The common-emitter (CE) configuration of a transistor is most widely used as a/an:
Voltage Amplifier
The common-emitter (CE) configuration of a transistor is most widely used as a Voltage Amplifier. Let's understand why this is the correct answer and rule out the other options.
Hence, the common-emitter configuration is widely utilized as a voltage amplifier in electronic circuits.
Therefore, based on the characteristics and applications of the common-emitter configuration, the correct answer is Voltage Amplifier.
Identify the component shown in the image below:

The emitter current of a transistor is 1 mA. If 1% of the emitted current carriers are lost in the base recombination, what is the value β? Identify from the given options.
Heat sink of a power transistor can be used for:
In case of an AC input signal in CE Transistor Load line can be given by a plot of
Why are transistors preferred over mechanical switches for rapid switching operations?
In the output characteristics of a common-emitter configuration, a family of curves is obtained by varying VCE while keeping which quantity fixed? (Symbols have their usual meaning.)
In an n-channel enhancement mode MOSFET, what must be applied to the gate terminal relative to the source to turn the device on?
The heat sink of the BU205 transistor can be connected ____
In a PNP Transistor voltage divider biasing ____ resistors are used:
What happens to the Base emitter voltage of a transistor due to increase in temperature?
Which of the following is not true for a BJT?
A transistor amplifier with proper biasing has the following measured parameters:
Input resistance = 1 kΩ, Output resistance = 10 kΩ, Current gain = 90.
Identity the biasing configuration.
Identify the component shown in the image below:

The emitter current of a transistor is 1 mA. If 1% of the emitted current carriers are lost in the base recombination, what is the value β? Identify from the given options.
Heat sink of a power transistor can be used for: