Basic Electronics Tutorial
This basic electronics tutorial helps you to understand the basic fundamentals of electronics before contemplating going in for electronics–based career such as electronic engineering. The Basic electronics tutorial covers the areas of circuits, voltage, current and resistance. Volt, Amp, ohm and watt which are basic electronics units of measurement. Understanding basic electronic circuits and studying the relationship between resistance, volts and amperes is important for a fundamental understanding of electronic technology. Once these basic electronics principles like Ohms’ Law are understood, capacitance and inductance can be studied.
Electronics Component
An electric part can also be referred to as an electronics component that forms the basis of many products or electronic systems. The present level of technology has given enormous advantage in terms of component reliability and life. Earlier tubes had lives measured in a few hundred hours whilst the modern IC or even the basic bipolar transistor has almost infinite life. Military grade components add high degree of reliability in difficult conditions too. Modern production technology and emerging new techniques have made it possible to etch millions of transistors in a silicon sliver only a few inches wide. Custom designed integrated circuits called as Application specific integrated circuits (ASIC) have transformed the production of many devices ranging from toys to home appliances. The upshot of this development is the availability of high quality components at ridiculous prices. You can get a CMOS camera with color capability and built in 2.4 GHz transmitter with matching receiver to connect to your TV for less than hundred dollars these days. This was not imaginable even a few years ago.
Electronic Engineering
The world of Electronic Engineering offers a challenging, creative, and well-paid career. There is a shortage of highly qualified graduates and young engineers, leading to salary levels that are among the top compared with all other professions. Other areas of electronics are not neglected as the subject lies at the heart of all modern technology. Without electronic engineering, there would be no computer networks, global telecommunications, or robot manufacturing systems. There would be no medical scanners, air traffic control or electronic banking, not to mention all the familiar electronic products that surround us in our everyday life. Electronic engineering makes modern life safer, more convenient, more reliable and more interesting.
Electronic Data Interchange (EDI)
Electronic data interchange is the electronic transfer of data from one independent computer system to another using agreed standards in data structure. But electronic data interchange is not a technology. Electronic data interchange is automating information flow across organizational boundaries.
Electronic data interchange, when applied to trade transactions, can result in virtually no paperwork. The advantage of electronic data interchange over the conventional paper data flow is that it results in higher processing speed and greater accuracy. Lower costs and short turnaround time also result from electronic data interchange.
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