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Logical Reasoning class 8 | Class 8 IMO | chapter 14: Logical reasoning | Maths Olympiad 2024-25
NSO Class 8 | Chapter 10 : Chemical Effects of Electric Current | science olympiad for grade 8
Class 8 NSO | Chapter 7: Force and Pressure |science Olympiad for grade 8| Force & pressure 24-25
Class 8 IMO | Chapter 13: Introduction to Graphs | Introduction to graphs for grade 8 | 2024-25
U2 L8.4 Full Subtractor | Full subtractor Using K-map | Truth table & logic Diagram
Class 8 NSO | Chapter 9 : Sound | Sound for grade 8 | Science Olympiad 2024-25
Class 8 NSO | Logical Reasoning for class 8 | Science Olympiad for class 8 | logical Reasoning
Class 8 NSO | NSO sample paper 2024-25 | solution of NSO sample paper 2024-25
Class 8 IMO | Chapter 12: Factorisation : factorisation for grade 8 | Maths Olympiad 2024-25
Class 8 IMO | Chapter 11: Direct and Inverse Proportions | Maths Olympiad grade 8 2024-25
Implement full adder using decoder | Full adder using Decoder | Full adder using decoder & OR gate
Class 7 Maths Olympiad | IMO Sample paper for class 7 | Best questions of Maths Olympiad | 2024-25
2 X 4 Decoder | 2 to 4 decoder using NOR Gates | 2 to 4 Decoder using NAND Gates | Decoder | Unit 2
Unit 1 L2 | Weighted Code | Non- weighted Codes | Excess 3 Code | BCD Code| DSD KEC 302
U3 L5 |Control word format of 8255 | I/O Mode Control word format 8255 | control register of 8255
Unit 1 L5 | 8085 Registers | Registers of 8085 | Accumulator | Flag Register | Stack Pointer
8085 Microprocessor Program on Kit | Division of two 8-bit Numbers | Microprocessor Lab
Division Program of 8085 micropreocessor by mobile | Tutorial for 8085 Simulator by mobile
Unit 2 L15 | Program for Division in 8085 Microprocessor | Division program using 8085 MPU detailed
U2 L12 | DAA Instruction of 8085 Microprocessor | DAA Instruction | DAA in 8085 Microprocessor
u4 | Assembly language Program for addition of two 16-bit numbers with carry in 8085 Microprocessor
NAND GATE USING 2X1 MUX | gates using Multiplexer |multiplexer to nand gate
Unit 4 L9 | 8051 interfacing with external ROM & RAM | 8031/51 interfacing with external ROM & RAM
U5 L9.3 Memory 2048 X 8 using 256 x 8 | Memory capacity Expanding | 2KB using 256 X 8 memory chip
U5 L6.2 | TTL NAND Gate with Totem Pole Output | TTL totem pole explanation | 2 input TTL NAND Gate
3 bit Binary to Gray code converter Using PLA | Binary to Gray code converter using PLA | DSD | DE
unit 2 L7.2 | Octal to Binary Encoder | 8 to 3 Encoder | design octal to binary encoder
Unit 5 L7.7 | Cyclic Code Encoding | Cyclic Code Encoder circuit | Digital Communication
U1 L28 | Interfacing of 8085 Microprocessor with 4KB memory | Memory interfacing with 8085 MP
Convolutional Encoding Using Time Domain and transfer domain Approache | Generator matrix | encoder
U1 L26 | Memory Mapped I/O Interfacing | Interfacing in 8085 Microprocessor
U2L17 | Program to find Square Root of number using 8085 microprocessor |program to find square root
Unit5 L7.3 | Systematic cyclic code | Cyclic code| Systematic Cyclic Code Using Generator Polynomial
Digital electronics | Unit 4 One shot |BEE401| Unit 5 one shot | Part 1 Logic Families in one shot
Interfacing of Input and output Devices with 8085 | MPMC | Input / Output interfacing | PYQ | 22-23
Boolean Algebra | Simplify boolean Expression
U2L2.6 | BCD to Excess-3 code converter | BCD to Excess 3 Code Conversion | BCD to Excess-3
U4L4.3| Asynchronous sequential circuit |Transition & flow table for asynchronous sequential circuit
Unit 2 L18 | Assembler Directives of 8085 Microprocessor | Assembler Directives
Unit 1 L4.1 | Binary to Gray code | Find Binary to gray code
MOD 7 Asynchronous Counter | Mod 7 ripple counter using JK flip flop | digital electronics
U5 L10.7 | Full adder using PLA | implement full adder using PLA | Programmable logic array example
Unit 4 L5 |Program for BCD addition using 8085 Microprocessors | BCD addition program | BCD ADDITION
U4L4.2 | Primitive State Diagram | Primitive flow table |Asynchronous sequential circuit design
MOD 7 Synchronous Down Counter | Counter Using T Flip Flop | Mod-7 Counter
U3L3.1 | SR Flip Flop to JK Flip Flop Conversion | JK FF using R FF | Flip Flop Conversion
3 Bit Binary to gray code converter using 4X1 multiplexer
Unit 4 L1 | Introduction to Pulse modulation | Pulse modulation introduction | communication system
U5L7.5 | Non-Systematic Cyclic Code Using Generator Matrix | Generator Matrix for Cyclic code
U5L6.5 | Error Syndrome in Linear Block code |Error Correction in Linear Block Code| Error detection
Unit 1 L25 | Memory segmentation in 8086 Microprocessor | Memory Segment in 8086 Microprocessor
unit 4 L7 | 8051 | Pin Diagram of Microcontroller 8051 | 8051 Pin Diagram | 8051 ports
Unit 2 L11 | 8 Bit addition program Using 8085 Microprocessor | addition Program
U5L8.1| Convolution Code | Convolution code word | Convolutional Encoder state diagram & state table
find Largest Number in 8085| ALP for finding Largest number in 8085 Microprocessor
unit1 L27 | Difference between Memory Mapped I/O and Peripheral I/O | Memory Mapped IO
Binary to BCD conversion
subtraction using 2's Complement
U1L5| Decimal to Gray Code conversion | Gray to Decimal Conversion|decimal to gray & gray to decimal
U2L4.4 | Implement Boolean function using Multiplexer | 3 variable function using 8:1& 4:1 MUX
U5 L1 | Digital logic families | classification of logic family | Types of logic family
U5L2 | Characteristic of Logic families I Noise margin | Propagation Delay| Noise Immunity | FAN OUT
