MAX901AESE+T

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MAX901AESE+T is a linear-comparator from Maxim Integrated that is designed for hysteresis control comparator. This comparator is made with a built-in hysteresis control, making it easy to implement a stable control of the output in noisy conditions. It features a 20nA max sink current and a 50pF delay line.MAX901AESE+T has many applications in automotive, industrial and consumer markets due to its low cost and small form-factor. It is commonly used for overvoltage, undervoltage and overcurrent protection, analog signal conditioning, level shifting, signal sampling and multiplexing, voltage reference switching, signal isolation and signal gating.

The MAX901AESE+T is equipped with two inputs, an input A and an input B. When the voltage difference between the inputs exceeds a certain threshold voltage, the output of the comparator switches from one state to another. This allows the comparator to act as a threshold detector. The hysteresis control input is used to set the threshold voltage. When the voltage on the control input is adjusted, the threshold voltage can be changed over a wide range.

The circuit of the MAX901AESE+T includes an amplifier, a comparator and a delay line. The amplifier amplifies the input signal and a reference voltage. The comparator then uses the amplified input signal to compare with the reference voltage. If the amplified input signal is greater than the reference voltage, the output of the comparator is a logic high voltage. When the amplified input signal is less than the reference voltage, the output of the comparator is a logic low voltage. The delay line is used to ensure that the output of the comparator does not oscillate. The hysteresis control input can be used to adjust the maximum and minimum levels at which the threshold voltage is compared.

In summary, the MAX901AESE+T is a linear-comparator designed for hysteresis control comparator. It is equipped with two inputs, an input A and an input B, and a hysteresis control input. The comparator can be used for a wide range of applications in automotive, industrial and consumer markets due to its low cost and small form-factor. The circuit includes an amplifier, a comparator and a delay line. The amplifier amplifies the input signal and a reference voltage. The comparator then uses the amplified input signal to compare with the reference voltage and the delay line is used to ensure that the output of the comparator does not oscillate.

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