Digital Electronics and Circuits
Section 1: Introduction
Section 2: Few Basic Concepts
+Signals, Systems, Elements
+Integrated Circuit Families, Characteristics, and Levels
+Number Systems and Codes
Section 3: Boolean Expressions, Minterms, Maxterms, Circuit Minimization
+Boolean Expressions, Operator Precedence, and Boolean Laws
+Basic Gates, Truth Tables, Maxterms, Minterms
+K Maps 1
+K Maps 2
+Quine McCluskey Method
Section 4: Combinational Logic and Circuits
+Universal Gates (NAND and NOR)
+NMoS, PMoS, and CMoS Designs
+EX-OR and EX-NOR Gates (Odd and Even Functions)
+Adders (Binary, Half, Full, 4-bit)
+Subtraction, Ripple Carry Adders and Carry Lookahead Generators
+Decoders and Encoders
+Multiplexers and Demultiplexers
Section 5: Sequential Logic and Circuits
+Concept of Memories, and Latches
+Flip Flops (Latches to FF conversion, types of FFs, Setup and Hold Times)
+Analysis of Sequential Circuits (Mealy and Moore Machines)
+Design of Sequential Circuits
+State Reduction
+Registers
+Counters
+Ring Counter and Johnson Counter
Section 6: Miscellaneous Concepts and Problem Solving
+Metastability
+Problem Solving 1 (Design Conversions using MUX)
+Problem Solving 2 (Flip Flop Conversions)
+Problem Solving 3 (Sequence Recognizer Circuit)
* New lectures will be added based upon popular user feedback and request.
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