Загрузка...

Lec 16: Phasor representation; Thevenin's theorem with capacitors & inductors; Intro to AC power

Instructor: R. S. Ashwin Kumar (https://home.iitk.ac.in/~ashwinrs/)
Full playlist: https://youtube.com/playlist?list=PLP-rjhz_nIi4NSp0N2wID9auzgdCvNfe4&si=SUgYCKDh2sQrzNmK
==========================================================================

Видео Lec 16: Phasor representation; Thevenin's theorem with capacitors & inductors; Intro to AC power канала SSCD IIT Kanpur
Комментарии отсутствуют
Зарегистрируйтесь или войдите с
Информация о видео
13 февраля 2026 г. 7:57:58
00:53:13
SSCD IIT Kanpur
Правообладателям
Жалоба на материал Недопустимый материал Нарушение авторских прав
Комментарии
Поделиться
Другие видео канала

EE698G lec12: Charge pump implementation - IIEE698G lec12: Charge pump implementation - II

EE370 lec37: Ripple carry adderEE370 lec37: Ripple carry adder

Lecture 22(2): Need for common-mode feedback in fully differential opampsLecture 22(2): Need for common-mode feedback in fully differential opamps

Lecture 23: CS amplifier with current source at the source; Introducing the source follower.Lecture 23: CS amplifier with current source at the source; Introducing the source follower.

Lec 6(2): The 5-transistor amplifier: DC operating pointLec 6(2): The 5-transistor amplifier: DC operating point

EE370 lec22: Mid-point voltage in a CMOS inverterEE370 lec22: Mid-point voltage in a CMOS inverter

Lecture 11: Noise in cascaded systems; Integrated noiseLecture 11: Noise in cascaded systems; Integrated noise

Lecture 5: Incremental analysis with generic non-linearityLecture 5: Incremental analysis with generic non-linearity

Lecture 2(3): Deriving the discrete Fourier transform (DFT); Measuring SQNRLecture 2(3): Deriving the discrete Fourier transform (DFT); Measuring SQNR

Lecture 16(1): Asynchronous SAR ADC: Understanding how to implement a self-timed asynchronous SARLecture 16(1): Asynchronous SAR ADC: Understanding how to implement a self-timed asynchronous SAR

Lecture 3a: Why is 50ohm the impedance of choice?Lecture 3a: Why is 50ohm the impedance of choice?

EE370 lec15: ROM, PAL, PLAEE370 lec15: ROM, PAL, PLA

Lecture 11: Miller effect; intuition behind pole locations; poles and zeroes in 5-transistor OTALecture 11: Miller effect; intuition behind pole locations; poles and zeroes in 5-transistor OTA

Lecture 8(1): Switched-capacitor integrator (delayed & delay-free)Lecture 8(1): Switched-capacitor integrator (delayed & delay-free)

Lecture 19(2): Ahuja compensation: Pole locations; Intuition for complex poles in Ahuja compensationLecture 19(2): Ahuja compensation: Pole locations; Intuition for complex poles in Ahuja compensation

EE698G lec9: Locking in a DLLEE698G lec9: Locking in a DLL

Lecture 24(2): Common-mode rejection by CMFB; Speed of CMFB; Effect of CMFB on CM output resistanceLecture 24(2): Common-mode rejection by CMFB; Speed of CMFB; Effect of CMFB on CM output resistance

Lecture 35(1): Fractional band-gap referenceLecture 35(1): Fractional band-gap reference

EE370 lec 8 (2): FSMD for greatest common divisor computationEE370 lec 8 (2): FSMD for greatest common divisor computation

EE698G lec25: Phase-locked loops IIEE698G lec25: Phase-locked loops II

Яндекс.Метрика
© 2008-2026 «Информационно-развлекательный портал города Верхняя Салда»
salda.ws@mail.ru salda_ws Контакты Карта портала Сообщить об ошибке Соглашения Пользовательское соглашение Соглашение о конфиденциальности Согласие на обработку персональных данных Информация для правообладателей Об использовании Cookies
Все заметки Новая заметка Страницу в заметки
Страницу в закладки Мои закладки
На информационно-развлекательном портале SALDA.WS применяются cookie-файлы. Нажимая кнопку Принять, вы подтверждаете свое согласие на их использование.
О CookiesНапомнить позжеПринять