An N-P-N transistor is connected in common-emitter configuration in which collector supply is 8V and the voltage drop across the load resistance of `800Omega` connected in the collector circuit is 0.8V. If current amplification factor is 25/26 (If the internal resistance of the transistor is `200Omega`), the collector-emitter voltage, voltage gain and power gain are respectively.

An N-P-N transistor is connécted in common emitter contiguration in which collector supply is 9V and the voltage drop across the load resistance of 1000Omega connected in the collector circuit is 1V. If current amplification factor is (25/26), then the base current is

An N-P-N transistor is connécted in common emitter contiguration in which collector supply is 9V and the voltage drop across the load resistance of 1000Omega connected in the collector circuit is 1V. If current amplification factor is (25/26), If the internal following options is incorrect.

An n - p- n transistor is connected in common - emitter configuraration in which collector supply is 8 V and the voltage drop across the load resistance of 800 Omega connected in the collector circuit is 0.8 V . If current amplification factor is 25 , determine collector - emitter voltage and base current . If the internal resistance of the transistor is 200 Omega , calculate the voltage gain and the power gain.

An n - p- n transistor is connected in common - emitter configuraration in which collector supply is 8 V and the voltage drop across the load resistance of 800 Omega connected in the collector circuit is 0.8 V . If current amplification factor is 25 , determine collector - emitter voltage and base current . If the internal resistance of the transistor is 200 Omega , calculate the voltage gain and the power gain.

An n-p-n transistor is connected in common emiter configuration in which collector supply is 8V and the boltage drop across the load resestance of 800Omega connected in the collector circuit is 0.8V . If current gain factor is (25//26) , determine the collector -emitter voltage and base current. if the internal resistance of the transistor is 200Omega . calculate the voltage gain and power gain.

A transistor is connected in common emitter configuration. The collector supply is 8V and the voltage drop across a resistor of 800Omega in the collector circuit is 0.5 V. If the current gain factor (alpha) is 0.96, find the base current.

A transistor is connected in a common emitter configuration. The collector supply is 8 V and the voltage drop across a resistor of 800 Omega in the collector circuit is 0.5 V. If the current gain factor (alpha) is 0.96 , Find the base current.

A transistor is connected in a common emitter configuration. The collector supply is 8 V and the voltage drop across a resistor of 800 Omega in the collector circuit is 0.5 V. If the current gain factor (alpha) is 0.96 , Find the base current.

A n-p-n transistor is connected in common emitter configuration in which collector supply is 9V and the voltage drop across the load resistance of 700Omega connected to the collector circuit is 0.7V. If the current amplification factor alpha is 25//26, determine collector emitter voltage and base current. If the input resistance of the transistor is 100Omega, calculate the voltage gain and the power gain.