MIC1832M

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The MIC1832M is a versatile supervisor chip that enables reliable power control of a variety of complex devices. It is an ideal choice for applications that require a wide range of power control features and high system integration. Suitable for use in portable electronics, automotive, communications, industrial, and other specialized equipment, the MIC1832M offers a combination of features and protection that are unmatched in the industry.

This full-featured low-cost power management integrated circuit (PMIC) is a multi-purpose supervisor that provides reset, power-on reset (POR), power-good (PG) signal, voltage monitoring, and buffered crystal oscillator (XO) drive. The combination of these features makes the MIC1832M an ideal choice for the design of power management systems.

The MIC1832M is a versatile supervisor that can be used in a variety of applications. It can be used to monitor the system\'s operating voltage and ensure that the voltage at all parts of the system remains stable. It can also be used to monitor power-on reset (POR) signals from various devices, as well as voltage monitoring signals from processor modules, memory modules, and other chips. In addition, the MIC1832M can be used to control the frequency of the crystal oscillator used for timing and sequencing. Finally, the MIC1832M can be used to generate a power-good (PG) output signal to indicate when the system is properly powered up and ready for use.

The MIC1832M has an internal reset logic circuit which monitors voltage levels on the supply lines. When the supply voltage drops below a predetermined level, an internal reset signal is generated and the supply voltage is reset to a safe level. Additionally, the MIC1832M can be configured to generate non-maskable interrupts (NMI’s) when the system’s power level drops below a certain threshold. This allows the system to take necessary protective measures when the power level is too low.

The MIC1832M has several protection features that help ensure system reliability and integrity. For example, the MIC1832M monitors the system’s operational voltage and generates an alarm signal when the voltage drops below a certain level. Additionally, the MIC1832M monitors the POR signals and generates a reset signal when the POR signal indicates a power interruption or other system error. Finally, the MIC1832M can be configured to generate a power-good signal when the system is properly powered up and is ready for operation.

The MIC1832M is a versatile and reliable supervisor that can help ensure that the system’s power supply is stable and safe. Its combination of features enables reliable power control of a variety of complex devices and its low cost makes it an attractive option for designers. This PMIC can be used in a variety of systems, such as portable electronics, automotive, communications, industrial, and other specialized equipment.

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