syllabus basic electronics 1st semester

LEC. NO.	TOPICS TO BE COVERED
1	INTRODUCTION TO P-N JUNCTION
2	V-I CHARACTERISTICS
3	DIODE EQUATION
4	TUTORIAL
5	CLIPPERS: SERIES, SHUNT, SINGLE & DOUBLE SIDE CLIPPERS
6	CLAMPERS: POSITIVE & NEGATIVE CLAMPERS, ZENER DIODE: V-I CHARACTERISTICS
7	ZENER REGULATORS, LED
8	TUTORIAL
9	BJT: CHARACTERISTICS, CE & CB CONFIGURATION. RELATION B/W ANGLES
10	Q- POINT, TRANSISTOR BIASING, FIXED BIAS & SELF BIAS
11	H- PARAMETERS. TRNSISTOR AS AN AMPLIFIER, FREQUENCY RESPONSE
12	TUTORIAL
13	OPERATIONAL AMPLIFIER, BASIC MODEL, INVERTING AMPLIFIER
14	NON-INVERTING AMPLIFIER, INTEGRATOR, DIFFERENTIATOR
15	SUMMING AMPLIFIER, COMPARATOR
16	TUTORIAL
17	INTRODUCTION TO NUMBER SYSTEMS
18	INTRODUCTION TO NUMBER SYSTEMS
19	CODE CONVERSIONS
20	TUTORIAL
21	DIGITAL ARITHMETIC
22	BOOLEAN ALGEBRA
23	BOOLEAN ALGEBRA
24	TUTORIAL
25	LOGIC GATES: OR, NOT , AND, NOR & NAND; UNIVERSAL GATES, XOR &XNOR GATE; TRUTH TABLES
26	LOGIC FUNCTION REPRESENTATION COMBINATIONAL CIRCUITS
27	DESIGNING COMBINATIONAL CIRCUITS: SOP , POS FORM
28	TUTORIAL
29	K-MAP , FLIP- FLOPS
30	SR, JK & D FLIP- FLOPS
31	RIPPLE COUNTERS: CONFIGURATION, OPERATION;
32	TUTORIAL
33	UP/ DOWN COUNTERS ; SHIFT REGISTERS
34	MULTI VIBRATOR
35	D/A CONVERTOR A/D CONVERTOR
36	TUTORIAL
37	INTRODUCTION TO COMMUNICATION, FREQUENCY BANDS, NOISE
38	TRANSMISSION MEDIA: WIRE MEDIA, TWO WIRE, CO-AXIL CABLE,
39	OPTICAL FIBER, COMPARISON. WIRELESS COMMUNICATION
40	TUTORIAL
41	ANALOG MODULATION, AM BLOCK DIAGRAM , MODULATION EQUATION, WAVEFORMS
42	AM DETECTOR, DEFINITION & APPLICATIONS OF SSB  , DSB , VSB
43	FM BLOCK DIAGRAM, MODULATION EQUATIONS
44	TUTORIAL
45	FDM
46	TDM
47	COMPARISON OF AM & FM
48	TUTORIAL