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Kavayitri Bahinabai Chaudhari North Maharashtra University, Maharashtra, Electronics and Telecommunications Semester 1, Basic Electrical & Electronics Engineering Syllabus

Basic Electrical & Electronics Engineering Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus

Unit - 1 DC Circuit

1.1 Kirchhoff’s laws

1.2 Series and parallel circuit Current and voltage division rule Delta star and stardelta conversion

1.3 Node voltage and Mesh current methods

1.4 Superposition theorem

1.5 Thevenin’s theorem

1.6 Norton Theorems

1.7 Maximum power transfer theorem.

Unit - 2 AC Circuits

2.1 Singlephase AC Circuits Concept of singlephase supply

2.2 Terms related to A.C. quantities pure resistive inductive and capacitive circuits Complex and phasor representation of AC quantities

2.3 Analysis of singlephase ac circuits consisting of R L C RL RC combinations series and parallel

2.4 Threephase AC Circuits Concept of Threephase supply star and delta connections line and phase values solution of balanced threephase circuits phasor diagram

Unit - 3 Semiconductor

3.1 Semiconductor Basics

3.2 Diode Equivalent Circuits Diode Characteristics Diode as a Switch Diode as a Rectifier halfwave fullwave capacitor filter

3.3 Comparison of rectifiers

3.4 Breakdown Mechanisms

3.5 Zener Diode – Operation characteristics and Application

3.6 Photodiode LED

3.7 Bipolar Junction Transistor BJT Common Base Common Emitter and Common Collector Configurations their dc current gains regions of operations

3.8 Operating Point Load line

3.9 Voltage Divider Bias Configuration BJT amplifier.

Unit - 4 Field Effect Transistor

4.1 Field Effect Transistor FET Construction Characteristics and working of Junction FET

4.2 JFET Parameters JFET as a switch.

4.3 Depletion and Enhancement type MOSFET Construction Characteristics and working.

4.4 Comparison of MOSFET with JFET and BJT.

4.5 Introduction to NMOS PMOS CMOS circuits

4.6 CMOS as Switch.

Unit - 5 Silicon Controlled Rectifier

5.1 Silicon Controlled Rectifier SCR Operation Construction Characteristics Applications.

5.2 Triac UJT Working Characteristics and applications

5.3 Number System their Conversions DeMorgans theorem Boolean Algebra

5.4 Truth Tables and Functionality of Logic Gates – NOT OR AND NOR NAND XOR and XNOR.

5.5 Electric Wiring installations Types of insulated wires wiring systems the concept of fuses MCBs RCCB ELCBs etc. in wiring installations concept of earthing energy bill calculations.