AE09 ANALOG AND DIGITAL ELECTRONICS

1. Operational Amplifiers 9 hours

1.1 Example of Biasing an Op Amp.

1.2 Internal Structure of 741 Op Amp.

1.3 DC analysis of 741 Op Amp.

1.4 Small Signal Analysis of 741 Op Amp.

1.5 DC Level Shifting (V_BE multiplier).

1.6 Offset Voltages and Currents.

1.7 Measurement of Op-Amp Parameters.

1.8 Frequency Response and Gain.

1.9 Frequency Compensation .

1.10 Instrumentation Amplifiers.

1.11 MOS Operational Amplifiers.

1.12 CMOS Operational Amplifiers.

I [2 (2.4, 2.7), 7 (7.7), 8 (8.11), 9 (9.2-9.6)]; II [10 (10.4), 14 (14.7, 14.12, 14.13)]

2. Active Filters 8 hours

2.1 Butterworth Filter: pole location, finding transfer function.

2.2 Chebyshev Filter: equiripple property, finding transfer function.

2.3 Second Order Resonator.

2.4 Single Amplifier Biquad Sections for all Types including Allpass.

2.5 Multiple Op-Amp Biquad.

2.6 Sensitivity Considerations.

2.7 Introduction to Switched Capacitor Filters.

I [12 (12.3, 12.5, 12.7-12.10)]

3. Other Analog Ics 6 hours

3.1 The Counting Type A/D Converter.

3.2 Successive Approximation Type A/D Converter.

3.3 Flash Type A/D Converter.

3.4 Dual Slope Type A/D Converter.

3.5 Comparator Circuits and Their Applications.

3.6 Sample and Hold Circuits.

3.7 IC Power Amplifiers.

3.8 Analog Multipliers (Logarithmic multipliers).

3.9 Log and Antilog Amplifiers.

I [9 (9.9), 14 (14.8)]; II [15 (15.7-15.9), 16 (16.2, 16.5, 16.13, 16.14)]

4. Transistor as a Switch 4 hours

4.1 Switching Characteristics of Diodes.

4.2 Switching Characteristics of BJTs.

4.3 Switching Characteristics of FETs.

4.4 Use of Schottky Diodes in Switching.

II [2 (2.9, 2.10, 2.12), 3 (3.2), 4(4.12), 5(5.3)]

5. MOS Digital Circuits 5 hours

5.1 Basic Concepts of Logic Circuits.

5.2 NMOS Logic Circuits.

5.3 CMOS Logic Circuits.

5.4 Transmission Gates.

I [10 (10.1-10.5)]

6. Bipolar Logic Circuits 8 hours

6.1 The BJT Inverter.

6.2 TTL Family.

6.3 TTL Families with Improved Performance.

6.4 Other TTL Logic Circuits.

6.5 ECL Family.

6.6 Interfacing Between TTL and ECL Family.

I [11 (11.7)]; II [6 (6.10, 6.11)]; III [7]

7. Combinational Digital Systems 6 hours

7.1 Standard Gates.

7.2 Exclusive-OR, Nand and NOR gates.

7.3 Binary Adders.

7.4 Arithmetic Operations: binary subtraction.

7.5 Digital Comparators.

7.6 Parity Check Generators.

7.7 Decoder/ Demultiplexer.

7.8 Data Selector, Multiplexer.

7.9 Encoder.

7.10 ROM and its Applications.

II [6 (6.2, 6.3), 7 (7.2-7.11)]

8. Sequential Digital Systems 7 hours

8.1 Various Types of Flip Flops.

8.2 Clocked SR flipflop.

8.3 JK, T and D flipflops.

8.4 Shift Registers and Sequence Generators.

8.5 Counters.

8.6 Applications of Counters

II [8 (8.1-8.8)]

9. LSI Systems 7 hours

9.1 Dynamic MOS.

9.2 Programmable ROM.

9.3 Erasable PROM and EEPROM.

9.4 RAM.

9.5 Memory Cells.

9.6 Bipolar Memory Cells.

9.7 Programmable Array Logic.

9.8 PLA and Programming a PLA.

9.9 CCD.

9.10 Seven-segment Display System.

II [7(7.11, 7.12, 7.14, 7.15), 9 (9.1, 9.2, 9.4-9.8)]

Text Books

I. S.Sedra and K.C.Smith, “Microelectronic Circuits”, Saunders College Publishing, Third Edition, 1991.

II. J.Millman and A.Grabel, “Microelectronics”, McGraw-Hill International Edition, Second Edition, 1991.

III. H.Taub and D.Schilling,”Digital Integrated Electronics”. McGraw-Hill1977.