BASIC ELECTRONICS

Now that you have a good background in electricity you can move on to learning about electronics. Electronics puts a knowledge electricity to useful work. Electronics applies electrical current flow to circuits that include current and voltage amplifiers. The amplifiers can be constructed from glass "tubes" containing metal elements, transistors, or integrated circuits. A circuit containing wire conductors, resistors, capacitors, inductors and amplifiers can be configured in many ways to build various electronic circuits like oscillators, digital logic circuits, computer circuits, and much more. An oscillator by the way is just an amplifier with some of the output fed back into the input. Sounds like a perpetual motion machine but it isn't as the amplifiers power supply is providing the additional energy that is lost in the circuit.
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101science.com Basic Electronics COURSE TABLE
Phase I: Electricity
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Phase V: Advanced
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Introduction (1)

Amateur Radio

Phase Locked Loops

Basic Electricity (2)

Antennas & Wavelength

Power Supplies-Ckts



Books - Basic Electronics

Radio Astronomy

Phase II: Components:

Books - More Books

Ref. I - Engineering

Basic Electronics (3)

Books - Top 10

Ref. II - Electronics

Resistors & Circuits (4)

Calculations/Conversions

Resonant Circuits

Ohms Law (5)

Calculators for Electronics

RF Design

Capacitors and Circuits (6)

Circuit Design - SPICE

RF Cafe

Inductors (7)

Circuits and Science

Robots



Data Sheets

Schematics -Projects

Phase III: Workshop

DSP - Design - Tutorial

Simulation

Math for Electronics (8)

Electronics Links

Smith Charts

Shop Practices (9)

Engineer on a Disk

SAS

Test Equipment (10)

FCC

Software - Electronics

Soldering - How to (11)

Ferrite Cores

Software - Engineering



Filters

Standards & Formulas

Phase IV: Active Ckts.

Fourier Transform

Substituting-Transistors

Transistors/LED's (12)

Formulas - EE

Technical Links

Integrated Circuits (13)

HF Transformer Design

Television

Digital Electronics (14)

Lasers

Toroids I

TTL Logic (15)

MathCAD-Electronics

Toroids II - Calculating



NEWS-Industry

Transistors/LED's



PCB Design

Tutorials - Free Online


- Notation- Ohm's Law- Kirchhoff's Laws- Thévenin's Theorem- Norton's Theorem- Thévenin and Norton Equivalence- Superposition Theorem- Reciprocity Theorem- Compensation Theorem- Millman's Theorem- Joule's Law- Maximum Power Transfer Theorem- Star-Delta Transformation- Delta-Star Transformation
Basic Electronics FREE Tutorial - http://www.tpub.com/neets/Lessons on Electric DC Circuits http://www.ibiblio.org/obp/electricCircuits/DC/index.htmlLessons on AC Circuits http://www.ibiblio.org/obp/electricCircuits/AC/index.htmlThe Learning Path: Electronics http://whatis.techtarget.com/definition/0,,sid9_gci517758,00.htmlBasic Concepts of Electronics http://library.thinkquest.org/16497/basic/index.htmlBasic Electrical Theory http://www.elec-toolbox.com/theory.htmSweet Haven has a complete and free basic electronics course: - click> basic electronics tutorial. Epanorama Basic Electronics http://www.epanorama.net/links/basics.html
101science.com full page of Electronic Tutorial LInks
101science.com electronics links page
NEW and EXCELLENT! EE Theorems and Formulas http://www.bowest.com.au/library.html
Index of Calculators, Charts, and Diagrams: http://www.electronics-tutorials.com/basics/toroidcharts_mcq.htm
Now that you have a great base in basic electronics here are so GREAT LABSA for you to work on.