MAX913EPA+

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MAX913EPA+ Linear-Comparators

Linear-Comparators are electronic circuits used to compare two analog voltages for any given situation. The MAX913EPA+ is a high-speed, low-power and low supply voltage comparator that features rail-to-rail input swing, low input bias current and wide common-mode input range. Its wide +2.7V to +36V power supply range allows it to be used in a wide variety of applications ranging from low voltage, low noise designs to low voltage and high power designs.

The MAX913EPA+ is unique in that it utilizes industry-leading, enhanced power performance and accuracy, coupled with the smallest footprint available in any comparator. This, together with its low input current, wide common-mode input range and rail-to-rail output are ideal for a wide range of applications, such as battery powered systems, temperature sensing, motor control, medical systems and more.

A key feature of the MAX913EPA+ is its integrated bias current, which enables the device to reduce power consumption by up to 50%. Low power consumption ensures extended battery life and increased reliability, making the MAX913EPA+ an ideal choice for embedded applications and industrial automation applications. Another major advantage of the MAX913EPA+ is that the comparator is designed to be used with high-output logic signals, meaning that the output can be interfaced with a wide variety of logic-level outputs.

The MAX913EPA+ utilizes a variety of active compensation techniques to provide fast, accurate comparison of two analog voltages. The device is designed to have an input speed of 35ns and offers an internal offset voltage that is low enough to saturate the output when required. Low propagation delay and very low output skew make the MAX913EPA+ an ideal choice for applications that require high-speed analog-to-digital conversion, or applications that require high-speed logic interfacing.

The device provides a hysteresis of 0.3mV, ensuring minimal external components and higher circuit accuracy, regardless of temperature or power supply. Biasing current is built-in to the device, allowing for improved accuracy over external biasing without compromising power savings.

The MAX913EPA+ offers a wide variety of features that make it a perfect candidate for various applications where accuracy, fast response and minimal power consumption are key. Its wide common-mode input range is perfect for designs that would usually require a single supply voltage, while its small package size makes it suitable for applications that require high density measurement, while its built-in bias current enables higher accuracy. Coupled with its low propagation delay and low output skew, the MAX913EPA+ is ideal for a wide variety of use cases.

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