AD7391ARZ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data Acquisition - Digital to Analog Converters (DAC) is an essential part of any hardware system that uses analog signals to present data in a digital form. The AD7391ARZ is an integrated 16-bit ADC and DAC with a wide range of capabilities that makes it an ideal choice for various data processing, signal conversion and control purposes. This article will discuss the application fields and working principle of the AD7391ARZ.

The AD7391ARZ is designed to provide superior precision with its superior accuracy over 16-bit resolution and 10 ppm precision. Its low power consumption and low input power requirements make it an ideal choice for applications with extended operation periods. The DAC’s bidirectional 12-bit port provides a high speed, low-voltage interface designed to enable reliable communication between the digital and analog portions of a system. Its asynchronous 8-bit digital port allows the AD7391ARZ to be connected directly to most microcontrollers. Its Triple-Junction JFET output stage allows the DAC to drive high voltage loads with accurate output levels.

The AD7391ARZ’s wide range of application fields make it an ideal choice in a variety of scenarios. Its superior accuracy makes it ideal for types of sensor and embedded systems that use analog signals to present data in a digital form. Its low power consumption makes it a great choice for communication and industrial automation applications. Its low input power requirements and high speed make it an ideal choice for standalone electronics, data converters for mass storage, and for portable and battery powered applications. The AD7391ARZ’s bidirectional 12-bit port allows the DAC to be interfaced directly to most microcontrollers and facilitates reliable communication between the digital and analog portions of a system.

The AD7391ARZ DAC consists of two main sections, the output stage and the digital differential ADC. The output stage is designed to drive high voltage loads, while the digital differential ADC is designed to provide superior accuracy over 16-bit resolution and 10 ppm precision. Its output stage is designed with Triple-Junction JFET technology, allowing the DAC to reach its output level quickly, with minimal power consumption. Additionally, since the output stage is optimized for high voltage drives, the DAC is able to be used in a variety of applications.

The AD7391ARZ’s digital differential ADC allows for high speed, low power consumption operation. This ADC is designed to provide 10 ppm accuracy over its 16-bit resolution. The asynchronous 8-bit digital port allows the AD7391ARZ to be connected directly to most microcontrollers, eliminating the need for an external interface. Additionally, the ADC’s unique PWM output makes it easy to control in a variety of applications. This means that the AD7391ARZ can be used in a wide range of applications, from precision sensor and embedded systems to industrial automation and communication applications.

The AD7391ARZ is a versatile, high performance 16-bit ADC and DAC with a wide range of capabilities. Its superior accuracy, low power consumption, and range of interfaces make it an ideal choice in a variety of data acquisition and digital signal processing applications. Additionally, its Triple-Junction JFET output stage and digital differential ADC allow the DAC to quickly and accurately drive high voltage loads. With its low input power requirements, the AD7391ARZ is a great choice for applications with extended operation periods. Overall, the AD7391ARZ is a versatile DAC that is suitable for a variety of applications.

The specific data is subject to PDF, and the above content is for reference