DS1315N-33

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The DS1315N-33 Real Time Clock (RTC) is a highly accurate, low power, and quantum-resistant 8-pin semiconductor that is designed to keep track of time and date for various applications. It combines an advanced integrated circuit design with an on-chip crystal oscillator and a battery-backed RAM to provide long-term, reliable time and date data even in the most extreme environments. The DS1315N-33 has numerous features and benefits, making it an ideal solution for a variety of applications.

Features

The DS1315N-33 RTC includes a host of features making it suitable for a wide range of applications. The device includes an embedded quartz crystal resonator for high accuracy, an on-chip voltage-controlled oscillator for low power operation, and an ultra-low duty cycle for the highest accuracy. Additionally, the device features nonvolatile RAM that is backed up by a long-life lithium battery, multiple modes of operation, precision date and time keeping, and a power failure detect function. Additionally, the device offers an on-chip temperature measurement capability, battery backup during power failure, and automatic time and date update when power is restored. Finally, the device is quantum-resistant, making it suitable for applications that require secure time and date storage.

Application Fields

The DS1315N-33 RTC enables a variety of applications that require reliable timing. One example is security applications. The device can be used to clock encryption keys for secure data transmissions. The DS1315N-33 can also be used for remote control, supply chains, and medical system applications, along with energy management, environmental monitoring, and industrial process control. Additionally, the device is suitable for embedded systems in telecommunications and networking, automotive, and aerospace applications, providing highly accurate timing for critical applications.

Working Principle

The DS1315N-33 Real Time Clock operates by using an integrated circuit with an on-chip quartz crystal and a battery-backed RAM to provide reliable time and date data even during power disruptions. The quartz crystal serves as the internal clock source and is highly accurate due to its low frequency stability. The on-chip voltage-controlled oscillator helps minimize power consumption and the battery-backed RAM ensures date and time data are stored even when power is not available. The device features multiple modes of operation, such as day-of-week and month, date, and time of day (UTCD or Local time). Additionally, the device offers an on-chip temperature measurement capability, battery backup during power failure, and automatic time and date update when power is restored. Finally, the Quartz-resistant design of the device ensures secure time and date storage, making it suitable for a wide range of applications.

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