AD7714ARZ-3

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The AD7714ARZ-3 is an analog-to-digital converter (ADC) specifically designed for the data acquisition market. It is the first ADC in its class to offer 24-bit resolution with a sampling rate of up to 500kHz. This allows for extremely precise measurements in many different applications.

The AD7714ARZ-3 is an ADC that can accurately convert analog signals into digital values. It consists of an input amplifier, a 17-bit track/hold circuit, a 24-bit delta sigma modulator, and a digital filtering system. The input amplifier and track/hold circuits amplify the input signal and convert it into a 17-bit parallel output. This then passes to the delta sigma modulator which converts it into a 24-bit digital output that is sent to the digital filter.

The AD7714ARZ-3 can be used in a wide variety of applications, such as in test and measurement equipment, automotive electronics, medical devices, industrial instrumentation, and consumer electronics. Some examples include measuring temperature, pressure, flow, and displacement. The high-resolution and high-speed sampling rate of this device makes it ideal for fast and accurate data acquisition.

The AD7714ARZ-3 is built with a low-power architecture, making it power efficient while still providing high performance. It also has a wide input range and a fast 12-bit track-and-hold circuit. Additionally, it is available in a small footprint, making it perfect for space-constrained applications.

The AD7714ARZ-3 is designed for easy implementation and user-friendly operation. Its on-board temperature sensors provide thermal stability and a high level of accuracy. Its power-on reset circuit helps ensure reliable, safe operation. Moreover, it is able to process signals from different analog sources, such as voltage, dynamic current, and temperature.

The AD7714ARZ-3 is a versatile ADC with a wide variety of applications. Its ability to accurately and quickly convert analog signals into digital values makes it useful in data acquisition and test and measurement systems. The small footprint and low power architecture also make it an attractive option for applications where space and power are limited.

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