AD8224ACPZ-WP

The AD8224ACPZ-WP is a high performance differential amplifier from Analog Devices which is suitable for applications such as instrumentation, signal processing, and power management. The device features a wide selection of gain, bandwidth, and input offset voltage to suit a variety of low-voltage, low-power design requirements. The device operates from a single 5 V or 3.3 V supply and is capable of driving a wide variety of small-signal loads.

The AD8224ACPZ-WP differential amplifier has a p-channel FET input stage and a bipolar output buffer. It is designed to be low-noise, with precision matched input offset voltages and output stages. Since the amplifier offers a wide selection of gain and bandwidths, it can be used in a wide range of applications such as instrumentation, signal processing, and power management. The device has an offset voltage of only 15 mV, enabling it to be used in precision instrumentation systems.

The AD8224ACPZ-WP differential amplifier is designed to provide high performance with exceptional linearity and superior common-mode rejection. The device has a wide input range (up to 60 V)/°C and can operate from single 3.3 V or 5 V supplies. It is capable of driving high speed MOSFETs, power transistors, and other high speed loads. The amplifier is also capable of maintaining high common-mode rejection over temperature and frequency. The device has a fully differential output stage that can be used to drive a wide variety of loads, such as op amps, comparators, and analog switches.

The AD8224ACPZ-WP differential amplifier has a gain of 45 dB and a bandwidth of 10 MHz. The device is available in the 8-pin SOIC package and is RoHS compliant. It also features high input common-mode voltage range, low output voltage range, current slew rates, and high power dissipation. It is well suited for low-voltage, low-power applications. The device is also available in a wide temperature range from -40°C to +85°C.

The AD8224ACPZ-WP differential amplifier is optimized for instrumentation, signal processing, and power management applications. It offers excellent linearity, high common-mode rejection, and wide input and output voltage ranges. The device is suitable for single supply, low power operations, as well as for high speed operations. It is well suited for applications requiring a reliable, low noise amplifier that can be operated over a wide temperature range.