It discusses about syllabus of Digital Electronics in GATE exam and how we will cover it.
Here we discusses about history and introduction of Digital Electronics.
It is give basic information about logic gates. We discuss thoroughly AND and NOT gate.
Here we throughly discuss about OR, XOR and XNOR GATE.
Here we thoroughly go through XNOR, NAND and NOR gate implementation of all gate using NAND gate only.
Implementation of all gate using NOR and boolean expression using NAND and NOR gates only.
Here we thoroughly see the representation of number system, their r's and (r - 1)'s complements. Also we focus on Binary number representation.
Here we thoroughly see the design and implementation of Digital adder and subtractor.
Here we thoroughly see the of number system between binary, octal, decimal and hexadecimal number system. Derive some generalized form for conversion of number system.
Boolean reduction using boolean algebra and K-map.
Here we thoroughly go through the reduction of boolean function using K-map. We generally prefer K-map for any boolean reduction till 6 variable.
Here we will thoroughly go through Implicant, Prime Implicant and Essential Prime Implicant.
Here we thoroughly go through Digital adder and Digital Subtractor.
Here we thoroughly go through parallel adder and Digital Multiplexer.
Here we thoroughly go through digital multiplexer.
Here we thoroughly discuss about the design and implementation of De-multiplexer and design the encoder.
Here we thoroughly go through Digital Electronics. Its mostly for one who preparing for GATE exam.