EVAL-CN0216-SDPZ

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The EVAL-CN0216-SDPZ is a evaluation board developed by Analog Devices, which demonstrates the performance and reliability of its advanced Sigma-Delta (Σ-Δ) modulator products in an efficient and simple way. This product is categorized as an evaluation and demonstration board and kit, designed to minimize customer’s time for the evaluation of the digital-intensive analog interface points of connectivity for machine vision, factory automation, and medical instrumentation systems.

This evaluation board is based on the ADI\'s ADV7171 4-input video selector and its ADI\'s ADV800x family of Low Voltage Stereo DACs. ADI\'s ADV7171 4-input video selector is used for image selection, and is also capable of controlling the refresh rate of NTSC and PAL video sources. ADI\'s ADV800x family of Low Voltage Stereo DACs is used for sound output, providing a smooth and clear sound through its adaptive 8-bit resolution stereo output.

The EVAL-CN0216-SDPZ also features a modular hardware and software design with Analog Devices’ Sigma-Delta (Σ-Δ) analog-to-digital converter (ADC) products. This evaluation board is equipped with the ADI\'s ADau177x Audio Interface, which provides the interface between the video selection hardware and the audio output components. The ADau177x Audio Interface is the most advanced part of this evaluation board solution, providing a digital audio interface with 24-bit resolution. It also supports multiplexing of the video formats and audio channels.

By using the modulation techniques and architectures from Analog Devices Sigma-Delta (Σ-Δ) analog-to-digital converters (ADCs), the EVAL-CN0216-SDPZ evaluation board provides an ideal solution for applications requiring low complex signal processing, high dynamic range, and robust data conversion. It features a variety of features, such as noise-shaping, attack time, sample rate control, digital and analog filter design, as well as an adjustable voltage reference. This evaluation board also features the capability of testing the signal performance of a wide range of Σ-Δ modulator products. Its evaluation software package provides users with intuitive configuration capabilities, allowing them to experiment and optimize their designs for increased performance and improved ADC accuracy.

In addition, this evaluation board also integrates flexible hardware and software sections. Its versatile analog and digital interface enables users to quickly transfer the data from the evaluation board outputs to an external logic controller, communication network, or other device. The EVAL-CN0216-SDPZ evaluation board also offers a range of features such as digital signal processing, configurable settings, up scalar, and adjustable supply voltage.

Furthermore, this evaluation board also integrates an LCD panel display for monitoring the performance of the system. This allows users to perform real-time monitoring of the signal levels and system parameters of the evaluation board. With its remote and local control functions, users can not only monitor the output data of the evaluation board, but can also control the settings and operation of the evaluation board through a computer interface. This makes it easy to understand and evaluate the signal performance of the Σ-Δ modulator products more powerfully.

In conclusion, it can be seen that the EVAL-CN0216-SDPZ evaluation board and kit effectively demonstrates the performance and reliability of Analog Devices’ Sigma-Delta (Σ-Δ) modulator products in a simple, powerful, and efficient way. By using the modulation techniques and architectures featured on this evaluation board, users can quickly and easily evaluate the performance of a wide range of Σ-Δ modulator products with a high degree of accuracy. This evaluation board and kit may serve users great assistance in their development and optimization of the signal performance of Σ-Δ modulators for their applications.

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