MAX6150ESA+T

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The MAX6150ESA+T is a monolithic bandgap voltage reference which can operate in both unipolar and bipolar modes, providing two operational modes for adjusting the output voltage between -3.3 and +3.3 volts. The device\'s two adjustment modes allow the user to adjust the output voltage range individually with or without using external resistors. The device offers excellent temperature coefficient and provides a low temperature coefficient offset voltage output over the full operating temperature range of -55 to +125°C.

The MAX6150ESA+T can be used in a wide range of applications, including industrial, automotive, data processing, and telecommunications applications. Specifically, the device is suitable for use in an error amplifier, sampled data systems and waveform generators, power supply sense applications, and low-voltage reference voltage sources.

The MAX6150ESA+T consists of a bandgap reference and buffer amplifier, both of which are operated in the complimentary symmetric common-mode mode. This allows the device to provide a high-accuracy, low-drift reference voltage over the entire temperature range. The device is designed for low-noise operation, even when operating in the low-drift mode. Additionally, the device has an adjustable startup voltage/offset voltage, allowing for further flexibility and accuracy.

The MAX6150ESA+T uses a single-stage, complimentary unity-gain buffer amplifier with a wide gain-bandwidth ratio. This ensures an accurate, low-drift reference voltage without the need for external components. The device also uses a temperature-compensated, bi-directional temperature coefficient, which allows for more accurate reference voltage readings in a wider range of temperature ranges. The device also includes an on-chip temperature sensor to further ensure accuracy.

The MAX6150ESA+T is a compact, low-power voltage reference, ideal for industrial and commercial applications. The device offers excellent operation over a range of temperature ranges, while providing a low-drift reference voltage. Additionally, the device\'s single-stage, complimentary unity-gain buffer amplifier ensures an accurate and low-noise reference voltage with minimal external components.

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