Видео ютуба по тегу Lectures By Shreedarshan

Lectures by Shreedarshan K
Lectures by Shreedarshan K
Vedic Maths tricks : Addition, Subtraction, Multiplication - Lecture 1
Vedic Maths tricks : Addition, Subtraction, Multiplication - Lecture 1
Logic Design using Multiplexers | Digital Electronics
Logic Design using Multiplexers | Digital Electronics
Fun with numbers - 1
Fun with numbers - 1
Network Security - AES - Advanced Encryption Standard - Encryption Explained
Network Security - AES - Advanced Encryption Standard - Encryption Explained
Network Security - RSA Algorithm with example
Network Security - RSA Algorithm with example
Logic Gates - Description of NOT, AND, OR, NAND, NOR, XOR, XNOR gates | Digital Electronics
Logic Gates - Description of NOT, AND, OR, NAND, NOR, XOR, XNOR gates | Digital Electronics
Свёрточные коды - Лекция 1 [Подход во временной области] с примером
Свёрточные коды - Лекция 1 [Подход во временной области] с примером
Binary, Octal, Decimal, Hexadecimal Conversions : Digital Electronics
Binary, Octal, Decimal, Hexadecimal Conversions : Digital Electronics
Fourier Series - Lecture 3 | Engineering Mathematics | Degree Mathematics
Fourier Series - Lecture 3 | Engineering Mathematics | Degree Mathematics
Carry Look Ahead Adder | Easy Explanation | Digital electronics
Carry Look Ahead Adder | Easy Explanation | Digital electronics
Voltage Divider Bias Problem | GATE 2004 | Electronics
Voltage Divider Bias Problem | GATE 2004 | Electronics
BJT : Common Base Configuration | Transistors| Electronics
BJT : Common Base Configuration | Transistors| Electronics
Fourier Series - Lecture 2 | Engineering Mathematics | Degree Mathematics
Fourier Series - Lecture 2 | Engineering Mathematics | Degree Mathematics
Bridge Rectifier | Working and Explanation | electronics | Full Wave Bridge Rectifier
Bridge Rectifier | Working and Explanation | electronics | Full Wave Bridge Rectifier
Half Adder - Truth Table - Implementation using Gates , NAND and NOR Gates |Digital Electronics
Half Adder - Truth Table - Implementation using Gates , NAND and NOR Gates |Digital Electronics
4 Variable Karnaugh Map - with examples
4 Variable Karnaugh Map - with examples
Series Clipper - Positive and Negative - without and with Bias | Electronics
Series Clipper - Positive and Negative - without and with Bias | Electronics
S-R Flip Flop | Digital Electronics | Explanation
S-R Flip Flop | Digital Electronics | Explanation