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What you would learn in Understanding semiconductor devices course?
Circuits constructed with the simplest electronic components, such as capacitors, resistors, and inductors, can do numerous things, but they cannot complete all of the tasks. What happens when you have to amplify a tiny signal to make it bigger or use a low-powered device like a microcontroller to control a high-powered motor? For these tasks, you'll require a special kind of component known as a semiconductor. In this class, I'll teach you how to create circuits using three of the most popular semiconductor components, namely diodes, transistors, operational amplifiers, and transistors. I'll demonstrate how you can utilize diodes to control the direction in which current flows through a circuit so that it can convert the alternating flow of current to direct. This will ensure that your circuits aren't damaged by currents that are too large or flows in the wrong direction. It will be clear the ways that transistors can be employed to regulate the flow of current through a circuit, make electrically controlled switches, as well as amplify signals. In addition, I'll discuss the distinctions between two common kinds of transistors, MOSFETs and BJTs, and you'll be able to tell which one is the best for every one of them. In the final, I'll demonstrate how to operate the operational amplifier, also known as the op-amp, which can be a beneficial component for various applications. I'll make use of op-amps to analyze signals, buffer signals, amplify signals, process signals, and blend signals. Hi, I'm Barron Stone, an electrical engineer who prefers to make things as easy as possible. If you're eager to start your electrical engineering, get a few transistors, and let's manage some current.
2. Diode Applications
3. Special Purpose Diodes
4. Bipolar Junction Transistors
5. Transistor Applications
6. Field-Effect Transistors
7. Operational Amplifiers
8. Op-Amp Applications
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