8413S09BKILFT

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8413S09BKILFT Application Field and Working Principle

The 8413S09BKILFT is a specialized clock/timing device used in application-specific industries. It is designed to provide efficient timing solutions in applications that require precision timekeeping. The 8413S09BKILFT is particularly suited for tasks such as RF frequency synthesis, synchronization of multiple systems, or frequency control of a data communications network.

Features

The 8413S09BKILFT features a wide operating temperature range of -20°C to +85°C, a 128-pin SMT package, and a wide input frequency range of 2MHz to 250MHz, making it well-suited for a variety of applications. It also includes low-noise crystal oscillator, voltage-controlled oscillator (VCO) input, and a selection of SMA connectors for external input, output, and standard timebase signals.

Applications

The 8413S09BKILFT is well-suited for timing and control in automotive, industrial automation, test and measurement, communication, and consumer applications. Its wide frequency range and low-noise oscillator make it ideal for applications that require precision timekeeping, such as RF frequency synthesis, synchronization of multiple systems, or frequency control of a data communications network.

Working Principle

At the heart of the 8413S09BKILFT is an oscillator composed of a quartz crystal and an IC chip that are rapidly clocked. The frequency of this oscillator is then compared to an external input reference, or standard timebase signal, to produce a turn-on or turn-off signal at specific points in time. This signal can then be used to control or synchronize other devices or circuits, or to maintain a desired frequency.

The 8413S09BKILFT can also be used to generate phase-controlled outputs based on input clocks or external reference signals. This allows the device to be used to achieve synchronization of multiple systems, or for frequency control of data communications networks. In addition, the 8413S09BKILFT can generate wideband outputs from highly accurate high-resolution timebase signals, making it suitable for a variety of test and measurement applications.

Conclusion

The 8413S09BKILFT is an essential component in a variety of application-specific industries. With its wide operating temperature range, numerous inputs and outputs, and high-precision quartz crystal, it is well-suited for tasks such as RF frequency synthesis, synchronization of multiple systems, or frequency control of a data communications network. By determining the correct input reference frequency, the 8413S09BKILFT can be used to generate phase-controlled outputs and wideband outputs from highly accurate high-resolution timebase signals.

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