MAX16120AOMA+T

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The MAX16120AOMA+T is a high-performance switched capacitance voltage supervisor circuit designed to monitor power supplies in power sensitive systems. This device is capable of monitoring both single voltage and multiple voltage rail systems with up to three independent thresholds. The MAX16120AOMA+T operates over a wide input voltage range and is set with three separate thresholds, allowing the supervision of three independent supply rails. With its built-in high-impedance radio frequency (RF) output and its low-power characteristics, it provides outstanding accuracy for high-current and low-voltage supplies, ensuring that no power losses occur during the transition from one power rail to a lower voltage.

The MAX16120AOMA+T utilizes switched capacitance (SC) technology to monitor the voltage levels of power rails and provide an accurate output in a low-power package. This allows it to support a wide range of voltage ranges and switching frequencies. The device features a three-pin analog input that detects the input voltage relative to one of the three thresholds. Whenever the voltage on any of the three pins exceeds the set threshold, a high-impedance output is activated, signaling the supervisor chip to issue a warning signal or take corrective action.

The MAX16120AOMA+T is equipped with an adjustable hysteresis feature that provides added assurance of reliable system performance. hysteresis is enabled by adjusting a resistor on the chip which adjusts the reset and trip thresholds independently. This allows the supervisor to provide greater system stability and accept inputs of rapidly changing voltage levels without resetting.

The MAX16120AOMA+T is well suited for microprocessor and microcontroller systems such as mobile phones, automotive systems, industrial applications and consumer electronic systems. Its combination of accuracy, low power consumption and wide input voltage range make it an ideal choice for power supply monitoring.

In addition, the MAX16120AOMA+T features an on-chip low power reset circuit to guarantee that the supervisor chip is never reset by an unexpected high voltage event. This provides added assurance for system performance and protection. Also, a wide operating temperature range, as well as a built-in filter on its reset output, assures the high reliability of the device.

In conclusion, the MAX16120AOMA+T is an excellent choice for any power sensitive system that requires accurate monitoring of power supply levels. Its combination of low power consumption, wide input voltage range and high accuracy, as well as its flexible hysteresis feature, make it an ideal choice for reliable power supply monitoring. It is an ideal choice for microprocessor, microcontroller and other power sensitive systems.

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