the figure, the BJT has a current gain (beta) of 50. For an emitter - base voltage V_(EB)= 600 mV . calculate the emitter - collector voltage V_(BC) (in volts).