25-02-2022: Electronics 6

Date: Thursday, February 25 2022

Location: Chip

Time: 10:45 - 12:30

color coded resistors

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Amplifiers: modeling of small-signal dynamic behavior

Physics and modeling of linear, time-invariant, dynamic systems

Presentation

The presentation “Physics and modeling of linear time-invariant dynamic systems” briefly discusses the physical meaning of poles and zeros and the modeling of lumped linear time-invariant dynamic systems.

Pesentation in parts

Physics and modeling of linear time-invariant dynamic systems (parts)

Videos

  1. EE3C11 lecture 6 1: Physics and modeling of linear time-invariant dynamic systems

  2. EE3C11 lecture 6 2: Poles and Zeros

  3. EE3C11 lecture 6 3: Pole-Zero Plots

  4. EE3C11 lecture 6 4: Impulse and Step Response

  5. EE3C11 lecture 6 5: Characterization of LTD systems

Study

Chapter 18

Estimation of poles and zeros of electrical networks

Nodal Analysis

Presentation

The presentation “Topics from network theory: Nodal Analysis” briefly summarizes the nodal analysis method.

Presentation in parts

Nodal Analysis (parts)

Video

Nodal Analysis and Modified Nodal Analysis

Study

Chapter 18

Modified Nodal Analysis

Presentation

The presentation “Topics from network theory: Modified Nodal Analysis” briefly summarizes the modified nodal analysis method.

Presentation in parts

Modified Nodal Analysis (parts)

Video

EE3C11 lecture 6 Nodal Analysis and Modified Nodal Analysis

Study

Chapter 18

Poles and zeros of an electrical network

The poles of a network can be found as the eigenvalues of the time-constant matrix. This matrix can be derived from the MNA matrix, or simply be found from network inspection.

Presentation

The presentation “Estimation of poles and zeros of networks without feedback” Shows the way in which poles and zeros of electrical networks can be estimated with the aid of the time-constant matrix.

Presentation in parts

Estimation of poles and zeros of networks without feedback (parts)

Videos

  1. Estimation of poles and zeros of networks without feedback, Resistance Matrix (2:27)

  2. Estimation of poles and zeros of networks without feedback (9:02)

  3. EE3C11 lecture 6 Estimating Poles and Zeros: Probe_example

Poster

  1. Poles and Zeros

SLiCAP

  1. Probe project

Study

Chapter 18

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