RX-8731LC:B

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RX-8731LC:B is a highly accurate real-time clock designed for mission-critical clock/timing applications. It ensures high accuracy, reliability and a wide temperature range, making it ideal for timing applications that require reliable, low power operation. It is widely used in a variety of applications, including telecommunication and industrial control systems, high-reliability embedded instrumentation, monitoring systems, automated systems, and distributed computing. In addition, the RX-8731LC:B is also suitable for use in automotive and health care applications.

The RX-8731LC:B is a real-time clock (RTC) comprised of a quartz oscillator, a clock generator and a real-time counter. The quartz oscillator provides an accurate time base, which is then amplified by the clock generator to generate the system clock. The real-time counter is then used to count the number of system clock cycles, thus providing the real-time measurements. The output from the system clock is then available for external control operations or as a time reference.

The RX-8731LC:B features an impressive list of features, including a wide temperature range, low power consumption, an error rate of less than 1 second a day, and an alarm generator that can be scheduled to wake the system at an optimal time. In addition, its integrated EEPROM makes storing data and configuring settings a simple process. Furthermore, the clock also features external hardware access DC-coupled ESI and ESI inputs, as well as a Self-Tester that can help detect anomalies in its design. The self-tester can detect and report discrepancies in the device\'s system clock and the real-time counter.

The RX-8731LC:B is an ideal choice for applications that require reliable performance and where low power consumption is paramount. Its accurate time base and versatile alarm generator make it a perfect choice for mission-critical applications. In addition, its rugged construction ensures that it can withstand extreme temperatures, humidity and vibration. Its integrated EEPROM allows for saving of data and configuring settings with ease and its ability to use external hardware access DC-coupled ESI and ESI inputs makes it an ideal pick for distributed computing environments. Finally, its integrated self-tester can assist in the detection of any anomalies, making the risk of operation failure minimal.

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