MAX4487AUD+

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The Max4487AUD+ is an advanced application field and working principle. It is a high performance, low power, single supply, high voltage, low offset, low distortion, low gain drift, low noise CMOS instrumentation amplifier. It is specifically designed for use in portable and distributed measurement systems. The Max4487AUD+ is specifically designed with features to meet the stringent requirements of instrumentation and audio measurement applications, with an output drive capability of up to 5V and a supply voltage range of 5V to 3V.

The Max4487AUD+ is an ideal solution for use in applications such as seismic detection systems, thermocouple interfaces, sound measurement systems, accelerometers, load cells and transducer measurements where low noise, precision linearity and low power dissipation is required. The Max4487AUD+ can also be used for medical instrumentation and data acquisition systems as it has a low power dissipation and a low noise floor of -138 dBu.

The Max4487AUD+ is an instrumentation amplifier which has a differential input stage and an output stage that is optimized for low voltage, low power operation. The input stage utilizes a low distortion, low input bias current, high common mode rejection ratio (CMRR), high gain and fast settling time to maintain accurate and stable outcomes. The output stage of the Max4487AUD+ features a wide bandwidth, excellent gain accuracy, low output impedance and precision gain linearization.

The Max4487AUD+ is a high-performance instrumentation amplifier offering excellent linearity and low distortion. The low distortion and low noise performance makes the Max4487AUD+ amplifier suitable for systems where noise or distortion performance are critical. The low power consumption and wide supply voltage range make the Max4487AUD+ suitable for portable applications. The low bias current, wide gain range and high output drive capability make the Max4487AUD+ an ideal choice for medical and industrial instrumentation systems.

The Max4487AUD+ also has excellent input linearity and high common-mode rejection ratios. These features make it ideal for precision applications such as strain gauge and thermocouple measurements, in addition to other instrumentation applications. The low offset and low gain drift make the Max4487AUD+ an ideal amplifier stage for automated measurements with low settling times. The low power consumption and wide supply voltage range make the Max4487AUD+ suitable for battery-operated systems.

The Max4487AUD+ is a high-performance instrumentation amplifier for a wide range of applications. The high CMRR, low offset, low noise and low power consumption make it ideal for precision instrumentation systems. The low distortion and wide bandwidth make it an ideal choice for audio systems and low noise measurement equipment. The excellent input linearity, wide gain range and high output drive capability make it an excellent choice for medical and industrial instrumentation systems.

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