LTC2995CUD#PBF

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The LTC2995CUD#PBF is an integrated power solution designed for PMIC-Thermal Management applications. This advanced thermal management system offers features such as temperature and voltage monitoring, temperature control, over-temperature protection, and power sequencing.

In terms of thermal management, the LTC2995CUD#PBF provides precision temperature monitoring capabilities to address critical temperature-related concerns. The IC offers an integrated sensor that accurately measures temperature, based on the voltage drop across an external NTC thermistor, bonded to an external resistive voltage divider or to a precision temperature-to-voltage converter. The maximum temperature range is adjustable through external resistors. The LTC2995CUD#PBF also offers an integrated over-temperature alarming system for efficient thermal management. The alarm is triggered when the temperature exceeds the threshold set by two external resistors.

The LTC2995CUD#PBF also provides voltage monitoring capabilities. This is achieved by the use of an internal voltage reference and an accurate comparator that can detect and compare any abnormal voltages in the system. This can help protect the system components from over- or under-voltage conditions, as well as avoid any potential damage to the system.The IC also provides a power sequencing system, which helps reduce stress on power components by providing a gradual rise or fall delay between power stages.

The LTC2995CUD#PBF also supports a wide range of external digital interfaces. It includes support for I2C, SPI, and SMBus communications. This allows for the control of various temperature and voltage settings from the external host processor. The IC also offers up to four open-drain GPIO pins for additional system control functions.

In summary, the LTC2995CUD#PBF provides a comprehensive power solution for PMIC-Thermal Management applications. It offers precise temperature and voltage monitoring, temperature control, over-temperature protection, and power sequencing capabilities. Additionally, it supports various external digital interfaces for communication and control of the various settings as needed. This advanced thermal management system is an ideal choice for robust and reliable thermal management applications.

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