analog and digital electronics

1. flip flop

1.1. gate delays and timing diagrams

1.2. s-r flip flop

1.3. triggered flip flop

1.4. clocked T flip flop

1.5. J-K flip flop

1.6. clocked JK flip flop

1.7. D flip flop

1.8. clocked flip flop with clear and preset input

1.9. characteristic eqn

2. counters

2.1. counters for other sequences

2.2. counter design using S-R flip flop

2.3. counter design using J-K flip flop

2.4. counters using D flip flop

2.5. design of a code converter

2.6. shift registers

2.7. derivation of flip flop input eqn

3. sequential circuits

3.1. mealy moore models

3.2. state machine notation

3.3. design of binary counters

3.4. synchronous sequential circuit analysis

3.5. construction of state diagram

3.6. application of op-amps

3.7. schimitt triggers

3.8. ADC

3.9. DAC

3.10. clippers

3.11. clampers

4. boolean algebra

4.1. boolean operations

4.2. logical expressions

4.3. boolean rules & laws of boolean algebra

4.4. DeMorghans therom

4.5. boolean expressions for gate networks

4.6. simplification of boolean expression

5. simplification of boolean expression

5.1. switching functions

5.2. 2-3 variable karnaugh maps

5.3. 4- variable k maps

5.4. minimum expression using prime implicants

5.5. Quine-MaCluskey method

5.6. determination of prime implicant chart

5.7. patricks method

5.8. simplication using MEV

6. combinational logic

6.1. adders

6.2. parallel binary adders

6.3. method of speeding addition

6.4. magnitude comparators

6.5. decoders

6.6. encoders

6.7. code conversions

6.8. multiplexers

6.9. demultiplexers

6.10. parity checkers/genarators