MAX969EEE-T

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Linear comparators are widely used in various fields, such as in medical equipment and process control applications. The MAX969EEE-T is a specialized comparator that is used to compare time lengths between two voltage signals. It is used to detect whether one signal has exceeded a variable threshold and to make decisions.

The MAX969EEE-T is a four-part linear comparator which includes two differential voltage inputs, an inverting output, and an open-drain output. It utilizes its differential inputs to compare the two input voltages and has the ability to indicate if one voltage exceeds the other. It will produce a logic level output indicating which voltage exceeded the other.

The MAX969EEE-T is powered by a single-phase 2.7V to 5.5V supply and is capable of providing an output signal when triggered with a voltage above 3.3V. It is designed to be used in microcontrollers and has a quiescent current of 250nA. It has an operating temperature range of -40°C to +85°C and can support input voltages ranging from 0.4V to 3.6V.

The MAX969EEE-T uses an open-drain output to signal its logic level outputs. An open-drain output is a type of circuit that produces high impedance when OFF, allowing the pin to float in high impedance mode, and provide a low impedance path when ON. The high and low impedance paths provide voltages to provide the logic level output signals.

The MAX969EEE-T also has a comparator working range of 0.5V to 2.85V. This comparator working range defines the largest difference in input voltage that will trigger a logic level output. A larger difference in input voltage will result in higher instances of false triggering in the output signal.

The MAX969EEE-T is designed with an adjustable delay timer that allows the user to adjust the amount of time that must pass before the device produces an output signal. This adjustable delay timer is used to ensure that an input signal must be steady and consistent to trigger the output signal.

The MAX969EEE-T is a specialized, four-part linear comparator which includes two differential voltage inputs, an inverting output, and an open-drain output. It is used to compare time lengths between two voltage signals and to detect whether one signal has exceeded a variable threshold. It is powered by a single-phase 2.7V to 5.5V supply and is capable of providing an output signal when triggered with a voltage above 3.3V. It has an operating temperature range of -40°C to +85°C, and an adjustable delay timer to ensure a steady and consistent input signal is necessary before triggering the output signal.

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