Video Presentation of Technical Therapy for Analog Circuit Designers Part 1

By Dr. R. D. Middlebrook - April 06, 2020

Published with the permission of Dr. Middlebrook's estate.

 

Dr. Middlebrook's Technical Therapy for Analog Circuit Designers, featuring Design-Oriented Analysis "How to get more results for less work".

Part One includes chapters 1-5 videos, notes, and solutions that share Dr. Middlebrook's approach to methods and techniques 

Chapter 1 - Realization: design is the reverse of analysis, click here for notes.

Chapter 1A - Field Effect Transistors and Bipolar Junction Transistors are Charge-Controlled Devices, click here for notes.

 

Chapter 2 - Low Entropy Expressions: The Key to D-OA, click here for notes.

 

Chapter 3 - Normal and Inverted Poles and Zeros, click here for notes

Solutions 3.1 - Practice the relationships between asymptote constructions and factored pole-zero forms, click here for notes

Solutions 3.2 - Practice the input and output impedance of Zi and Zo in factored pole-zero form, and sketching the magnitude and phase asymptotes, for each of the two networks, click here for notes.

Chapter 4 - Finding factored pole-zero from by eyeball, click here for notes.

Solutions 4.1 Click here for notes

 

Chapter 5 - Building low entropy expressions with minimum work, click here for notes.

Solutions 5.1 - Click here for notes.

 

Part Two - Technical Therapy for Analog Circuit Designers

iStock-157336072

Distributed Power: What Causes These Systems to Oscillate

Distributed power systems can oscillate, especially when driving one power supply with another power supply. Download this white paper to learn what causes distributed power systems to oscillate and how you can prevent oscillation.
Download White Paper
Comments

We promise that we won't SPAM you.