DS1315S-33

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DS1315S-33 design is based on a powerful low-power microprocessor architecture, the integrated quartz crystal oscillator and oscillator components, performs calculation and time data to the system\'s time synchronization timekeeping operations and time management for large computers, computer networks and hierarchical communication workstations.

The DS1315S-33 integrated crystal oscillator and oscillator components, which can get high precision, avoiding the thermal and aging drift characteristics of mechanical quartz crystal, ensuring the accuracy and reliability of data synchronization. It also can totally replace the mechanical quartz crystal oscillator, reducing the cost and complexity of part layout and the system design.

The DS1315S-33 is a real-time clock that contains a quartz crystal oscillator and counts the seconds, minutes, hours, day, month, and year with leap year compensation until year 2099. This device also has 256 bytes of low-power non-volatile RAM onboard and operates on a 32kHz crystal. It has several timed interrupts and can generate interrupts on power-fail. It also fast, power-up reset from button input.

DS1315S-33 primarily used in computers, computer networks and hierarchical communicative workstations. It offers the capability to design in sophisticated timekeeping functions and time management. It is highly integrated, making the eventual product size very small. It is also programmable for use in any type of application field.

The operating environment and temperature/ humidity range of DS1315S-33 is fairly wide, providing good reliability and robust operation over a cosiderable temperature range. It comes in a compact 8-pin and 16-pin CERDIP packages, making it well suited for a wide variety of applications.

The working principle of DS1315S-33 is simple. Inside the chip is a quartz crystal oscillator and a shift register, which is controlled by the oscillator. The crystal divides the input signal into a series of regular intervals and passes them to the shift register which accumulates and stores the bits, resulting in a binary output. This works for every clock cycle. Since the output is a time-stamped number, it can be used to synchronize the system\'s time.

In summary, the DS1315S-33 real-time clock is a powerful low-power microprocessor architecture, which is suitable for computers, computer networks and hierarchical communicative workstations. It offers the capability to design in sophisticated timekeeping functions and time management. It is highly integrated, making the eventual product size very small, and comes in a compact 8-pin and 16-pin CERDIP packages. The working principle is based on a quartz crystal oscillator, which divides the input signal into a series of regular intervals and passes them to the shift register, resulting in a binary output which can be used to synchronize the system\'s time.

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