AD9268-125EBZ

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Analog to Digital Converters (ADCs) are devices that convert analog signals into digital ones. The AD9268-125EBZ is a high performance ADC that is part of the AD9268-125 family of ADCs. It is a high-speed, high-resolution, low-cost solution for consumer, medical, and industrial applications.

The AD9268-125EBZ has a sampling rate of up to 125MSPS and provides 13-bit accuracy with excellent thermal, environmental, and power consumption performance. It uses an on-chip voltage reference and internal offset and gain calibration to ensure accuracy over temperature and voltage ranges. The device can be configured to support both single-ended and differential input formats. The ADC also has an integrated PLL that can be used to synchronize the clock and the analog input signal to reduce jitter and improve signal clarity.

The device is designed specifically for high-speed, high-resolution applications such as seismic sensors, consumer video cameras, medical imaging, digital oscilloscopes, and industrial controls. It has a wide input dynamic range of -3dBFS to +3dBFS, making it suitable for a variety of applications. It also has a low noise figure, allowing it to capture dynamic signals accurately, even in noisy environments.

The AD9268-125EBZ evaluation board features two separate boards that work together to evaluate the device\'s performance. The main board contains the ADC and the necessary peripheral components. A Daughter board contains the digital interfaces to allow the user to monitor the performance and program the device. The board is designed with all the features one would expect from an evaluation board including an on-board temperature sensor and GPIO expansion bus.

The AD9268-125EBZ evaluation board is an excellent tool for engineers to evaluate the device\'s performance and program the ADC. It offers a wide dynamic range, high density, and low power consumption, making it suitable for a variety of applications. Its low noise figure, on-chip reference, and internal calibration benefit customers by ensuring accuracy over a range of temperatures and voltages.

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