ISPPAC-POWR1014-01TN48I

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The ISPPAC-POWR1014-01TN48I is part of a series of Power Monitor Integrated Circuits (PMIC) developed by Lattice Semiconductor Inc. The ISPPAC-POWR1014 is a highly integrated device used to monitor and regulate power systems.

The device comprises a digital Core and an analog Sub-system. The Core sub-system is is comprised of 8 independent 16-bit processing blocks which function as a multiplexor, hardware counter/timer, logic instructions and Control store instructions. The analog subsystem is built from 8 independent analog core blocks which provide low power and high performance amplifiers, switches, analog to digital converters, voltage regulators, comparators, latch and resistor networks. The design of the device is such that it can be implemented either in an SMBus compatible I2C configuration or a memory mapped I2C configuration with register read/write access.

The device is used to monitor and regulate power systems, especially in industrial and telecom applications. It is used in applications such as static switches and battery packs that require low voltage monitoring and regulation. It is also used in LED backlighting systems to regulate current and improve system efficiency. The device also includes integrated over-voltage and over-current protection features. Furthermore, the device features a built-in 32kHz watch-clock generator that allows time-stamp collection of critical events.

The device works by continuously monitoring the inputs to detect a variety of changes. These changes include changes in input voltage, current or temperature. The device then uses this information to regulate the output power to maintain a desired voltage, current or temperature limit. The device also includes power on/off, reset and system status flags to ensure that the system remains safe during use.

The ISPPAC-POWR1014-01TN48I is designed to provide a high level of power monitoring and regulation for a variety of power systems. It is especially suitable for industrial and telecom applications where low voltage monitoring and regulation is critical. Additionally, its built-in protection features ensure that the system remains stable and safe during operation.

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