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The AD822ARMZ is a high-performance, low-cost, BiCMOS operational amplifier that combines high-speed and high-accuracy features. It features a low-noise, fast-slewing performance, with excellent low distortion and low power consumption. This is an ideal solution for precision high-resistance or high-current (low impedance) applications. This device is a single supply device that operates over a wide-ranging operating voltage, from 2.7V to 12V and can deliver high input impedance with a minimum of distortion.

Application field and working principles

Linear amplifiers-Instrumentation, OP Amps, Buffer Amps

The AD822ARMZ is ideal for use in instrumentation and linear amplification applications. This is because the amplifier has high-precision features, which include a wide gain bandwidth, low noise slew rate and high input impedance. These features make it suitable for use in laboratory and industrial environments that require high-precision measurements and amplification.

The AD822ARMZ is an optimum choice for signal conditioning and signal amplification applications such as (but not limited to) signal conditioners, signal multiplexers, sensors, data converters and signal generators. Its low noise and fast slew rate make it well suited for signal conditioning usages in applications such as humidifiers, thermometers, pressure sensors and thermometers.

The AD822ARMZ is also ideal for use in operational amplifier and buffer amp designs. It is a single-supply device that operates from a wide-ranging voltage supply, ranging from 2.7V to 12V. This enables its use in a wide range of configurations and applications, such as buffer amplifiers, mixers, current amplifiers, voltage followers and voltage regulators. The amplifier can also be used in audio and switch mode power supply applications.

The AD822ARMZ features a low power consumption, making it ideal for battery-powered applications. This low power consumption also contributes to long battery life in portable applications. The amplifier’s low input offset voltage, combined with its wide dynamic range, makes it suitable for applications that require high accuracy and low distortion.

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