MIC826YYMT-T5 Integrated Circuits (ICs)

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The MIC826YYMT-T5 is a low-cost, feature-rich power monitoring and control system for embedded applications. It integrates all the key components required for a PMIC system including voltage regulators, supervisor/watchdog, a/d/d converters, digital output/input, a/d/a converters, and communication interfaces. The various components are designed to provide an efficient and reliable power system, optimised for the application requirements and cost.

The MIC826YYMT-T5 is a great example of PMIC supervisory devices. It provides accurate, efficient, and reliable monitoring of system power supplies, voltage transients, and temperature. The power monitoring system includes two independent operating mode selections: Standby Mode and Active Mode.

In Standby Mode, the MIC826YYMT-T5 monitors voltage, transients, and temperature, and automatically re-selects the appropriate operating parameters based on data from its internal a/d/d converters. The system also enables manual override of operating parameters. Once the voltages are verified as good, the unit signals the host CPUs or MCUs in the system to enter Active Mode.

In Active Mode, the system monitors voltage and temperature, and maintains power integrity and system stability. The system also offers additional features such as flash protection, brown-out detection, and watch-dog timing to ensure the maximum system performance and reliability. The MIC826YYMT-T5 also provides programmable I/Os to reduce system complexity. The power monitoring system can be connected to a variety of external devices, including real-time clocks, serial EEPROMs, temperature sensors, and LCDs.

The MIC826YYMT-T5 is an excellent example of a reliable and efficient PMIC supervisory device. It provides comprehensive power and temperature monitoring, comprehensive protection for the system, and reliable system performance. The device is designed for easy integration into various embedded applications, and provides an excellent combination of cost and performance.

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