DS1340C-33#

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The DS1340C-33# real-time clock module is a simple, yet powerful tool for synchronizing electronic processes with one another. It is an especially valuable component when dealing with timing-critical operations in applications that involve distributed systems. The clock module works by continually recording the absolute time and date of an electronic event, thereby allowing two electronic devices in two different locations to accurately synchronize their operations with one another. It enables communication protocols to be tied to particular points in time and generally simplifies communication and data exchange across distributed systems.

The DS1340C-33# real-time clock module is a digital real-time clock chip that can be used for applications such as timekeeping, data acquisition, data logging, and time synchronization. It is based on a 3.3V power supply, and can be easily integrated into any existing system that requires timekeeping capabilities. The device is powered by an integrated lithium battery, which provides backup power for preserving time when the system is turned off.

The DS1340C-33# real-time clock module uses the I2C protocol to provide time data to devices connected to the module. The device includes a 32-bit timer, which can be set to any time and date range and can be updated with changes in daylight savings time automatically. The DS1340C-33# also has a programmable frequency-offset feature that allows the clock to be adjusted to match the desired system frequency.

The DS1340C-33# real-time clock module can be used in a wide range of applications, including industrial control, automotive and consumer electronics, communication networks, telecommunications, and medical equipment. It is especially useful in data logging applications due to its ability to accurately track and record time. It can also be used for time synchronization between devices that need to communicate with one another.

The device is typically used in automotive applications, where it provides time data to various systems to enable accurate operation. In communications networks, it is used for synchronization and time-stamping. It is also used for mobile device time-keeping, and for tracking and logging data in industrial production and medical equipment.

The DS1340C-33# real-time clock module is easy to install and use, requiring minimal configuration to set the time, and can be easily modified to meet a specific application’s requirements. Its modular design allows it to be integrated into different systems, and its 32-bit timer ensures accurate timekeeping. The device features an internal accuracy of 0.25PPM, making it an excellent choice for precise time synchronization.

In conclusion, the DS1340C-33# real-time clock module is an essential component for synchronization and timing purposes in distributed systems. It is ideal for automotive, communications, and medical applications, and is easy to install and configure. The device features an internal accuracy of 0.25PPM, and the lithium battery ensures that no time is lost when the system is shut down.

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