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| Name | [COA 40] Sequential circuit design using JK Flip flops (State diagram, excitation tables), KA = BX' |
| Video Uploader | Video From The Academician |
| Upload Date | This Video Uploaded At 23-06-2018 05:33:08 |
| Video Discription | Sequential circuit design using JK Flip flops using state diagram, excitation tables, K Maps, and Boolean expression. errata: KA = BX' Introduction: Computer Organization and Architecture: https://youtu.be/2gSaQYkcbQM Logic Gates: AND, OR, NOT, NAND, NOR, EXOR, EXNOR: https://youtu.be/055MrBz0f8Q Boolean Algebra, Boolean function, Truth table, Logic diagram, Boolean expression: https://youtu.be/AZziWA1aBU8 Canonical form and standard form. Sum of minterms and product of maxterms: https://youtu.be/KsDJ4LIYyiI Map Method (P1): K-Map simplification: https://youtu.be/zMTcLc3OVpU Map Method (P2): Map simplification using don't care condition: https://youtu.be/e6nHowR_yHY Map Method (P3): Product of sum using map: https://youtu.be/O2zOlZXlWkA Universal Gates (NAND and NOR Gates): https://youtu.be/lfbn7RjkjRg NAND and NOR Realization: https://youtu.be/ungwhBYfazs Number System: Decimal, Hexadecimal, Octal and Binary: https://youtu.be/-NJcUPVqmlc Conversion I(Decimal to Binary & Binary to Decimal): https://youtu.be/dOdW1vnoJg0 Conversion II(Decimal to hexadecimal & hexadecimal to decimal): https://youtu.be/z5MMkEIoc8k Conversion III(Decimal to octal & Octal to decimal): https://youtu.be/yxkvFudLIO4 ConversionsIV: Octal - Hexadecimal, Hexadecimal - Octal, Octal - Binary, Binary - Octal: https://youtu.be/hDLiRMTo2cA Complements r's and (r-1)'s complements, 10's, 9's, 2's, 1's, 8's, 7's complements: https://youtu.be/W5vcTdVIqZg Binary Codes: BCD, 2 4 2 1 code, 8-4 -2 -1 code, Excess 3 code, Biquinary code, Grey code: https://youtu.be/KS6YvbgcKYA Binary arithmetic: Binary addition, subtraction, multiplication, division: https://youtu.be/F10ojIYR_-I Octal number arithmetic: Octal addition, Octal subtraction, Octal multiplication, Octal division: https://youtu.be/CScMFUuyKco Fixed and Floating point representation, IEEE 754 standard: https://youtu.be/wJaFfLgkbuU Combinational circuit: Half adder, Full Adder, Half Subtractor,Full Subtractor: https://youtu.be/AUoTwRgZkbk Combinational circuit: BCD Adder: https://youtu.be/aY4qorSLvlk Code conversion: BCD to Excess 3 code: https://youtu.be/qVV-lOFEuPo Magnitude Comparator: https://youtu.be/YwmMoaDBZZ8 Binary Serial and Parallel Adder: https://youtu.be/q1roizuEiiM Carry Lookahead Generator (Adder): https://youtu.be/aunpvR7_148 Parity bit generator & checker: https://youtu.be/rIoocOARrsA Decoder Part I: Basic decoder operation, block diagram, circuit diagram: https://youtu.be/m6OtBqiBYaQ Full adder implementation using Decoder: https://youtu.be/ab53Szyv1n4 Construct 4:16 decoder using two 3:8 decoders: https://youtu.be/RZxbLvkSHjc Encoder: https://youtu.be/zbXocZLpVUk Multiplexer (PI) using simple explanation: https://youtu.be/MfsXPynar30 De-Multiplexer using simple example: https://youtu.be/jSHQtMZiO4M Quadruple two line to one line multiplexer: https://youtu.be/96sADSmEZ6Y Implementation of Boolean function using multiplexer: https://youtu.be/0SRGalk0X0c ROM Design Basics: https://youtu.be/9vy2EvmZi0c PLA: Programmable logic array: https://youtu.be/nwxg0MSBO_Y Sequential Circuit (P 1): Basics: https://youtu.be/_dAvsdD8pOI Flip Flops(P1): https://youtu.be/zNtpkTlSVZA Flip Flops(P2): RS FF, D-FF, JK-FF, T-FF: https://youtu.be/RvlqNU5M21k State reduction: Sequential circuit: https://youtu.be/0c4niL9OIjE Design a counter using T Flip Flops: https://youtu.be/PfjxvizEYE4 Ripple Counter (Binary and BCD), Synchronous Counter, Up Down Counter: https://youtu.be/rBmqbO8jz-c Registers (Basics): Register with D FF, Register with RS FF, Register with reloading: https://youtu.be/XuPWhjvbC3g Basic Shift Register and Bi-directional Shift Register with Parallel Load: https://youtu.be/p_NQebwJNw0 Counter with parallel load: https://youtu.be/2YmmcyPb5zM Ring Counter: https://youtu.be/1w-2AdYWenA Johnson Counter using simple example: https://youtu.be/hsr5i7ZM0nk NAND Gate Decoder: https://youtu.be/ZjmagNmNOl0 Register and register transfer: https://youtu.be/g_JZqNm0n-w Common bus system using multiplexer: https://youtu.be/uFeqCo2TToQ Three state bus buffer: https://youtu.be/DE6z8O4DAlA 4-Bit Binary Adder and Memory Transfer: https://youtu.be/hErhKfz5msg 4 Bit-Adder Subtractor: https://youtu.be/m28-tn8c7b8 Incrementer (using Half Adder) & Decrementer circuit (using Full adder): https://youtu.be/aJPUJl47DPg Complete Arithmetic Circuit using Full adder & Multiplexer: https://youtu.be/o2G62t3MHF4 Logic Micro operation: https://youtu.be/dotKsYDaQg4 BIT Manipulation: Selective set, selective complement, selective clear, mask, insert, clear: https://youtu.be/FKM19vqVCpA Shift Micro operation: Logical, circular, & arithmetic shift: https://youtu.be/2PBe2MjNqqU CPU & General register organisation: https://youtu.be/zCLYgYQhSLE Instruction format: https://youtu.be/nqxlxRF1qNE Addressing Modes: : https://youtu.be/SBYOfAzEwlU Program Interrupt: External, Internal, Software: https://youtu.be/LrP1nZ3GFwk Program Status Register: https://youtu.be/ObnAExEtklA |
| Category | Science & Technology |
| Tags | Sequential circuit design using JK Flip flops | state diagram | excitation tables | JK Flip flop |
