MAX807NCWE+T

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The MAX807NCWE+T is a supervisor integrated circuit (IC) designed to provide system monitoring and reset functions for microcomputer systems. Supervisors are components of the power management integrated circuit (PMIC) family which ensure the proper operation of a system. Part of their role is to detect abnormal or undesired conditions and promptly shut down or reset the power. The MAX807NCWE+T is one of several PMIC offerings from Maxim Integrated and it is designed to be compatible with 3.3V, 5V and 12V systems.

The technology behind the MAX807NCWE+T is able to detect when conditions become unsafe for the system and include an integrated reset circuit which automatically restarts the system if one of these conditions is detected. This IC includes both push-button and reset time delay functionality, allowing the user to cycle power manually or implement a time delay function if the reset condition is reached. This is extremely useful functionality for carrying out debugging, testing or troubleshooting of a system.

The MAX807NCWE+T is a low-cost, highly functional device that requires minimal external components to operate. It has a wide operating voltage and temperature range, making it suitable for use in a variety of applications. Some of these applications include networking, industrial, medical and automotive systems. In addition to its superb features, the MAX807NCWE+T has a low-voltage detector function that can be used to detect a power failure. This helps ensure the safety of the system and its components.

In terms of its working principle, the MAX807NCWE+T is a dual-input supervisor device. This means that it has two inputs that are monitored. One of the inputs is connected to a reference voltage, the other to a selected logic level. The MAX807NCWE+T will detect any high-voltage conditions, low-voltage conditions, or missing clock conditions and, accordingly, provide a reset signal that operates in one of two ways. First, the reset signal can be generated in the form of an active-low pulse that can be used to reset components. Second, the IC provides a "toggle" output to indicate an abnormal condition.

The MAX807NCWE+T also includes temperature-compensated reset thresholds which ensure that a proper reset pulse is generated even if there is considerable heat or temperature variance. The design also enables a wide range of capacitor values to be used in order to adjust the delay between reset and power turn-off. The device has a logic-low power supply voltage of 1.2V maximum and is compatible with standard RTL, TTL, and CMOS logic levels.

The MAX807NCWE+T is a highly efficient, low-cost PMIC that has been designed to provide reliable system monitoring and reset features. It features dual input monitoring, temperature-compensated reset thresholds, adjustable delay time, and an internal low-voltage detector. It is suitable for variety of 3.3V, 5V, and 12V applications and has been widely used in networking, industrial, medical and automotive system. Maxim Integrated\'s MAX807NCWE+T is an ideal choice for system monitoring and reset capabilities.

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