EVAL-ADM1192EBZ

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Evaluation and Demonstration Boards and Kits are electronic devices used to measure the performance of a circuit or system, evaluate and test its accuracy, and demonstrate different principles of operation. The EVAL-ADM1192EBZ is a 30mm, 24-channel differential amplifier board specifically designed to support evaluation and demonstration of the performance and capabilities of the ADM1192, a differential amplifier product family offered by Analog Devices. This board is optimized to eliminate the need to fabricate a custom board for development and evaluation by providing all necessary components and access to its functions via the accompanying software and user interface.

The EVAL-ADM1192EBZ evaluation board is a user-configurable device intended for use in a wide variety of applications, from control systems and industrial instrumentation to data acquisition systems. It is driven by an Analog Devices microcontroller, offering excellent dynamic linearity and noise performance. The board supports 2-, 4-, 6-, 8-, or 24-channel differential output configurations, with a gain stage that can be programmed from 0.5 to 4 V/V. It features differential and single-ended analog input and output terminals, a voltage reference, and two fault detect pins for error detection.

The EVAL-ADM1192EBZ board is designed to make efficient use of its small size and cost of components. It operates on a 5V power supply, and features a USB interface for convenient data transfer. Additionally, the on-board controller can sense and adjust the gain in response to external environmental changes such as temperature and humidity. This adjustable gain ensures that the board maintains its performance over time and in a variety of conditions. Additionally, the board has an integrated EEPROM to store calibration data. This data can be programmed through the board’s software.

Inside the EVAL-ADM1192EBZ evaluation board is a high-voltage silicon wafer that supports the differential amplifier. This wafer operates in accordance to the ADM11x1 family data sheet, allowing for single-ended differential operation. It uses an input signal range of ±6V, and an integrated controller selectively drives gain stages into an adjustable 0.5 V/V to 4 V/V range.The EVAL-ADM1192EBZ also has an integrated error detection system, allowing for independent and simultaneous correlation of two channels for error notification. The board features advanced software and associated user interface, which eliminates the need for manual calibration. This means that the end user only needs to enter the desired gain settings into the user interface, and the board will automatically self-calibrate to the desired gain.

The EVAL-ADM1192EBZ board is an ideal solution for development, evaluation and testing of systems and designs requiring a high-voltage differential amplifier. Its small size and cost efficiency make it an optimal choice for demanding applications. It offers excellent linearity, noise performance, adjustable gain, and a high-voltage wafer optimized for single-ended and differential operation. The integrated EEPROM and advanced software make it a great way to save time and reduce manual calibration. Finally, its comprehensive user interface provides access to board functions and calibration settings, allowing for easy operation and reliable results.

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