Lecture 13: 10-12-2020

Location: www (zoom)

Time: 13:45 - 15:30

color coded resistors

Topics

Design of the small-signal dynamic behavior of the active antenna

Presentation

The presentation “Design of the small-signal dynamic behavior of the active antenna” illustrates the design of the bandwidth and the frequency response of the active antenna.

The following frequency compensation techniques will be discussed:

  1. Phantom-zero compensation
  2. Pole-splitting using local capacitive feedback
  3. Pole-splitting with pole-zero canceling
  4. Resistive broadbanding
  5. Bandwidth limitation

Students who did not folow the EEMCS BSc program for Electrical Engineering, please study the Phantom-zero frequency compensation.

Downloads

LTspice files and SLiCAP_python files: DualStage.zip

Videos

  1. EE4109 2020 13_1: Design of the small-signal dynamic behavior of the active antenna
  2. EE4109 2020 13_2: Phantom Zero Compensation
  3. EE4109 2020 13_3: Pole Splitting
  4. EE4109 2020 13_4: Pole-Zero Cancelling
  5. EE4109 2020 13_5: Resistive broadbanding
  6. EE4109 2020 13_6: Bandwidth Reduction
  7. EE4109 2020 13_7: Active Antenna Frequency Compensation Conclusions