What is a microprocessor?

A microprocessor is the brains of a computer in a circuit chip. This processing device is made ofcomponents which containarithmetic, logic and control units that enable a computer to function. Without one, a computer cannot work as this is the central system which processes everything and enables it to do its’ job. 

Microprocessors are found in computer systems and many devices, particularly in our modern world where so many products, industries and services are now digital. 

Read on to discover more about this tiny, all-encompassing, integrated circuit. 

How does a microprocessor work?

This circuit chip takes data as input then processes it using the arithmetic and logic unit.It’s then able to perform operations and can add, subtract, multiply and divide. The output is based on these functions as well as its memory.A microprocessor is also able to move data around and make decisions as it follows instructions. 

Because a microprocessor is capable of processing millions of instructions per second, it can work at very high speeds. 

What devices use microprocessors?

You will find a microprocessor in many digital or modern electronic devices. Intelligent household appliances such as microwaves, TV’s, alarm clocks and game devices all contain microprocessors. Smart homes use microprocessors to control heating, lighting, security and entertainment.They’re also widely used in the transportation, aviation and medical industries as well as in large scale computing (LSC) and across the communications sector. 

Microprocessors as a hobby

In recent years, a new market has emerged when it comes to purchasing microprocessors. Rather than simply being a necessary component of an appliance or computer, hobbyists amongst us have been getting creative with electronic board modules such as Arduino. They’ve been used for practical builds as well as fun and imaginative creations. 

Many consumers have used these microprocessors to create art projects, remote controlled cars and even robots! They can also be used to set up home automation and security systems as well as learn entry-level electronics. Others use them primarily for programming and coding.With many options to choose from, it’s a fairlycheap and easy way to begin a new hobby. 

Children of all ages have also been using microprocessors to learn the basics of coding on entry-level boards before advancing to more complex devices. 

Whatever your interests or experience with microprocessors, there’s no doubt electronic board module technology will continue to develop and provide a way for people of all ages to create new and exciting projects.