M48T129V-85PM1

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The M48T129V-85PM1 is a type of real-time clock that typically features low power consumption and a wide temperature range, making it an ideal choice for clock applications. The device is particularly well-suited for embedded systems such as those used in medical equipment, navigation systems, industrial automation, autonomous systems and consumer electronics. The device uses a 32.768 kHz quartz crystal for accurate timekeeping. The M48T129V-85PM1 is programmed to specify the year, month, day, hour, minute and second, as well as many additional features such as alarm capabilities, automatic power-fail detection and battery-backup configurations.

The M48T129V-85PM1 is designed to make the specific clock or timer application simple, providing a great degree of flexibility in both design and operation. The clock is equipped with two bank registers that can be enabled to provide extra storage, or disabled to reduce power consumption. The device also has multiple interrupt sources, allowing it to trigger user-defined actions when certain conditions are met. It also offers programmable periodic output signals, as well as battery backup capability and digital trimming for ultra-precise accuracy.

The M48T129V-85PM1 is based on the SPI and I2C serial communication protocols to enable the clock to be easily integrated into embedded systems. The device is powered by a single 3V battery, allowing it to keep accurate time even when the main power supply is off. The device also features programmable counters, allowing it to be used in systems where time accuracy is critical.

The M48T129V-85PM1 is a low power, high accuracy real-time clock that is widely used in embedded systems. It features low power consumption, wide temperature range and automatic power-fail detection, making it an ideal choice for clock and timer applications. The device is also suited to applications where time accuracy is critical, as it provides digital trimming and programmable periodic output signals. The device is based on the SPI and I2C serial communication protocols, allowing it to be easily integrated into embedded systems, and is powered by a single 3V battery, keeping accurate time even when the main power supply is off.

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