Draw the transfer characteristic curve of a base biased transistor in CE configuration. Explain clearly how the active region of the `V_o" versus " V_i` curve in a transistor is used as an amplifier.
Text Solution
Verified by Experts
For transfer characteristics refer to Fig.For explanation, refer to Art.
Topper's Solved these Questions
ELECTRONIC DEVICES
PRADEEP|Exercise SAMPLE PROBLEM|2 Videos
ELECTRONIC DEVICES
PRADEEP|Exercise CONCEPTUAL PROBLEMS|1 Videos
ELECTROMAGNETIC WAVES
PRADEEP|Exercise II Focus multiple choice question|5 Videos
ELECTROSTATICS
PRADEEP|Exercise ASSERTION-REASON TYPE QUESTIONS|2 Videos
Similar Questions
Explore conceptually related problems
Draw the tramsfer characteristic curve of a base biased transistor in CE configuration. Explain clearly how the active region of the V_o" versus " V_i curve in a transistor is used as an amplifier.
The transfer characteristics of a base biased transistor has the operation regions, namely, cutoff, active region and saturation region. For using the transistor as an amplifier it has to operate in the
The transfer characteristics of a base biased transistor has the operation regions, namely, cutoff, active region and saturation region. For using the transistor as an amplifier it has to operate in the
Fig.shows that transfer characteristics of a base biased CE transistor. Which of the following statements are true?
Transfer characterstics [output voltage (V_(o)) vs. input voltage (V_(i)) ] for a base biased transistor in CE configuration is as shown in the figure. For using transfor as a which, it is used
The typical output characteristics curve for a transistor working in the common-emitter configuration is shown in the figure.
Output characteristic of n-p-n transistor in CE configuration is shown. From the characteristic curve determine the current gain at V_(CE)=1V -
Figure shows the transfer characteristics of a base biased CE transistor. Which of the following statements are true ? (A) At V_(1) = 0.14 V transistors is in active state (B) At V_(1) = 1V it can be used as an amplifier (C) At V_(1) = 0.5 V , it can be used as a switch turned off (D) At V_(1) = 2.5 V , it can be used as switch turned on
In an n-p-n transistor in CE configuration when V_(BE) is increased by small amount, then