MIC811JU TR

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The MIC811JU is a supervisor integrated circuit (IC) intended for use in a variety of embedded applications. As a member of the MIC811JU family, this IC offers several features such as a watchdog timer, an adjustable reset threshold, and an idle-mode circuit. By integrating all of these features into a single IC, the MIC811JU simplifies system design, lowers power consumption, and reduces overall cost.

The MIC811JU provides a supervisor for embedded microcontroller/microprocessor systems. This IC monitors the power supply voltage and attempts to detect out-of-range conditions. If any of these conditions are detected, the MIC811JU will assert a reset signal to the host system, ensuring that the system is restored to a known state. This reset signal can also be used to reset associated peripherals, thus ensuring that all components of the system are reset simultaneously.

The MIC811JU also features an adjustable reset threshold, allowing the user to set the reset voltage to any desired value. This allows the user to reset the system at an optimal voltage, thereby reducing the amount of power consumed during reset cycles. Additionally, the MIC811JU has an adjustable watchdog timer, allowing the user to set the timeout period for reset operations.

In addition to reset monitoring and control, the MIC811JU also provides an idle-mode circuit. This idle-mode circuit can be used to reduce the power consumption of a system when it is not in use. When enabled, the IC will automatically enter an idle state if a period of inactivity is detected, thus reducing power consumption and protecting the system from unnecessary power drain.

The MIC811JU is intended for use in a variety of embedded applications, such as automotive, industrial, and medical. This IC can be used to monitor and reset the power supply of any embedded system, thus ensuring that the system is kept in an optimal state. Its adjustable reset threshold and idle-mode circuit make this an ideal choice for applications that require low-power operation or protection against power supply fluctuations.

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