AD9273BSVZRL-50

The AD9273BSVZRL-50 is an integrated low power, low noise, 16-bit, high speed, dual ADC that is used for a variety of data acquisition applications. This device is an analog-to-digital converter (ADC) which has been optimized for non-volatile memory samples, low-power and high-performance applications. It features two differential input channels and can sample at up to 50 MSPS with a 2.4 V analog input range. The device\'s two on-chip voltage references provide superior accuracy and stability over temperatures and supply voltages, as well as being able to provide ranges from 10 mV to 800 mV.

The AD9273BSVZRL-50 chip is designed to be used in various data acquisition applications with both high-speed and low-power requirements. Applications may include ultrasound, wide scan ultrasound, ultrasound imaging, active phased array imaging, signal acquisition for digital beamforming, noise reduction, signal to noise ratio improvement, image signal processing, environmental monitoring, machine control, medical imaging, automotive diagnostics, instrumentation, and telecommunications. The chip can also be used in high impedance signal acquisition, such as ECG, impedance measurement, optical signal measurement, and conductance/capacitance measurement.

The AD9273BSVZRL-50 chip features high performance with its 16-bit analog-to-digital conversion, providing resolution up to 16 bits and a maximum sampling rate up to 50 MSPS, allowing the device to acquire a wide range of signals. The chip’s low power consumption, high operation speeds and power-saving features make it a suitable solution for a wide range of applications such as battery-operated products. The device’s fast response time, low noise and good linearity make it ideal for use in signal acquisition and signal processing equipment.

The AD9273BSVZRL-50 chip utilizes an on-chip system reference that helps to provide greater accuracy, stability, and dynamic range over a wide range of operating conditions. The chip operates from a single 1.8V to 3.3V power supply, and integrates a buffered reference for the system reference for increased accuracy. The device also utilizes dynamic signal restorations on its inputs to reduce electromagnetic interference, allowing the device to operate in noisy environments without significantly impacting performance.

The AD9273BSVZRL-50 chip features a differential input gain settings feature which allows the user to adjust the signal size based on the signal amplitude. This features aids in optimizing the performance of the device while minimizing power consumption. The device also features a clock data recovery circuit and a direct digital synthesizer (DDS) to enable the most accurate control of conversion timing. The device can be programmed through an I2C or serial port interface, allowing for quick and easy set-up and configuration. The device also incorporates protection against overvoltage and undervoltage conditions for increased safety.

Overall, the AD9273BSVZRL-50 is a high-performance, low power consumption and low noise ADC that is ideal for use in various data acquisition applications. The device’s high-speed and low-power operation and versatile configurations make it suitable for a variety of applications, ranging from active phased array imaging and ultrasound imaging, to machine control and environmental monitoring.