EVAL-ADUC7122QSPZ

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The EVAL-ADUC7122QSPZ is a member of Analog Devices’ ADuC7000 evaluation board series, designed to simplify and accelerate the evaluation and application development process for products from the Analog Devices family of high precision analog and mixed-signal integrated circuits.

EVAL-ADUC7122QSPZ is a versatile, low-cost, low-power microcontroller evaluation board. It is based on the ARM Core7 microcontroller from the ADuC7000 family, an ideal single-chip solution for most embedded control applications. The architecture comes with 8Kbytes of flash memory, 8Kbytes of SRAM, a plethora of general-purpose external I/O, on-chip serial communication interfaces, an analog-to-digital converter, a digital-to-analog converter, and many other features.

In terms of the application field, EVAL-ADUC7122QSPZ is suitable for applications related to digital signal processing (DSP), motor control, touch sensing, LED lighting, wireless remote sensing or any embedded control applications that require precision analog performance and low power operation. The evaluation board includes connectors and onboard peripherals such as motor drivers, push buttons, switches, LEDs, a universal power supply, a 30-pin daughter board, a 7” touchscreen, an Ethernet port and a bunch of other external components.

At the heart of the EVAL-ADUC7122QSPZ evaluation board is a highly efficient high speed 8-bit ARM® Cortex™-M3 processor core. Its 8Kbytes of flash memory, 8Kbytes of SRAM, and optional code-optimized high performance Analog-to-Digital (ADC) and Digital-to-Analog (DAC) peripherals make it a very desirable platform for embedded applications, including control systems, power monitoring, motor control and signal/image processing.

EVAL-ADUC7122QSPZ provides an easy way to perform experiments with analog signals and understand how applied algorithms are impacted by the analog-mixed-signal embedded environment. The evaluation board supports a wide range of development tools, allowing engineers to quickly develop and debug code and perform detailed measurements. It also supports applications that require high accuracy in calculation, the ADuC7122 microcontroller incorporated on the board has a hardware math accelerator to achieve volumetric data processing.

In essence, the EVAL-ADUC7122QSPZ board offers a complete analog-mixed-signal embedded system, capable of significantly faster data processing, over a wide range of choices, all in an easy-to-use format. In addition, the evaluation board is equipped with backside connectors, which are used for programming the board and supplying the multi-channel processor with analog signals. This feature provides an economical and versatile platform for a wide range of embedded applications. The board is configurable, allowing for quick and easy integration of existing functions or the development of custom commands to easily implement the required system features.

To summarize, the EVAL-ADUC7122QSPZ is a high-performance, low-power microcontroller evaluation board based on the ARM-based ADuC7122 microcontroller that provides a cost-effective way to develop and test digital signal processing (DSP), motor control, touch sensing, LED lighting, wireless remote sensing and other embedded control applications. Evaluating a product such as this can save design time, cost and effort by allowing designers to try out, test and analyze the features of a product before committing the resources needed for an actual embedded system.

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