MAX9201EUE+T

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The MAX9201EUE+T comparator is ideal for applications in linear, industrial and automotive uses. The device is specifically designed for low power and minimum area, allowing it to be used in a variety of tight spaces. The MAX9201EUE+T features two comparators that are designed with a wide voltage supply range as well as rail-to-rail input and output.

The device operates both as an inverting and a non-inverting comparator depending on the configuration chosen. It also includes a polarity selectable active-high or active-low open-drain output. The typical power dissipation per comparator is 80 µW from a 5 V supply.

Given its wide voltage range — from 4.5 V up to 28 V — the MAX9201EUE+T can be used in automotive and industrial applications, as well as medical equipment. It is also suitable for designs requiring noise immunity and high accuracy.

The two comparators include several features designed to minimize electrical noise: rail-to-rail input and output, hysteresis, internal voltage clamps and thermal shutdown.

The comparator has three main parts: the differential amplifier and the output stage, and the reference voltage. The differential amplifier amplifies the input and sends it to the output stage, which then determines the output state. The reference voltage acts as a reference point to measure the input signal against.

The MAX9201EUE+T also includes a disabling function that reduces the power consumption to just 10 µW when not in use. This feature allows it to be used in devices that require low power consumption when idle.

The MAX9201EUE+T is built using Maxim\'s advanced CMOS process and is available in an eight-pin uMAX package. The device features optimized supply current, breakdown voltage and output current that is independent of the supply voltage. The MAX9201EUE+T\'s increased supply range provides greater design flexibility and enhanced performance over its predecessors.

The MAX9201EUE+T also provides current source and sink capability, making it possible to connect loads directly in either a supply or ground line. Furthermore, its low input bias current makes it ideal for sensing small signals.

The MAX9201EUE+T is easy to configure and integrates a latch to prevent unwanted transitions. It also provides a choice of active-high or active-low outputs, so the user can select whichever output mode suits the application.

In conclusion, the MAX9201EUE+T linear comparator is a versatile, low-power device that is suitable for use in a variety of applications, such as in automotive, industrial and medical equipment. Its wide voltage range and low power consumption make it a great choice for designs requiring noise immunity and high accuracy.

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