RV-8564-C2-32.768KHZ-10PPM-TA-QC

Real Time Clocks Micro Crystal RV-8564-C2-32.768KHZ-10PPM-TA-QC Overview

The Real Time Clocks Micro Crystal RV-8564-C2-32.768KHZ-10PPM-TA-QC is a highly reliable, low-power real-time clock (RTC) integrated circuit, designed by Micro Crystal. It offers precise time tracking and management in a tiny 10SON package, making it ideal for applications where space is at a premium but accuracy is critical. With an integrated crystal resonator enhancing its timekeeping accuracy, this device is perfect for advanced timekeeping needs in modern electronic applications. It operates over a wide temperature range and includes an I2C interface for easy integration into existing designs.

RV-8564-C2-32.768KHZ-10PPM-TA-QC Features

This RTC device stands out with its low power consumption and compact design, featuring a built-in 32.768 kHz crystal resonator which ensures stability and precision with ±10 ppm accuracy. The I2C bus interface facilitates simple and efficient communication. The product also includes a programmable clock output, timer, and alarm functions that can be customized for various applications, adding to its versatility.

RV-8564-C2-32.768KHZ-10PPM-TA-QC Applications

• Consumer Electronics: Utilized in devices such as smartwatches, cameras, and other portable devices, where accurate timekeeping is essential to function and user experience.
• Industrial Systems: Deployed in logging and time-stamping devices within industrial automation systems, ensuring precise operations and process tracking.
• Telecommunications: Critical for network time synchronization, especially in systems requiring high precision and reliability across various communication technologies.
• Automotive: Used in navigation systems and infotainment to provide consistent time data, enhancing the functionality and dependability of automotive electronics.
• Healthcare Devices: Integral to patient monitoring systems and medical recording equipment, where exact time is crucial for proper functionality and record keeping.