DC2181A-A

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Evaluation and demonstration boards and kits are a popular choice amongst electronics designers. Developers seeking to create innovative designs and further develop existing designs appreciate the flexibility and performance of these boards. DC2181A-A is one such board that is suitable for a variety of applications. This article will explore the application field and working principle of this board to understand why it is so sought after.

Application Field of DC2181A-A

DC2181A-A is designed to be used in highly efficient embedded industrial applications that require high performance. It is suitable for any high-performance embedded application including automotive, consumer electronics, medical, communications, robotics, and autonomous systems. DC2181A-A also features a comprehensive interface that allows for the easy implementation of a variety of applications from data logging to vision systems, and more.

With its rich software support, DC2181A-A provides designers with a powerful solution for integration into new or existing embedded systems. It also provides an excellent structure for applications that require real-time capabilities, high resolution A/D conversion, advanced motor control, and TCP/IP communications.

Working Principle

DC2181A-A is based on a low-power 16-bit microcontroller that is encased in a small form factor board. The board contains a range of integrated peripherals that are needed for efficient system performance. These include several analog-to-digital converters, pulse width modulators, and a range of additional peripherals. DC2181A-A is also supported by a range of software libraries and source code examples that support a range of applications.

A major benefit of DC2181A-A is its efficient power management and low power consumption. It features two independent power domains with dedicated sleep/low power modes. This enables the board to reduce power consumption during idle times while also providing designers with advanced motor control features for applications that require precise motion control. Furthermore, the board’s low-power 16-bit architecture makes it ideal for applications with low-power requirements such as autonomous systems.

DC2181A-A also contains a comprehensive set of on-board sensors and peripherals such as a humidity/temperature sensor, accelerometer, and gyroscope. This provides designers with the ability to acquire real-time data for their embedded applications. DC2181A-A is also supported by development tools such as Atmel Studio, Atmel ARM® GCC, IAR® Embedded Workbench® (EWARM) and Atmel Data Visualizer for producing high-performance, real-time embedded systems.

Conclusion

With its rich feature set and efficient power management, DC2181A-A is an excellent choice for embedded industrial applications that require high performance. Its comprehensive set of features makes it suitable for a wide range of applications and provides developers with the ability to develop innovative designs and further develop existing designs.

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