ECE 2101: Analog Electronics-II

Theory Course Teaching Plan

WeekInstructor 1Instructor 2
1Tuned amplifier, Resonant circuit, Quality factorDiode Wave Shaping Techniques
2Bandwidth of a tuned amplifier, Tuned potential amplifierClipping and Clamping circuits
3Single tuned, Double tuned, and Cascade amplifierComparator Circuits, Switching Circuits
4Feedback amplifiers: The feedback conceptPulse transformers, transmission, and generation
5General characteristics of negative Feedback amplifierIntroduction to Op-Amps, Op-Amp characteristics
6Voltage series feedbackAC, AD, CMRR, Slew Rate, Offset Voltage
7Current series feedbackDifferentiator, Integrator, Comparator Circuits
8Current shunt feedbackSchmitt trigger, Linear Applications of OP-Amps
9Voltage shunt feedbackActive filter, Nonlinear applications of OP-Amp
10Oscillators: Condition of self-oscillationsAstable & Monostable modes of Amplifier
11Study of different types of oscillatorsOther ICs, IC 555 with applications
12Design of oscillators, frequency stabilityPhase Looked Loop (PLL)
13Negative resistance in oscillatorsAnalog Computer and Applications, Practical Op-Amp ICs

ECE 2102: Analog Electronics-II Laboratory

WeekInstructor 1 & 2 (Contents)
1Experimental Demonstration and Measurement of Frequency Response of IC OP-AMP Inverting Amplifier
3Experimental demonstration of IC OP-AMP summing amplifier
5Experimental Demonstration of IC OP-AMP Voltage Comparator and Zero Crossing Detector & Window Comparator Circuit
7Experimental Demonstration of the transistor Astable Multivibrator Circuit
9Experimental Demonstration of the 555 Astable Multivibrator Circuit
11Open – ended lab
13Final performance test, quiz test.