9DBU0641AKILF

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The 9DBU0641AKILF is a clock/timing device created to provide timing solutions in applications where accuracy and precision are a priority. It is designed to provide a highly accurate, yet low cost solution that can be used to synchronize and control processes in industrial, scientific and other related fields.

The 9DBU0641AKILF is particularly suitable for use in communication networks and data processing equipment, where accurate timing is necessary for the efficient operation of the system. The main benefit of the device is that it can act as a master clock and provide the reference timing for all the other components in a communications network or data processing system. It is also capable of providing synchronization for different processes within an application.

The device is built with a quartz crystal oscillator and can generate a steady timebase signal with an accuracy of a few parts per million. It is capable of providing a resolution of 1 millisecond and can generate a frequency range of 0 to 48 kHz. This feature makes it suitable for use in applications that require fine timing accuracy, such as digital communication networks and other data-intensive systems.

The 9DBU0641AKILF has two distinct power modes. The first mode is an active mode, where the device is constantly sending out a steady timing signal. This mode is ideal for applications that require high accuracy and reliability. In this mode, the device is constantly operating at an operating frequency of 48 kHz. The second mode is standby mode, where the device goes into a low power state and does not generate a steady timing signal. This mode is suitable for applications where timing accuracy is not a priority and the device can remain in standby mode for long periods.

The 9DBU0641AKILF is a highly reliable and accurate clock/timing device. Its low cost and wide range of features make it suitable for a variety of applications that require accurate timing. It can be used for synchronizing communication networks and data processing applications and for controlling other elements of a system. Its advanced capabilities, such as its quartz crystal oscillator and power modes enable the device to provide an accurate and steady timing source, making it an ideal choice for many industrial and scientific applications.

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