MAX941CSA-T

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Linear-Comparators are devices that are designed and used to compare two voltage or current levels. The MAX941CSA-T is a precision TTL to CMOS comparator. The MAX941CSA-T is designed for use in TTL circuits requiring low-power operation, high speed, and low-jitter operation. The MAX941CSA-T is a precision TTL to CMOS comparator with a wide input range and an exceptionally low power dissipation rating.

The MAX941CSA-T is a monolithic comparator circuit with two TTL-compatible open-collector outputs, one of which is a low-noise open-collector output. It features low input offset voltage and high common-mode rejection of the open-collector outputs. It also has a high voltage supply current of only 25µA, making it suitable for low-power applications. The MAX941CSA-T is available in 3V and 5V versions.

The MAX941CSA-T is designed to provide low power, low jitter and low distortion performance in applications requiring input/output signal conditioning such as telecommunications, instrumentation, automotive and industrial applications. It features an input voltage range from 0.7V to 5.5V, a supply voltage from 4.0V to 6.5V, and a reference voltage of 0.5V to 5.5V. The MAX941CSA-T has a wide open-collector output frequency range of DC to 16MHz.

The MAX941CSA-T is available in 8-pin PDIP and SOIC/TSSOP packages. It is also available in pin-compatibles versions. The integrated open-collector output is driven by two modes of operation. The first is a differential output mode, which is driven by two amplifiers and two external reference sources, and yields fast settling time and less power with lower distortion. The second is a rail-to-rail output mode, which yields a balanced output with low distortion, low jitter and low noise.

The MAX941CSA-T provides significant advantages to other comparators because of its ability to operate with a wide input voltage range and low power requirements. The MAX941CSA-T can be used as a comparator for signal conditioning, digital/analog conversion, and high-precision temperature measurement. It is also used in signal switching, multiplexing and data acquisition applications. With its high-speed, low power and low-jitter operation, the MAX941CSA-T is ideal for use in precision instrumentation, signal control and signal conditioning applications.

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