rsamurti documents

Lecture-3 : More Applications of Power Electronics
Technology Lecture-3 : More Applications of Power Electronics
Lecture-7 : Semiconductor Power Switching Devices-4
Technology Lecture-7 : Semiconductor Power Switching Devices-4
Lecture-2 : Applications of Power Electronics
Technology Lecture-2 : Applications of Power Electronics
Lecture-6 : Semiconductor Power Switching Devices-3
Technology Lecture-6 : Semiconductor Power Switching Devices-3
Lecture-4 : Semiconductor Power Switching Devices-1
Technology Lecture-4 : Semiconductor Power Switching Devices-1
Lecture-5 : Semiconductor Power Switching Devices-2
Technology Lecture-5 : Semiconductor Power Switching Devices-2
Lecture-1 : Introduction to Power Electronics
Technology Lecture-1 : Introduction to Power Electronics
Three phase-circuits
Engineering Three phase-circuits
Transformers
Engineering Transformers
L9 understanding-atmega328 p-2
Engineering L9 understanding-atmega328 p-2
L14 kb-lcd-interfacing-with-atmega328 p
Engineering L14 kb-lcd-interfacing-with-atmega328 p
L13 interrupts-in-atmega328 p
Engineering L13 interrupts-in-atmega328 p
Introduction to-Tex-and-LaTeX
Engineering Introduction to-Tex-and-LaTeX
L10 assembly-language-programming-of-atmega328 p
Engineering L10 assembly-language-programming-of-atmega328 p
L7 starting-to-use-mcu
Engineering L7 starting-to-use-mcu
L2 types-of-computers
Engineering L2 types-of-computers
L8 understanding-atmega328 p-1
Engineering L8 understanding-atmega328 p-1
L15 timers-counters-in-atmega328 p
Engineering L15 timers-counters-in-atmega328 p
L4 speeding-up-execution
Engineering L4 speeding-up-execution
L12 c-language-programming-of-atmega328 p
Engineering L12 c-language-programming-of-atmega328 p
Trends in-power-electronics
Engineering Trends in-power-electronics