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:: Electronics Circuit


:: Electronics Books


:: Electronics Datasheet


:: Electronics Articles


:: Microcontroller Project


:: Microcontroller Experiment


:: Microcontroller Books


:: Microcontroller Tools


:: Microcontroller Datasheet


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Advantages and applications of microcontrollers

We use them on a daily basis, even though most of the people are not even aware of them. Microcontrollers are hidden in a wide variety of products such as keypads, LCD screens, LED technology and many others. Modern vehicles have microcontrollers as well, they control the engine, cruise control and even anti-lock brakes. But do you know what are the advantages offered by microcontrollers?

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Why you should learn about microcontrollers

The use of microcontroller has rapidly increased in the last decade. These IC chips are embedded in all sorts of devices, including cell phones, digital cameras, telephones, TVs, refrigerators, laser printers, answering machines, dryers with displays and even camcorders, among many others. You should learn electronics and about microcontrollers if you want to know how they are made and how they can be used in daily life.

Almost any product or device that interacts with the user has one or more microcontrollers integrated in their systems. These tiny chips offer numerous advantages, apart from the fact that they are very little and can be integrated almost anywhere. Microcontrollers are quite inexpensive, they are affordable to manufacture and they can be mass produced for cheap prices. However, complex architecture microcontrollers are more complex, their architecture is intricate and only those who study hard will get to understand how they work.

You must learn electronics thoroughly if you want to understand the full capacity of microcontrollers. You will barely have time to go out with escorts, although might worth a quick peek, because there are many things that have to be acknowledged. Although microcontrollers are labor saving, human efforts can be saved when microcontrollers keep repeating certain tasks, their development time is a disadvantage as they have very complex circuit boards.

Once you know the basics, you will be able to create a digital clock with a microcontroller. Due to the fact that microcontrollers are actually computers, their components usually include a central processing unit, also known as CPU, a hard disk and a Random Access Memory where variables as stored. Programming the microcontrollers is somehow simple to learn, so if you already know the basics, it will be as simple as ABC for you. Microcontrollers are controlled by Read-Only Memory, so they cannot be reprogrammed. Yet a few microcontrollers are controlled by Random Access Memory and they can be re-programmed – if you have the knowledge for it, obviously.

Yet microcontrollers are special purpose computers, unlike the computer or laptop that you are using, which is a general purpose computer. You cannot run dozens of programs on a microcontroller, as you can actually do on your laptop. Microcontrollers are dedicated to just one task and they can only run one program. This program will not change, as it is stored in the Read-Only Memory, so using the microcontroller is quite simple.

The speaker system and display are only some of the components controlled by microcontrollers. Microwave ovens, security alarms, electronic measurements instruments and DVD players have microcontrollers embedded in their systems. Learn more about microcontrollers and you will discover some interesting facts about their applications!

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