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Other university, Electrical Engineering , Integrated Circuits Syllabus
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Unit - 1 The 741 IC Op-Amp
Unit 1
The 741 IC OpAmp
1.1 The 741 IC OpAmp General operational amplifier stages bias circuit the input stage the second stage the output stage short circuit protection circuitry device parameters
1.2 DC and AC analysis of input stage second stage and output stage Gain
1.3 Frequency response of 741
1.4 A simplified model
1.5 Slew rate
1.6 Relationship between ft and slew rate
Unit - 2 Linear Applications Of IC Op-Amps
Unit 2
Linear Applications of IC OpAmps
2.1 Linear Applications of IC OpAmps OpAmp based VI and IV converters
2.2 Instrumentation amplifier
2.3 Generalized impedance converter
2.4 Simulation of inductors
2.5 Active Analog filters Sallen Key second order filter
2.6 Designing of second order low pass and high pass Butterworth filter
2.7 Introduction to band pass and band stop filter
2.8 All pass active filters KHN Filters
2.9 Introduction to design of higher order filters
Unit - 3 Frequency Compensation & Nonlinearity
Unit 3
Frequency Compensation Nonlinearity
3.1 Frequency Compensation Nonlinearity Frequency Compensation
3.2 Compensation of two stage OpAmps
3.3 Slewing in two stage OpAmp
3.4 Nonlinearity of Differential Circuits
3.5 Effect of Negative feedback on Nonlinearity
3.6 NonLinear Applications of IC OpAmps Basic Log–Anti Log amplifiers using diode and BJT
3.7 Temperature compensated LogAnti Log amplifiers using diode
3.8 Peak detectors
3.9 Sample and hold circuits
3.10 Opamp as a comparator and zero crossing detector
3.11 Astable multivibrator monostable multivibrator
3.12 Generation of triangular waveforms
3.13 Analog multipliers and their applications
Unit - 4 Digital Integrated Circuit Design
Unit 4
Digital Integrated Circuit Design
4.1 Digital Integrated Circuit Design An overview
4.2 CMOS logic gate circuit basic structure
4.3 CMOS realization of Inverters AND OR NAND and NOR gates
4.4 Latches and Flip flops the latch
4.5 CMOS implementation of SR flipflops
4.6 A simpler CMOS implementation of the clocked SR flipflop
4.7 CMOS implementation of JK flipflops and D flip flop circuits
Unit - 5 Integrated Circuit Timer
Unit 5
Integrated Circuit Timer
5.1 Integrated Circuit Timer Timer IC 555 pin and functional block diagram
5.2 Monostable and Astable multivibrator using the 555 IC
5.3 Voltage Controlled Oscillator VCO IC 566 pin and functional block diagram and applications
5.4 Phase Locked Loop PLL Basic principle of PLL block diagram working
5.5 ExOR gates and multipliers as phase detectors
5.6 Application of PLL
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