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Unit - 1 Diodes And Applications
Unit 1
Diodes and Applications
1.1 Diodes and Applications covering
1.2 Semiconductor Diode Ideal versus Practical
1.3 Resistance level
1.4 Diode Equivalent Circuits
1.5 Load Line Analysis
1.6 Diode as a Switch
1.7 Half Wave and Full Wave Rectifiers with and without Filters
1.8 Breakdown Mechanisms
1.9 Zenner Diode Operation and Application
1.10 OptoElectronic Devices LED’s
1.11 Photo Diode and Applications
1.12 Silicon Controlled Rectifier SCR – Operation Construction Characteristics Ratings Applications
Unit - 2 Transistor Characteristics
Unit 2
Transistor Characteristics
2.1 Transistor Characteristics covering
2.2 Bipolar Junction Transistor BJT – Construction Operation Amplifying Action
2.3 Common Base
2.4 Common Emitter and Common Collector Configurations
2.5 Operating Point Voltage Divider Bias Configuration
2.6 Field Effect Transistor FET – Construction Characteristics of Junction FET
2.7 Depletion and Enhancement type Metal Oxide Semiconductor MOS FETs
2.8 Introduction to CMOS circuits
Unit - 3 Transistor Amplifiers And Oscillators
Unit 3
Transistor Amplifiers and Oscillators
3.1 Transistor Amplifiers and Oscillators covering
3.2 Classification
3.3 Small Signal Amplifiers – Basic Features
3.4 Common Emitter Amplifier
3.5 Coupling and Bypass Capacitors
3.6 Distortion
3.7 AC Equivalent Circuit
3.8 Feedback Amplifiers – Principle
3.9 Advantages of Negative Feedback
3.10 Topologies
3.11 Current Series and Voltage Series Feedback Amplifiers
3.12 Oscillators – Classification RC Phase Shift Wien Bridge High Frequency LC and Non Sinusoidal type Oscillators
Unit - 4 Operational Amplifiers And Applications
Unit 4
Operational Amplifiers and Applications
4.1 Operational Amplifiers and Applications covering
4.2 Introduction to OpAmp
4.3 Differential Amplifier Configurations
4.4 CMRR PSRR Slew Rate
4.5 Block Diagram
4.6 Pin Configuration of 741 OpAmp
4.7 Characteristics of Ideal OpAmp
4.8 Concept of Virtual Ground
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Other Subjects of second-year
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Engineering mechanics
Surveying & geomatics
Mechanical engineering
Introduction to solid mechanics
Introduction to fluid mechanics
Materials, testing & evaluation
Disaster preparedness & planning
Introduction to civil engineering
Computer-aided civil engineering drawing
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