AD8221ARZ-RL

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

The AD8221ARZ-RL is a high-precision, rail-to-rail amplifier-compensated instrumentation amplifier. It is optimized for use in industrial instrumentation signals and medical applications. With a low input offset voltage, low gain drift and low power consumption, this amplifier is ideal for a variety of applications.

The AD8221ARZ-RL operates from a single supply of 2.7V to 11V and can handle an input signal range of ±0.1V to ±8V. It features a wide common-mode input range of -0.2V to 11V, making it extremely versatile. On the output side, it has rail-to-rail output capability, a maximum output voltage swing of 18V and an adjustable gain range of 1 to 100. It also has low noise (4nV/V√Hz) and typical low-noise figure of 6nV/V√Hz.

The AD8221ARZ-RL is a fully differential amplifier which means that it has two input signals and two output signals. It is designed to amplify the difference between the two input signals while suppressing the common-mode signal. This allows for a higher common-mode rejection ratio (CMRR) for better performance in noisy environments. The engineers at Analog Devices have optimized the device for high-precision applications by including a voltage compensation network to reduce zero-error drift and low-frequency noise.

The AD8221ARZ-RL has many advantages over competing chipsets which make it ideal for high-precision applications. Its low input offset voltage, low gain drift and low power consumption make it a great choice for medical applications, as well as industrial process control, industrial automation and instrumentation signals, and Internet of Things (IoT) applications. The high CMRR and low-noise figure give it added performance in noisy environments. In addition, the AD8221ARZ-RL features a wide common-mode input range of -0.2V to 11V and offers a rail-to-rail output voltage swing of 18V.

Overall, the AD8221ARZ-RL is a great choice for use in high-precision applications. With its low power consumption and high performance, it is ideal for a variety of industrial and medical applications such as process control, industrial automation, instrumentation signals and IoT. Its low noise figure and wide common-mode input range make it a great choice for use in noisy environments, and its rail-to-rail output voltage swing offers added versatility.

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