Advance Electronic Devices And Circuits
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Advance Electronic Devices And Circuits Syllabus — Unit-wise Content
The official GTU curriculum for Advance Electronic Devices And Circuits (subject code 3332403) as prescribed for AI & DS · Semester 3 divides the course into 6 units, covering 23 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (3332403)Unit 1 Feedback in Transistors Amplifier and Oscillators
- 1.1. Feedback: classification, definition
- 1.2. Negative voltage feedback: Principle, Gain, Advantages
- 1.3. Negative current feedback: Principle, Gain, effect on impedance
- 1.4. Darlington amplifier: operation, characteristics, application
- 1.5. Oscillator: Requirements for oscillation, classification, Operation; LC oscillator -Hartley and Colpitts oscillator, RC oscillator-RC phase shift and Wein-bridge, Crystal oscillator
Unit 2 Frequency Response of Small Signal Transistor Amplifiers
- 2.1. Single stage amplifier: low frequency response:
- 2.2. Multi stage transistor amplifier: frequency response, decibel gain, advantages and applications.
- 2.3. Two stage RC coupled amplifier: operation, frequency response, merits, demerits, applications
- 2.4. Transformer coupled amplifier: operation, frequency response, merits, demerits and applications
- 2.5. Direct coupled amplifier: operation, frequency response, merits, demerits and applications
- 2.6. Comparison: RC coupled, transformer coupled, Direct coupled.
Unit 3 Transistor Power Amplifiers
- 3.1. Comparison: voltage amplifier, power amplifier
- 3.2. Power amplifier: classification, definition, efficiency and operation; class-A, class-B, class AB, class B push-pull
Unit 4 Pulse Circuits
- 4.1. Time constant, rise time, fall time, duty cycle.
- 4.2. RC Differentiator: operation, response to pulse input
- 4.4. Multivibrators using transistors: Astable, Monostable , Bistable, Schmitt trigger circuit
- 4.5. Timer IC-555: block diagram, basic operation, pin description, Astable mode, Monostable mode.
Unit 5 Photo Electric Devices
- 5.1. Photo electric effect: Photo transistor: construction, working, applications
- 5.2. Solar PV cell: construction, working, applications
- 5.3. Opto-coupler: construction, working, applications
Unit 6 Field Effect Transistors
- 6.1. Types of FET
- 6.2. Construction, symbol, characteristics; N channel JFET, P channel JFET
- 6.3. Construction, symbol, characteristics; Enhancement mode MOSFET, depletion mode MOSFET
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