RX8900SA:UAB PURE SN

The RX8900SA:UAB PURE SN is a real-time clock (RTC) device that provides accurate time and calendar functions for microcontrollers generally used to develop embedded products. The RX8900SA:UAB PURE SN features both a power supply and a crystal oscillator in a single chip. It provides accurate timekeeping and calendar functions and has an output that can be used to set the time and calendar information.

The RX8900SA:UAB PURE SN can be used in a variety of applications, such as industrial automation, automotive systems, exercise equipment, home appliances, and more. It is designed to be used in highly precise applications that require precise timing, as well as in applications where a reliable source of time-stamping is required. The device is also suitable for time synchronization and control tasks, such as time and date display and alarms.

The RX8900SA:UAB PURE SN is a highly efficient and low-power device that is especially suitable for devices with a small form factor or with a limited power budget. The device features an on-board quartz crystal oscillator that has an extremely small form factor and is capable of providing an accurate frequency output. The quartz crystal oscillator is also capable of providing both a higher and lower frequency output, in order to accommodate the different requirements of different devices.

In order to set the time and calendar information, the RX8900SA:UAB PURE SN uses a built-in high-speed oscillator that works in conjunction with a series of switches to determine the precise time and date. The information is then passed to the device\'s Processor. By setting the start frequency and count rate, the device can then be used to accurately measure the time and generate precise clock signals that can be used to control timing operations. The device also includes a temperature-compensated crystal oscillator, which helps to ensure that the RTC device does not lose accuracy over time.

The RX8900SA:UAB PURE SN is an ideal solution for various embedded applications as it offers a high degree of accuracy and reliability as well as a low power requirement. The device is also easy to use and can be quickly programmed, making it an ideal choice for time-stamping and control applications.