ISL12027IBAZ

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The ISL12027IBAZ is a low power real-time clock module that provides precise timekeeping and cost-effective timekeeping solutions for embedded applications. It is specifically designed to interface with battery-powered applications, such as smart meters, where power conservation is vital to efficiency. The real-time clock operates from a 3v lithium battery with a standby current of 0.05µA and an active current of 10µA.

The ISL12027IBAZ offers several features that aid in its efficiency, including an on-chip clock/calendar, alarms and timers. The on-chip clock/calendar provides the ability to keep track of day, date and time. The I2C interface allows the device to act as a bus master, meaning that it can provide clock synchronization and control other I2C (or SMBus) devices. The alarms and timers allow the device to autonomously trigger alarms or actions at pre-set times.

The ISL12027IBAZ is particularly useful for applications requiring precise timekeeping. The device is able to maintain accurate time even when power is lost and cycled, allowing it to be used for applications such as smart meters that require accurate timekeeping even during power fluctuations. Furthermore, the device is extremely power efficient, allowing it to run for extended periods of time without requiring a battery change.

The real-time clock also has multiple power saving modes which can reduce power consumption further. These modes allow the device to be completely turned off when not in use, or to be put into a low power state while the device is still keeping time. The device also has programmable wake-up features, allowing it to be woken periodically to perform a specific task, such as syncing with a host or triggering an alarm.

Overall, the ISL12027IBAZ is an ideal real-time clock module for applications that require precise timekeeping and low power operation. It is a cost-effective solution for embedded applications that rely on accurately tracking time. Its multiple power saving modes and programmable wake-up features make it an ideal choice for applications that require prolonged operation or periodic synchronization.

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