With user-friendly applications and
ease of reprogramming, AVR micro controllers are abundant in the world
of robot making. AVR robots are popular because of the efficiency and
power of AVR's, which makes the motor control of any moveable robot an
easy function to achieve. Part of the power of AVR micro controllers is
in the ability to control motors, from simple fans found in portable
computers, to more advanced motor controls,
like those found in robots. AVR micro controllers are found everywhere
in modern day life, and this popularity is backed up by assurances of
being very versatile as well as having a trusted company behind its
developed.
Atmel AVR's are the building blocks of many home built robots. The
building of robots has become a popular pastime and the ability to
incorporate a good micro controller is an essential part of the
process. Fortunately the Atmel AVR's are easily obtainable and provide
a lot of reliability when it comes to industry and personal projects.
The Atmel AVR's deliver good compatibility with a variety of systems
and chips, and, working like an open source project, the chips
themselves are easily customizable to the end user's needs. It is this
level of programmability that makes the AVR's so popular.
AVR robots are fully customizable and programmable through a simple
connection to an
AVR micro controller. Because the micro controller
itself is programmable and writeable through a simple serial connection
and driven by a software interface, there is a whole range of tools
available to make the AVR do what it needs to do, in order to drive the
robot. Most robot designs seen across the Internet will incorporate an
AVR micro controller, which themselves are easily obtainable from
stores across the Internet, such is their popularity. For more advanced
systems, such powerful AVR's find their way into industrial robots such
as that for the motor industry.
AVR chips come with the full use and advantages of flash memory. The
AVR architecture has been developed from its early days to take
advantage of flash memory, allowing it to be incorporated into the
micro controller along with EEPROM (Electrically Erasable Programmable
Read Only Memory) and SRAM (Static Random Access Memory) too. All this
means, is that the micro controller does not need to tap into external
sources of memory to do its job, and it's fast storage capacity, and
simplified command structure makes it efficient while producing very
high standards of performance. It is a low power usage system, and is
fully scalable with other AVR applications and is easily upgradeable
throughout its entire life span.
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