LTC2908CDDB-B1#TRPBF

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Introduction to PMIC Supervisors

PMIC Supervisors are devices that monitor systems for power and other parameters. They measure current, voltage, temperature, and other parameters, and can activate actions when preprogrammed thresholds are reached. PMIC Supervisors are designed to be used in power-management and system-monitoring applications in a wide variety of systems and product implementations, from a small embedded system to a cell phone or other consumer device to a larger industrial system.

Overview of the LTC2908CDDB-B1#TRPBF

The Linear Technology (LTC) LTC2908CDDB-B1#TRPBF is a PMIC Supervisor device that features multiple user-programmable thresholds with an adjustable input range. It monitors voltage, current, and temperature and provides an output interrupt signal when an over-voltage/over-current/over-temperature condition occurs. With its built-in precision bandgap voltage reference, the LTC2908CDDB-B1#TRPBF allows for a wide range of accurate measurements for a variety of applications.

Application Field of the LTC2908CDDB-B1#TRPBF

The LTC2908CDDB-B1#TRPBF provides an ideal solution for monitoring and maintaining a wide variety of systems. This device is suitable for use in applications that require precise measurements of voltage, current, and temperature. Its features and accuracy make it suitable for monitoring applications ranging from personal computers and industrial control to safety-critical systems and power-supply systems. The LTC2908CDDB-B1#TRPBF has been used in applications such as power-supply failure and over-current monitoring, smart batteries, and temperature-sensitive critical-sensing systems.

Working Principle of the LTC2908CDDB-B1#TRPBF

The LTC2908CDDB-B1#TRPBF operates by measuring voltage, current, and temperature and providing an output interrupt signal when one of these parameters exceeds user-programmable thresholds. This device requires a single supply and contains an integrated Bandgap voltage reference that provides accurate voltage and temperature measurements. The output interrupt signal can be used to alert the user when any of the measured parameters exceeds the configured thresholds. The interrupt signal is adjustable, allowing it to be set to either active-low or active-high with built-in hysteresis. This device also includes a reset output signal which can be used to reset the system when an over-voltage/over-current/over-temperature condition occurs.

Conclusion

The LTC2908CDDB-B1#TRPBF is a PMIC Supervisor device that is suitable for use in a variety of applications that require precise measurement of voltage, current, and temperature. This device is designed to be used in power-management and system-monitoring applications in a wide variety of systems and product implementations. It features multiple user-programmable thresholds with an adjustable input range and provides an output interrupt signal when an over-voltage/over-current/over-temperature condition occurs. The LTC2908CDDB-B1#TRPBF is an ideal solution for monitoring and maintaining a wide variety of systems.

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