MIKROE-1880

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MicroE-1880 is an evolution of classic evaluation boards and expansion boards, daughter cards. It is an embedded controller board for low power applications, which makes use of Intel’s Atmel microcontrollers. The MicroE-1880 board is equipped with a versatile set of peripherals and comes with integrated connectors so that it can easily be incorporated into other embedded systems.

The main advantage of the MicroE-1880 is that it provides the user with an easy way to create embedded controllers for any kind of applications. The board is easy to use and comes with a wide variety of peripherals, including sensors, serial interfaces, external memory, analog-to-digital converters and digital-to-analog converters. It also features several I/O connectors and USB connectivity for programming and data modification.

The MicroE-1880 board is based on Atmel’s Atmega324P microcontroller. It is a powerful and low power consuming device, making it an ideal choice for embedded controller applications. The Atmega324P architecture allows for efficient use of program memory, resulting in a reduction of the overall memory size needed for a certain application. Additionally, the Atmega324P features an 8-bit A/D converter, 8-bit D/A converters, a UART interface, 2 x I2C interfaces, a PWM channel, a timer and an RTC.

On top of all, the MicroE-1880 also comes with a wide range of external connectors. This makes it easy to configure and connect to different devices like sensors, relays, displays, etc. Additionally, the board features an on-board temperature sensor, a slow pulse pulse width modulation (PWM) signal and an on-board lithium-ion battery.

The working principle of the MicroE-1880 is relatively simple. The microcontroller is connected to the various peripherals and serves as the central processing unit (CPU) of the embedded controller. It collects and processes the data from the sensors and other peripherals and accordingly makes decisions on the basis of programmed logic. The user can program the board using the on-board programming editor or any other suitable programming environment.

The Atmega324P microcontroller on the board is also capable of executing low power instructions. This makes it an ideal choice for applications where power management is an important factor. The Atmega324P provides the user with a wide range of base and extension registers that can be used for various low power calculations. This effectively reduces the power consumption of the board.

The use of the MicroE-1880 board is quite versatile. It can be used for a variety of applications like measuring temperature, level in industrial applications, home automation, industrial instrumentation and robotics. Additionally, it can be used for data acquisition, motor control, embedded programming and digital signal processing. It can also be used in the automotive and aerospace industries.

In conclusion, the MicroE-1880 board offers an extremely powerful and low power embedded controller platform. With its wide variety of peripherals, it is easy to configure and its low power consuming microcontroller makes it very suitable for developing low power embedded controller applications. The board has a large variety of external connectors which makes it easy to connect it to different types of sensors and external devices. Lastly, the Atmega324P microcontroller is an ideal choice for programming the board as it provides a wide range of features and a robust architecture for execution of instructions.

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