XLL730060.000000I

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Oscillators

XLL730060.000000I, or colloquially known simply as the XLL730060, is a high-performance oscillator designed for applications in telecommunications, aerospace fields, and military applications. The XLL730060 includes a unique wide range of features, as well as high-accuracy time and frequency stability for a wide range of applications.

Applications

The primary applications of the XLL730060 are found in telecommunications. As a high-performance oscillator, the XLL730060 can be used to create high-precision time references, timing signals, and synchronization in many communication networks. This oscillator is also used in many aerospace and military systems, where accuracy and timing stability are critical. Some examples of these applications are satellite communication, secure military networks, and air traffic control systems.

Working Principle

The XLL730060 utilizes a quartz crystal to generate its output frequency. The quartz crystal is governed by the following equation: F = 1/2π √ (C1*C2)/(L1*L2). This equation states that the frequency of the oscillations is determined by the combination of capacitors and inductors connected in series and in parallel with the quartz crystal. The XLL730060 has two inductors and two capacitors which can be adjusted to reach the exact desired frequency.

The XLL730060 also utilizes a phase-locked loop (PLL) to track and maintain the accurate frequency. This PLL takes in two inputs, an internal reference and an external reference signal. The internal reference is generated from the quartz crystal oscillator, and is compared to the external reference signal, which is typically an input from a user. The output of the PLL is then used to adjust the main VCO based on the reference signals. This outputs a highly accurate and stable frequency, which can be used in many applications.

Conclusion

The XLL730060 offers a wide range of features and applications for telecommunications, aerospace, and military systems. This oscillator utilizes a quartz crystal for generating its output frequency and a phase-locked loop (PLL) for tracking and maintaining the accuracy and stability of the frequency output. The XLL7300602 can be used to create high-precision time references, timing signals, and synchronization in many communication networks, as well as provide long-term stability for aerospace and military applications.

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