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Complete Electronics and Radio Engineering Course

Step-by-step practical tutorials from scratch to advanced RF design

Basic theory of radio electronics
Mastering NanoVNA: A Complete Guide to Antenna Tuning and RF Equipment
Transistors & Amplifiers
Oscillators & Waveform Generators
Radio Engineering & Receivers
Interactive Engineering Tools & Calculators

Popular posts

Antenna calculation

Formulas for Dipole and Vertical Antennas Half-wave antenna in free space (15006 / F) cm Practical half-wave antenna (up to 30 MHz) (14274 / F) cm Half-wave antenna (50 to 144 MHz) (14030 / F) cm Half-wave antenna (above 144 MHz) (14233 / F) cm Quarter-wave antenna (7137 / F) cm Full-wave antenna length (30653 / F) cm Enter frequency (MHz): Calculate ...
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Introduction to Electronics

Who Is This Tutorial For? This site is dedicated not only to beginner electronics enthusiasts but also to people who appreciate radio electronics as a fascinating field of science and technology, as well as a wonderful hobby. I hope that through my lessons, many will gain knowledge and find answers to questions that may have arisen while studying other sources of information regarding electronics. Since you have visited this page, you must already be interested in what is offered here. Perhaps this is exactly the tutorial you have been looking for, and I believe you will not be disappointed. For people who are already familiar with the basics of electronics and have practical skills, we plan to include interesting sections such as repairing household electronic equipment, communications (building receivers, transceivers, etc.), and microcontroller programming . The idea of creating a step-by-step tut...
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What is Radio Electronics?

HOW DID SUCH A SCIENCE AS ELECTRONICS APPEAR? The purpose of this lesson is to give an idea of electronics as a science — a branch that, both in the past and today, fills its niche in almost all areas of the national economy, education, and technology. In this lesson, you will also get an idea of the structure of matter and electrically charged particles. We will also touch upon the structure of the atom, the concept of electricity, and the electrification of bodies. At the end of the lesson, there will be a small practical assignment. As the large encyclopedic dictionary tells us, ELECTRONICS is the science of the interaction of charged particles (electrons, ions) with electromagnetic fields and the methods of creating electronic devices and equipment (vacuum, gas-discharge, semiconductor), used mainly for the transmission, processing, and storage of information. Electronics as a science emerged in the early 20th century; initially, it was mainly vacuum electronics that...
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