MAX6313UK31D4-T

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PMIC - Supervisors are integrated circuits that help protect microprocessors, microcontrollers, and embedded systems against power-related faults, such as overvoltage, undervoltage, and overcurrent. The MAX6313UK31D4-T is a small, low-power, single-channel supervisor designed for a variety of reset/power-on reset applications.

The MAX6313UK31D4-T includes an on-chip voltage supervisor, reset timer, watchdog timer, reset output buffer and logic ground output buffer. It has two reset thresholds and a watchdog timer input that can be used to detect an out-of-range condition on selected digital inputs. The supervisor also includes an on-chip input comparator that can be used to monitor an analog input such as a power supply or temperature sensor. When the monitored voltage level falls outside of the programmed window, it will activate the reset output or generate an interrupt alert, allowing the system to take corrective action.

The MAX6313UK31D4-T is designed for a wide range of applications, from enterprise servers and storage systems to point-of-sale terminals and consumer electronics. It can also be used in embedded systems such as automotive, medical, military and avionics applications.

The MAX6313UK31D4-T has a wide range of operating voltage, operating temperature and input/output configurations. It can be configured to provide either a push-pull or open-drain reset output. The reset time delay can be programmed to an appropriate time period for each application. The watch-dog timer can be disabled by setting the WDT timeout period to a very low value.

The MAX6313UK31D4-T can monitor several different conditions. Its reset output can be activated if the Vcc supply falls below the reset threshold voltage, rises above the reset threshold, or if the watchdog timer timeout period is exceeded. It also includes an active-low manual reset input and an active-low manual reset output. The manual reset input can be used to force the supervisor into a reset condition, while the manual reset output can be used as an output to indicate that the supervisor is in a reset state.

The MAX6313UK31D4-T is capable of operating in two distinct modes, the normal mode and the deep power-down mode. In deep power-down mode, the low-power logic circuitry will detect a power-on reset event, and will reset the Vcc if it falls below the reset threshold voltage while in the deep power-down mode. The supervisor can be re-initialized by powering up the device.

The MAX6313UK31D4-T is a versatile, low-power manager designed to protect a range of applications from power-related faults. Its wide variety of features, adjustable thresholds and operating modes make it suitable for a range of different applications. In addition, its small size and low power requirements make it an ideal solution for low-power and cost-sensitive designs.

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