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Questions and Answers
What does BJT stand for?
What does BJT stand for?
- Binary Junction Transistor
- Bipolar Junction Triode
- Binary Joint Terminal
- Bipolar Junction Transistor (correct)
What is the primary application of BJT?
What is the primary application of BJT?
- Amplification of weak signals (correct)
- Rectification of AC power
- Regulation of DC power
- Oscillation of radio frequencies
What is the main advantage of BJT over other types of transistors?
What is the main advantage of BJT over other types of transistors?
- Lower power consumption
- Faster switching times
- Higher current handling capacity (correct)
- Greater voltage amplification
What is the typical configuration of a BJT?
What is the typical configuration of a BJT?
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What is the main limitation of BJT?
What is the main limitation of BJT?
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Study Notes
BJT Basics
- BJT stands for Bipolar Junction Transistor
Primary Application
- The primary application of BJT is to amplify or switch electronic signals
Advantage over Other Transistors
- The main advantage of BJT over other types of transistors is its high current density, allowing it to handle high current and power applications
Typical Configuration
- The typical configuration of a BJT is in a Common Emitter (CE) or Common Collector (CC) setup, which enables it to function as an amplifier or a switch
Main Limitation
- The main limitation of BJT is its low input impedance, which can lead to signal loading and distortion, and requires careful impedance matching
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