ISL28290FBZ

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The ISL28290FBZ is a precision dual high voltage operational amplifier designed for instrumentation, differential and single-ended applications. It features high gain-bandwidth, low noise and distortion, low offset and drift, wide dynamic range, and high output current.

The ISL28290FBZ is a high-voltage differential input and single-ended output operational amplifier. It features a large dynamic range and a high-impedance common-mode and differential-mode input, low noise, and high gain bandwidth. It also features low offset, low offset drift, and low distortion. The device has a wide input voltage range and high power supply rejection ratio.

The ISL28290FBZ is a dual differential-input, single-ended output operational amplifier. It features low noise, high open loop gain, wide dynamic range, high input impedance, and low offset and drift. The device has –3V to +27V operating voltage, offering 20V peak output voltage at 30V power supply. The device has maximum gain, low noise, and high dc accuracy. It has high power supply rejection, wide differential input swing, and wide common mode range. The device can be configured for single, parallel, and differential operation.

The operational amplifier of the ISL28290FBZ features a low input offset and drift, with low noise and distortion, high output current, and high open loop gain. The common-mode input range extends beyond the supply rails, allowing wide dynamic range and excellent differential linearity. The device can be configured with negative feedback, enabling high output current and lower distortion.

The ISL28290FBZ is ideal for single supply, low-power and low-voltage applications. It can be used in a wide variety of instrumentation, audio, data acquisition, and control systems. The device is well suited for photodiode, thermocouple and biopotential signal conditioning systems. It is also used in dc-to-dc converters, ac/dc power supplies, transducers, and high-side current sensing applications.

The working principle of the ISL28290FBZ is simple. The two high-impedance input pins (Non-Inverting and Inverting) are connected to the differential inputs of the amplifier, while the output pin is connected to a single-ended output. When voltage or current signals are applied to the differential inputs, the amplifier amplifies the signal and produces the output which can be of same level as input or can be amplified to a larger level.

In conclusion, ISL28290FBZ is a high-performance, high-voltage, low-noise, low power dual differential input and single-ended output operational amplifier. It features high open loop gain, wide dynamic range, and low offset. Its high power supply rejection, low noise and distortion, and wide common mode input range make it an ideal choice for instrumentation, data acquisition, and control systems.

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