TCM810JVLB713

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Power Management Integrated Circuits (PMICs) are a popular strategic segment that draws significant attention in the marketplace due to its wide-ranging applications and continuous development of new components. In particular, Supervisors, also referred to as Reset Circuits, are a special type of PMICs that provide excellent circuit protection and reliability by monitoring in a system the critical power and voltage signals and generating a reset output in the case of excessive current and voltage levels. The TCM810JVLB713 is a single-channel PMIC supervisor that provides superior power-supply, voltage, and current regulation in modern systems.

The TCM810JVLB713 is mainly used in power supplies, microcontrollers, automotive systems, and other high-voltage applications. It has superior protection features such as LED open-drain conditioning and voltage rise detection protection to reset improperly powered-up devices. The TCM810JVLB713 also contains a manual reset input and a reset active-low open drain/push-pull output. This allows for manual reset control for user-specific designs, and also for a reset output signal to indicate reset encountered in the system.

The TCM810JVLB713 features an internal voltage supervisor that provides a precise voltage monitoring function to detect under-voltage, rising voltage, and over-voltage conditions. It employs an internal comparator with hysteric, which will reset a microcontroller upon an under-voltage or over-voltage detection. This supervisor further includes an internal voltage reference to detect over-voltage or over-current conditions. This ensures that each system or application is reset in an orderly manner in the event of any abrupt changes in power or voltage levels.

The TCM810JVLB713 not only provides superior voltage and current regulation, but also ensures reliable timing accuracy while monitoring power and voltage signals. Its built-in reset timing circuit allows the system to keep track of reset timeout periods. This feature is especially useful for microcontroller applications that require precise timing control. Additionally, the TCM810JVLB713 can be configured to generate an interrupt for each error detected, so that the system can respond accordingly.

In summary, the TCM810

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