A silicon transistor amplifier circuit is given below. If current amplification factor `beta=100`, determine

Collector emitter voltage.
Take voltage drop between base and emitter as 0.7 V.

A silicon transistor amplifier circuit is given below. If current amplification factor beta=100 , determine Collector base voltage. Take voltage drop between base and emitter as 0.7 V.

A silicon transistor amplifier circuit is given below. If current amplification factor beta=100 , determine Collector current I_c . Take voltage drop between base and emitter as 0.7 V.

A silicon transistor amplifier circuit is given below. If current amplification factor beta=100 , determine Base current I_b . Take voltage drop between base and emitter as 0.7 V.

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.

For a CE-transistor amplifier, the audio signal voltage across the collected resistance of 2 k omega is 2 V. Suppose the current amplificationfactor of the transistor is 100, find the input signal voltage nd base current, if the base resistance is 1 k omega .

In a silicon transistor, the base current is changed by 20muA . This results in a change of 0.02 V in base to emitter voltage and a change of 2mA in the collector current. This transistor is used as an amplifier in CE configuration with load resistance 5kOmega . What is the voltage gain of the amplifier.

In a silicon transistor, the base current is changed by 20muA . This results in a change of 0.02 V in base to emitter voltage and a change of 2mA in the collector current. Find the input resistance, beta_(ac) and transconductance of the transistor g_m .