MAX985EBT-T

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The MAX985EBT-T is a comparator which is part of the Linear - Comparators category. It is a single supply comparator that has a 2.7V to 10V operating voltage range as well as a 3.2 ns propagation delay from input to output. The MAX985EBT-T also has an hysteresis level of 0.5V (typ.). It can swing rail-to-rail on both output conductors and the quiescent current is typically 100nA. This comparator is generally used in mobile and automotive applications due to its ultra low-power consumption and high accuracy.

An application field of the MAX985EBT-T is motor control. When integrated into motor control systems, it provides synchronization of the motor drive and its associated sensors while also providing feedback on the motor\'s position and velocity. The low-power consumption of the MAX985EBT-T ensures that the motor control system is using the optimal amount of power.

The MAX985EBT-T is also commonly used in clock and data recovery applications. It is used in the data recovery stage due to its low propagation delay and fast response time. It reliably identifies data, alignment and pulse edges with up to 75 Mbps data rates. This makes it an ideal choice for use in high-speed data transmission systems.

The working principle of the MAX985EBT-T is relatively simple. It utilizes an input differential amplifier and an open-drain output buffer to compare two input signals and determine which one is greater. The input signals are applied to the positive and negative non-inverting inputs. The amplifier then amplifies the difference between the inputs and passes it on to the open-drain output buffer. The output buffer will then output a logic high (VCC) state if the positive input is greater than the negative input, and a logic low (GND) state if the negative input is greater than the positive input.

The MAX985EBT-T has been an invaluable component in many applications due its low-power consumption, high accuracy, fast response time and high-speed data transfer capabilities. It has found application in motor control, clock and data recovery and many more. With its simple working principle, the MAX985EBT-T continues to be a reliable component choice in many systems.

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