filmov
tv
137. High Frequency Behavior: Introduction, Transfer Function, Poles, Zeros
Показать описание
Analog Integrated Circuit Design, Professor Ali Hajimiri
California Institute of Technology (Caltech)
© Copyright, Ali Hajimiri
California Institute of Technology (Caltech)
© Copyright, Ali Hajimiri
137. High Frequency Behavior: Introduction, Transfer Function, Poles, Zeros
138. High Frequency Behavior: Complete First Order Response Evaluation (Basic Amplifier Stages)
140. High Frequency Behavior: Zeros in the Transfer Function, Time-Domain Response, Miller Effect
Most💯 Important Step Before any Procedure 🔥
xavier memes #memes
Why is High Frequency the solution?
135. Low Frequency Behavior Summary (Part-I)
142. High Frequency Behavior: Design Example, Zero-Value time Constant, Bandwidth Estimation
136. Low Frequency Behavior Summary (Part II)
141. High Frequency Behavior: Nth Order System (first term), Bandwidth Estimation, ZVT
148. High Frequency Behavior: Creation of Zeros, Infinite Value Time Constants, Low Cut-Off
145. High Frequency Behavior: Applications of Generalized Time- and Transfer-Time Constants (1)
Capacitor and Inductor in High Frequency or Low Freq | Physics with Professor Matt Anderson | M26-07
139. High Frequency Behavior: Common Source, Common Drain, Common Gate
146. High Frequency Behavior: Applications of Generalized Time- and Transfer-Time Constants (2)
How to Get Drunk Without Drinking Alcohol
A Mysterious Phenomenom with an RF Signal-Generator
147. High Frequency Behavior: Generalized Time and Transfer Constant (TTC), Uncoupled Time Constants
143. High Frequency Behavior: Zero-Value Time Constants with Zeros, Complex Poles, Low Cut-off
139N. High frequency: transfer functions, lower pass and high pass response.
module 3.2 - High-frequency behaviour of components - Capacitors, inductors, resistors
Planck (physique fondamentale) - Passe-science #29
#143: Transmission Line Terminations for Digital and RF signals - Intro/Tutorial
The fine structure of the atom
Комментарии