Electronic Circuits - Part2: Diode Circuits
Analysis and Design of Diode Circuits (Including MATLAB, Multisim, and real world electronics LAB)
4.75 (8 reviews)
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8.5 hours
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Jul 2022
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$49.99
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What you will learn
Review of circuit analysis techniques such as node-voltage or mesh-current analysis.
Review of Thevenin and Norton’s theorems.
Characteristics and modeling of semiconductor diodes.
Simulation of Diode Circuits using NI Multisim.
Multisim, Excel and Matlab integration.
More useful commands in MATLAB (Extending MATLAB commands of part1).
Analysis and design of practical diode circuits.
Laboratory experiments using real components.
Why take this course?
The diode is a nonlinear device. The important concept of piecewise-linear modeling will be applied to the diode in most applications. The concept of small-signal and large-signal models will be introduced.
The diode is used in many important non-amplifier applications. A few of these will be considered later in this part.
Junction diodes have many applications in various electronic circuits and systems such as rectifiers, voltage regulators, varactors, clippers, limiters, photodetectors, LEDs and so on. This part of the course discusses them in detail.
Content
Introduction
01-01 - Introduction
Review of Electrical Circuit Analysis
02-01 - Electrical Network Elements
02-02 - KVL-KCL
02-03 - Mesh-Current Analysis
02-04 - Mesh-Current Special Cases
02-05 - Node-Voltage Analysis
02-06 - Thevenin and Norton Equivalent Circuits
Semiconductor Diode (Characteristics and Modeling)
03-01 - I-V Characteristics of a Diode
03-02 - Si vs Ge and Temperature Effects
03-03 - Questions
03-04 - Diode DC Resistance and Load-Line Analysis
03-05 - Diode Approximate Models
03-06 - More complex PW Linear Models
03-07 - Questions
03-08 - Questions- Transfer Characteristics
03-09 - Diode Small Signal Model
03-10 - Questions
Special Diodes
04-01 - Zener Diodes p1
04-02 - Zener Diodes p2
04-03 - Light Emitting Diodes
04-04 - Photodiodes p1
04-05 - Photodiodes p2
04-06 - Varactor Diodes
04-07 - Schottky Diodes
04-08 - Tunnel Diodes
Circuit Analysis with Multisim
05-01 - Multisim Interface
05-02 - First Simulation in Multisim
05-03 - Analyses of Circuits with Dependent Sources
05-04 - Thevenin Resistance
05-05 - Diode Characteristics and DC Sweep Analysis
05-06 - Diode Circuit Analysis
05-07 - Transient Analysis
05-08 - Input-Output Characteristics
Diode Applications
06-01 - Review of AC Signals
06-02 - Review of Transformers
06-03 - Half-Wave Rectification
06-04 - Half-Wave Rectification Examples
06-05 - Full-Wave Rectification with Center tapped Transformer
06-06 - Full-Wave Rectification with Bridge Rectifier
06-07 - Capacitive Filter for Ripple Reduction
06-08 - Capacitive Filter Design Examples
06-09 - AM Modulation and Demodulation 01
06-10 - AM Modulation and Demodulation 02
06-11 - Voltage Regulation with Zener Diodes
06-12 - Zener Regulator Examples
06-13 - Regulated Power Supplies
06-14 - Voltage Multipliers
06-15 - Clamping Circuits
06-16 - Clamping Circuits Examples
06-17 - Clipping Circuits - Single Ended Limiting
06-18 - Clipping Circuits - Double Ended Limiting
06-19 - Some Other Diode Applications
Lab Experiments
07-00 - Setting Up Your Electronics Workplace
07-01 - Digital Multimeter - NI myDAQ
07-02 - Breadboards
07-03 - Resistors
07-04 - NI myDAQ voltage divider and variable resistors 01
07-05 - NI myDAQ voltage divider and variable resistors 02
07-06 - Capacitors
07-07 - Inductors
07-08 - Using Datasheets
07-09 - Diodes
07-10 - Diode Polarity Detector and Fuse Burn Indicator
07-11 - Diode Regulated Power Supply
07-12 - Diode Voltage Multiplier and LED Circuit
07-13 - Shottky Diode Practical Application
Bonus Lecture
08-01 - Bonus Lecture
Reviews
Karat
September 30, 2021
It's me. I am just a bit sleepy and allergic to the lecturer's monotonous voice. Otherwise, this is a good synopsis of electrical components basic physics.
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udemy ID
10/13/2019
course created date
1/25/2021
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