4 Ways to Use Microcontrollers

A microcontroller is useful for a lot of things – like building your own music player, robots, or a display for whatever project you have. Some beginners might think it’s difficult to work with a microcontroller, here we would say, it is absolutely wrong. Here are four ways to easily start using a microcontroller:

Development kit: Most manufacturers of microcontrollers offer development kits as an easy way to test their microcontroller. These are usually well documented, but can be a bit pricey.

Breakout board: This is a board usually with a bare minimum of components which needed to get the microcontroller running. A breakout board is usually cheap, but it requires more knowledge about programmers and compilers.

Build your own circuit: You can just buy a microcontroller chip, and make your own circuit with it. It’s cheap, but you have to know how to build your own circuits as well as the knowledge about programmers and compilers.

Arduino: This is a board that is developed to make it easy to use for artists, designers and people with little technical experience from before. You don’t need to know anything about compilers or programmers, and the code is easy to understand.

It’s better for beginners to start out with Arduino, just because it’s so easy to get something cool up and running in no time. If you would rather learn about compilers and programmers right from the start, then try a breakout board is a good idea.
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Choose the Best Microcontroller

A microcontroller is a self-contained system with peripherals, memory and a processor that can be used as an embedded system. Most programmable microcontrollers that are used today are embedded in other consumer products or machinery including phones, peripherals, automobiles and household appliances for computer systems. Microcontrollers are so powerful components that they let you write programs to control your electronics. 

There are lots of choices when you want to choose a best microcontroller. If you want something simple, probably an 8-bit microcontroller is a good choice. EPCB lists 5 easy tips for you to select your microcontroller. They are simple architecture and easy to learn, currently being used in modern designs, the availability of an evaluation module or an applications board, something individual hobbyists and experimenters can buy, and free or cheap software. If your microcontroller meets all the criteria, then you may find your best microcontroller. 
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Microcontroller Basics

A microcontroller is a self-contained system with peripherals, memory and a processor that can be used as an embedded system. Unlike microprocessors that can be found in PCs, microcontrollers are designed to be used for embedded applications, so they are used in automatically controlled devices including power tools, toys, implantable medical devices, office machines, engine control systems, appliances, remote controls and other types of embedded systems. 

There are two ways of using microcontrollers in a project, one is to use a microcontroller board, and another is to integrate a microcontroller on your circuit board. The simplest way for hobbyists to get started is to use a microcontroller board. The most famous microcontroller board is Arduino. It’s a hardware and software suite designed to make it easy to get started with programming microcontrollers. But you can also find other microcontroller boards. They usually have just the microcontroller chip and the necessary components to make it work. 
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PIC Microcontroller

There are many types of microcontrollers available on the market. Some are easier to use than others. There are 8-bit, 16-bit and 32-bit microcontrollers available. The simplest microcontrollers are 8-bit. PIC microcontroller is one of the easiest 8-bit types for hobbyists and beginners to use. PIC is a family of modified Harvard architecture microcontrollers made by Microchip Technology, derived from the PIC1650 originally developed by General Instrument's Microelectronics Division. The name PIC initially referred to Peripheral Interface Controller. The first parts of the family were available in 1976. Early models of PIC had read-only memory for program storage. All current models use Flash memory for program storage, and newer models allow the PIC to reprogram itself. PIC devices are popular with both industrial developers and hobbyists due to their low cost, wide availability, large user base, extensive collection of application notes, available of low cost or free development tools, serial programming, and re-programmable Flash-memory capability.
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AVR Microcontroller

There are many types of microcontrollers available on the market. Some are easier to use than others. There are 8-bit, 16-bit and 32-bit microcontrollers available. The simplest microcontrollers are 8-bit. AVR microcontroller is one of the easiest 8-bit types for hobbyists and beginners to use. AVR is the microcontroller that really popular among hobbyists. The AVR is a modified Harvard architecture 8-bit RISC single-chip microcontroller, which was developed by Atmel in 1996. And the AVR 8-bit microcontroller architecture was introduced in 1997. The AVR was one of the first microcontroller families to use on-chip flash memory for program storage. High reliability, high speed, low power consumption and low price, have been an important measurement to evaluate the performance of the AVR microcontroller, and become the necessary conditions for it to occupy the market.

More info. about microcontroller, pls visit www.epcb.com

Microcontroller

A microcontroller is a self-contained system with peripherals, memory and a processor that can be used as an embedded system. Most programmable microcontrollers that are used today are embedded in other consumer products or machinery including phones, peripherals, automobiles and household appliances for computer systems. Microcontrollers are so powerful components that they let you write programs to control your electronics. 

There are several different kinds of programmable microcontrollers. The most common types categorized by several parameters including Bits, Flash size, RAM size, number of input/output lines, packaging type, supply voltage and speed. Programmable microcontrollers contain general purpose input/output pins. The number of these pins varies depending on the microcontroller. They can be configured to an input or an output state by software. When configured to an input state, these pins can be used to read external signals or sensors. When they are configured to the output state, they can drive external devices like LED displays and motors.
More info. about microcontroller, welcome to www.epcb.com