Analog Electronics : Best Starter to Electronics

Name: Analog Electronics : Best Starter to Electronics
Rating: 4.1 (30 reviews)

Need to learn more about analog electronics? You are at the right spot. Discover the vast majority of electronics.

Created byAfterclap Team

Last updated 5/2023

English

What you'll learn

Basic Understanding behind Electronics.
PN Junctions
Diodes in DC
Diodes in AC
Different Types of Diodes
Rectifier Circuits
Zener Diode Circuits
Clipper and Clamper Circuits
Photodiode and LED (Light Emitting Diode) Circuits
The Field-Effect Transistors
MOSFET's
MOSFET DC Circuit Analysis
Junction Field-Effect Transistors
BPT (Bipolar Junction Transistor)

Course content

6 sections • 47 lectures • 7h 40m total length

0. Introduction to Electronics12:30

1.1 Intrinsic Semiconductors20:18
1.1.1 Intrinsic Semiconductor Example5:34
Explore intrinsic carrier concentration for silicon at 300 K by applying the formula Ic = B T^{3/2} e^{-Eg/(2kT)} with material constants, and compare GaAs and Ge results.
1.2 Extrinsic Semiconductors16:54
Explore extrinsic semiconductors by examining donor and acceptor impurities doping silicon to create free electrons or holes, governed by intrinsic carrier concentration.
1.2.1 Extrinsic Semiconductor Example8:07
Explore extrinsic semiconductors by calculating thermal equilibrium electron and hole concentrations in silicon at 300 K using donor and acceptor dopants and the intrinsic concentration n_i.
1.3 Drift Current Density19:02
1.3.1 Drift Current Density Example11:35
1.4 Diffusion Current Density13:18
1.4.1 Diffusion Current Density - Example9:45
Calculate diffusion current density for silicon electrons and holes using linear concentration gradients and diffusion coefficients at room temperature, and relate diffusion, drift, and total current density via Einstein relation.
1.5 Excess Carriers6:12
1.6 Some Examples - about the topics covered so far14:36

3.1 Diode Analysis Intro14:18
3.2 Iteration and Graphical Analysis17:12
3.3 Piecewise Linear Model15:35
Explore the piecewise linear model to analyze diode circuits by replacing nonlinear behavior with linear approximations, using V gamma and RF, and determine diode current, voltage, and power.
A little overview, idea.1:54
3.3.1 Example8:04
3.3.2 Example - 28:16
3.3.3 Example - 36:28
3.4 AC Diode Analysis21:33
Explore how ac diode analysis extends dc diode analysis using superposition to separate dc and ac components, and apply diffusion resistance and diffusion conductance to model the diode's small-signal behavior.
3.4.1 AC Diode Analysis Example - 112:47
3.4.2 AC Diode Analysis Example - 27:57
3.5 Diffusion Capacitance10:14
3.6 AC Small Signal Equivalent Circuit5:23

4.1 Solar Cells4:10
4.2 Photodiodes2:32
Learn how photodiodes function as photodetectors that convert optical signals into electrical signals, similar to solar cells, producing photocurrent when photons move electrons and holes in the space charge region.
4.3 LED's (Light Emitting Diodes)6:17
4.4 Schottky Barrier Diode11:10
4.4.1 Schottky Barrier Diode Example - 16:50
4.4.1 Schottky Barrier Diode Example - 26:36
Analyze Schottky and pn-junction diodes at a forward current of 1.2 mA, determine their voltages from the given 0.265 V difference, and compute the Schottky reverse saturation current.
4.5 Zener Diode5:01
4.5 Zener Diode - Example - 14:05
4.5 Zener Diode - Example - 24:33

Requirements

Prior Background on Circuit Analysis
Basic Math Background

Description

Need a hand with Electronics ?

You are at the right spot.

This course will provide you a journey, that can fulfill any need you have on electronics starting from basic points to advanced circuits.

It is prepared by spending hours and hours of thinking on the construction to give you the best journey.

You start with a little background on semiconductors - the material behind all the electronic components- and go up to building much more complex circuits that can be used in various areas.

You can easily reach out to syllabus on the course landing page.

IMPORTANT NOTE:

This course is published without completing fully, we have 2 reasons for that.

Our student-base, requested us to publish it right away, so that they do not have to wait. They want to start the course right away, and gradually move on as we publish new updates.
We wanted this one to be customized to our students. We would like to get as many feedbacks as we can, so that we can redesign our course in a way that is most beneficial to our students.

Hope this course, helps you a lot and you benefit from the course as much as possible.

For any further questions, you can ALWAYS reach out to us by using our e-mail address. You can find the mail address on the instructor profile.

In Afterclap We Trust

Sincerely,

Afterclap Academy

Who this course is for:

For those who would like to expose the secrets of electronic devices.
For students, taking "Intro to Electronics" or "Electronics I" courses.
For anyone, pursuing to complete their ee engineering journey with electronics part.
For, basically, anyone who is curious about electronics.
For those contemplating a career in electrical engineering.

Analog Electronics : Best Starter to Electronics

What you'll learn

Explore related topics

Course content

0. Introduction1 lecture • 13min

1. Semiconductors10 lectures • 2hr 5min

2. Diodes7 lectures • 59min

3. Diode Circuit Analysis (both DC and AC)12 lectures • 2hr 10min

4. Diode Types9 lectures • 51min

5. Diode Circuits8 lectures • 1hr 22min

Requirements

Description

Who this course is for: