MAX6313UK46D2-T

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The MAX6313UK46D2-T is a low-power reset and watchdog supervisor, part of Maxim Integrated\'s Supervisory Circuit (PMIC) family. It provides a low-power reset signal for microcontroller and microprocessor systems, as well as an independent watchdog timer for system monitoring and wake-up. Designed for use in lightweight, battery-powered applications, the MAX6313UK46D2-T offers a low operating power consumption of just 66µA. It has a reset time of 100µs and is available in a 5-lead SOT-23 and 6-lead UCSP package.

The MAX6313UK46D2-T can be used in a variety of applications, including consumer electronics, handheld devices, computers, gaming systems and automotive infotainment systems. It is also suitable for industrial applications such as factory automation and medical devices. With its low power consumption, it is ideal for applications where the system must remain in the lowest possible power state while still providing reliable protection against system failure.

The MAX6313UK46D2-T’s reset function is triggered by a voltage difference between V DD and V BG that is above a programmable threshold. This voltage difference must be maintained for a programmable reset time before the reset activates. This reset time can be programmed to a minimum of 100µs in order to ensure that the fault is identified in time. The reset time can also be increased to ensure that a reaction time delay is observed when a fault is detected.

The MAX6313UK46D2-T’s watchdog timer monitors the system periodically to detect faults that cannot be detected by the reset circuit. This can include deadlocks, infinite loops, and other faults that can cause a system crash. The watchdog timer can be programmed to any pre-defined time period and will reset the system if the pulse(s) are not detected within that period.

The MAX6313UK46D2-T combines a low-power reset with an independent watchdog timer to provide reliable system protection. Its low operating power consumption and fast reset time speeds up the system recovery process to ensure that the system is kept running without unnecessary delays. As such, it is suitable for a range of applications, from consumer electronics to factory automation and medical devices.

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