AD7890BNZ-2

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The AD7890BNZ-2 is an integrated data acquisition system that is used to accurately measure and control a wide range of physical and electrical signals. It is an efficient, reliable and cost effective solution for various applications such as industrial process control, medical monitoring, and consumer electronics. In this article, we will discuss the application field and working principle of the AD7890BNZ-2 in detail.

Application Field

The AD7890BNZ-2 is specifically designed for the measurement and control of analog signals. It is ideal for applications that require high accuracy and stability, including data acquisition and process control, medical testing and monitoring, consumer electronics, and scientific research. The system offers a wide range of features and capabilities that are often not available in other data acquisition systems, such as 16-bit resolution, high speed operation, and a dual gain amplifier configuration. The AD7890BNZ-2 is also capable of sensing a wide range of parameters such as temperature, pressure, humidity and vibration.

The AD7890BNZ-2 can also be used in a variety of industrial control systems, including lab process control, production control, and machine control. Its highly accurate and stable measurement capabilities enable reliable and precise control of analog signals and enable more efficient operation of industrial equipment. In addition, the AD7890BNZ-2 is designed to be highly cost-effective and is suitable for a variety of budget-conscious applications.

Working Principle

The AD7890BNZ-2 utilizes an RMS (remote monitoring system) to facilitate the measurement of analog signals. This system includes two main components: an amplifier and a computer. The amplifier is used to convert an analog signal into a voltage signal. This voltage signal is then applied to the computer, which stores and processes the data. The data is then used to calculate the physical and electrical properties of the signal, such as amplitude, frequency and phase.

The AD7890BNZ-2 also employs a powerful 16-bit processor for data acquisition and processing. This enables the system to provide highly accurate and reliable measurements of analog signals. The system also features a dual gain amplifier configuration, allowing for superior performance and flexibility when measuring low-level signals. The system also features a temperature-compensated linearity correction for temperature drift, ensuring consistent and reliable measurements over extended periods of time.

In summary, the AD7890BNZ-2 is a highly versatile and efficient data acquisition system that is suitable for a wide range of applications. Its RMS-based architecture enables accurate and reliable measurements of a wide range of physical and electrical signals while its powerful 16-bit processor ensures fast and accurate data processing. Finally, its dual gain amplifier configuration and temperature-compensated linearity correction provides superior performance and flexibility when measuring low-level signals.

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