MAX16114O16MC+T

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MAX16114O16MC+T is a member of the MAX16114 family of supervisors with enhanced protection from noise, transients and ESD events, ideal for powering operations in mission-critical and other demanding applications. The extra ESD protection advantages allows for greater reliability for these applications and systems.

The MAX16114 family of supervisors are versatile, Precision fixed-voltage supervisors designed to provide a regulated output in the presence of large and small variations in supply voltage. The MAX16114 family features adjustable reset thresholds, push-pull reset outputs, adjustable reset assertion delay, and adjustable reset de-assertion delay. They also offer a wide input voltage range with additional ESD protection.

The MAX16114O16MC+T provides low power consumption, low quiescent current and high maximum discharge current, tolerant of drive currents up to 65mA, making it ideal for any application where long battery life and minimal quiescent draw is important. This is especially important in applications where reset is to be used for a system restart or reboot, extending the overall battery life of the device.

The MAX16114O16MC+T is an autosupply P-channel MOSFET driver with integrated ESD protection, offering extended performance and robustness for applications requiring superior protection from ESD events. It provides a high speed, low power drive signal capable of allowing a control system to be rapidly reset, even in the presence of a transient. Additionally, the driver offers on/off control of a power supply, enabling power saving and time saving.

In order to guarantee the reliability of the system, accurate reset detection and signal processing are important. This is exactly what the MAX16114O16MC+T provides, with a ±3V wide supply voltage range, adjustable reset thresholds, and adjustable reset assertion delay, which allows for significant control over the reset signal. This accuracy allows the control system to reliably detect a reset condition and control the power supply.

The MAX16114O16MC+T also features an output push-pull current buffer, which allows further consistent reset signal. The push-pull output provides additional protection against back EMF from the MOSFET, reducing false reset signals from higher voltage swings seen across driving MOSFETs. This ensures consistent detection of the reset signal for reliable resetting of the power supply.

The MAX16114O16MC+T is used in a wide variety of applications that require superior noise and transient protection, including Autonomous Driving, Battery Management, Industrial Control, Medical, Portable Electronics, Safety Systems and Automotive. With its adjustable reset threshold, adjustable reset assertion delay, adjustable reset de-assertion delay and high level of protection from external noise and transients, the MAX16114O16MC+T makes the perfect choice for any application demanding a reliable and precision reset supervision IC.

The MAX16114O16MC+T is an ideal choice for a wide range of applications that require superior noise and transient protection and reliable reset signal supervision. Its adjustable reset thresholds, adjustable reset assertion delay, adjustable reset de-assertion delay, and wide supply voltage range make it well suited for mission-critical and other demanding applications. Additionally, its low power consumption, low quiescent current, and high maximum discharge current makes the MAX16114O16MC+T an excellent choice for applications where reset is to be used for a system restart or reboot.

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