MIC803-40D2VM3-TR

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Power management integrated circuits (PMICs) are essential in modern electronic systems. The MIC803-40D2VM3-TR is a type of PMIC, specifically within the category of Supervisor integrated circuits. Supervisor ICs are designed to monitor the power source of a system, and provide alert signals or reset logic when needed.

The MIC803-40D2VM3-TR is often used in computers, notebooks, industrial controls, and any other device that contains a printed circuit board (PCB). In these systems, the MIC803-40D2VM3-TR is responsible for providing critical power supervision and fault protection functions. The MIC803-40D2VM3-TR is designed to guard against out-of-tolerance voltage conditions or power faults that could damage a system or threaten its stability.

The MIC803-40D2VM3-TR is a three-terminal supervisor that features an adjustable threshold for reseting the device when it is enabled. The three terminals include a supply voltage input, a ground, and an output reset signal. When the voltage at the supply voltage input reaches a user-defined threshold, the reset signal is triggered and driven low to effect a reset in the system. The MIC803-40D2VM3-TR also features an ultra-low-power consumption and minimal dissipation, making it a preferred choice for portable and battery-powered designs.

The MIC803-40D2VM3-TR offers multiple output type options to better suit different applications. It is available with open-drain and push-pull output modes, and can also work with an active-high or active-low reset input. With its wide temperature range, the MIC803-40D2VM3-TR is ideal for a wide range of applications, and is suitable for both commercial and industrial applications.

Overall, the MIC803-40D2VM3-TR is a highly robust, cost-effective solution for power supervision and fault protection. With its low-power consumption and wide temperature range, the MIC803-40D2VM3-TR is an ideal choice for any application where superior power management and fault protection are needed. It is a reliable way to ensure the safety and stability of a system, even in extreme and unexpected conditions.

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