24-02-2020: Electronics

Date: Monday, February 24 2020

Location: EWI-DATA

Time: 10:45 AM - 12:30 PM

color coded resistors

Amplifiers: modeling of nonideal behavior

Amplifiers: modeling of small-signal dynamic behavior

As all physical systems, amplifiers impose limits to the rate of change of a physical signal. For small signals with a small rate of change, the amplifier can be considered as a linear time-invariant dynamic system and modeled accordingly.

Presentation

This presentation “Amplifiers: modeling of small-signal dynamic behavior” briefly summarizes analysis and characterization methods for such systems.

Videos

  1. Modeling of linear time-invariant dynamic systems (5:24)
  2. Poles and Zeros (4:10)
  3. Impulse and step response (3:04)
  4. Characterization of Linear time-invariant dynamic systems (2:07)

Study

Chapter 2.4.6, 17.4

Estimation of poles and zeros of electrical networks

The presentations below are summarized on the poster: “Poles and Zeros

Homework

  1. Complete the Object Performance Specification and the Object Test Specification for the active antenna in SLiCAP.
  2. Define LTspice and/or SLiCAP test benches for evaluation of the performance ot the active antenna.