9C13530001

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Crystals can provide intricate and reliable timing and frequency control to many electronics. Model 9C13530001 is a crystal oscillator module that is specifically designed to provide reliable and accurate timing and frequency control through a simple, user-friendly interface. In this article, we\'ll discuss the application fields and working principle of the 9C13530001.

Application Fields

The 9C13530001 is most commonly used in telecommunications equipment and networks. It is also used in digital signal processing modules, frequency dividers, servo motor control, pulse counting, and for multiplexing in high-speed, multi-channel communication networks. Additionally, the 9C13530001 can be applied in other fields in applications that require accurate timing or frequency control, such as scientific instrumentation systems and precision navigation systems.

Working Principle

The 9C13530001 uses quartz crystal as its active component, which vibrates at a very precise frequency based on the cut and orientation of the crystal. The crystal is powered by a voltage source, and the vibration of the crystal is detected by a feedback circuit. This feedback circuit amplifies the signal and drives the oscillator output. The output is a signal with a precise frequency that can be used in various electronic applications.

The 9C13530001 has several features that make it a powerful and reliable source of timing and frequency control. It can generate signals with frequencies up to 250 MHz, and maintains very high accuracy (±1 ppm) over a wide temperature range. It also provides a no-phase-noise design and has a built-in frequency compensation circuit to ensure optimal performance. In addition, the 9C13530001 offers a wide range of modulation and power supply options, making it adaptable to a variety of applications.

Conclusion

The 9C13530001 is a powerful crystal oscillator module that is ideal for applications requiring reliable and accurate timing and frequency control. It is commonly used in telecommunications and networks, digital signal processing modules, frequency dividers, and servo motor control. The module is capable of generating signals with frequencies up to 250 MHz with an accuracy of ±1 ppm, and has a built-in frequency compensation circuit for optimal performance. The 9C13530001 also offers a wide range of modulation and power supply options, making it a versatile source of timing and frequency control.

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