LM8272MMX

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The LM8272MMX is a linear-amplifier instrumentation instrument that efficiently converts electrical signals. This instrumentation amplifier has a differential input stage, an internal gain setting resistor, and a buffered output stage. It offers high accuracy and low noise, and is capable of operating from single-supply or dual-supply voltage sources. The unit is well suited for many low-level signal conditioning applications such as off-line temperature measurement and A/D conversion.

The LM8272MMX’s differential input stage provides an input impedance of 10G ohms in parallel with 10pF. This stage is suitable for driving low impedance sensors. The internal gain setting resistor sets the gain of the amplifier. This makes it possible to adjust the response range according to specific applications. The unit’s buffered output stage features a voltage follower with a high-bandwidth of 6kHz. It can drive low impedance loads, as well as provide a high-impedance source for connecting with an oscilloscope.

The LM8272MMX is designed to operate on single-supply or dual-supply voltage sources. It features an adjustable gain and a low noise, low distortion output that is compatible with data acquisition systems or programmable logic controllers. Its low power consumption and low current draw make it suitable for applications requiring long battery life and minimal power consumption.

The LM8272MMX’s differential input stage and voltage follower design allow for extremely accurate signal conditioning. Its wide gain range, low noise and high input impedance make it ideal for a wide variety of signal conditioning applications. For example, it can be used for temperature measurement using thermocouples, strain gauges and thermistors, off-line A/D conversion, low voltage power supply monitoring and low-level signal conditioning.

The LM8272MMX’s features make it an ideal device for applications involving low-level signal conditioning such as off-line temperature measurement, A/D conversion and low voltage power supply monitoring. Its adjustable gain, low noise and low current draw enable it to meet the demands of many different applications. It can also be used in combination with other instruments such as oscilloscopes, data acquisition systems and programmable logic controllers.

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