XLL736200.000000X

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Oscillators are integral components of many electronic circuits, providing a stable reference frequency for digital and analog circuits, as well as serving as an accurate timing reference for clock generators. XLL736200.000000X oscillators are specialized oscillators designed for use in digital data communication systems, providing accurate and stable frequencies required for proper data encoding and time-division multiplexing. This article will focus on the application field and working principle of the XLL736200.000000X oscillator.

The XLL736200.000000X oscillator is designed to be used in precision time division multiplexing (TDM) systems, where its low temperature coefficient and high frequency stability make it ideal for such applications. It is capable of producing digital output frequencies from 0.78MHz to 6.3GHz in a wide range of output power levels. This makes it suitable for use in a variety of communication systems, including radio base stations, digital satellite receivers, and high speed backplanes. The high stability of the XLL736200.000000X oscillator makes it particularly well-suited for use in digital subscriber line (DSL) applications, where jitter performance is essential.

The XLL736200.000000X oscillator produces a variable frequency at a fraction of a percent of the input frequency, with a temperature coefficient of -4 ± 1ppm/°C. This makes it suitable for tracking the frequency of an incoming signal, allowing it to be used as an active temperature compensating oscillator for a variety of communications systems. The XLL736200.000000X oscillator also offers low phase noise, making it effective for covering a wide bandwidth and offering outstanding system noise performance.

The XLL736200.000000X oscillator works by utilizing two independent-frequency oscillators built on the same die: the signal oscillator and the reference oscillator. The signal oscillator is typically driven by an external signal, such as a voltage-controlled oscillator (VCO) signal, while the reference oscillator is driven by a built-in temperature-controlled quartz crystal. The two oscillators are connected using a phase locked loop (PLL) circuit, which synchronizes the phase of both signals. The final output of the oscillator is a signal that is frequency-adjusted and phase-locked, with excellent signal-to-noise performance and low temperature sensitivity.

The XLL736200.000000X oscillator is an ideal device for digital communication systems that demand high stability and low noise performance. Its wide frequency range, low power consumption, and precise temperature compensation capabilities make it an ideal choice for a wide variety of demanding applications. By combining the two oscillators and using the PLL to phase-lock them together, the XLL736200.000000X oscillator can guarantee stable and reliable signal output, with accurate data encoding and time-division multiplexing.

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