XLH736033.333333I

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Oscillators - XLH736033.333333I Application Field and Working Principle

The XLH736033.333333I is an oscillator designed for use in a number of applications, ranging from frequency control in telecommunication systems to precise timekeeping. This oscillator can be used in a range of applications from radio receivers, modems, and data processors, to navigation and timing devices. This advanced oscillator exhibits superior performance over other models in terms of frequency stability, power consumption, and temperature stability.

Compared to quartz crystal oscillators, the XLH736033.333333I is a more reliable and accurate choice. Firstly, it’s available in a range of output frequencies that can be adjusted to the desired frequency using the PIERCE or other techniques. Secondly, its frequency stability is much better than that of quartz crystal oscillators, due to its significantly lower temperature drift. This makes the oscillator ideal for applications that require close synchronization of frequencies and high accuracy in timing.

The XLH736033.333333I oscillator has a unique working principle that involves the use of a PLL (Phase-locked loop). This PLL works as a frequency synthesizer to produce a predetermined output frequency. It also provides phase control, allowing for precise synchronization between two or more oscillators. This PLL is responsible for providing a stable output frequency and maintaining a low phase noise profile.

The core of the XLH736033.333333I is a high-accuracy oscillator made of quartz-related materials. This oscillator is designed to provide close synchronization between two or more oscillators as previously mentioned. The core oscillator can be driven by an external voltage source, providing an even more precise output frequency. The oscillator also has built-in self-test and self-calibration functionality, allowing it to perform periodic performance calibration and testing.

In addition to its various features, the XLH736033.333333I exhibits superior performance over quartz crystal oscillators in terms of temperature and power consumption. Its superior performance ensures reliable and accurate operation in a range of temperature ranges. Furthermore, its low-power consumption is advantageous in applications where power efficiency is a priority.

To summarize, the XLH736033.333333I oscillator offers a reliable and accurate output frequency, with superior performance over quartz crystal oscillators. Its high-precision PLL is designed to maintain a low phase noise profile. Additionally, the oscillator has a wide operating temperature range and low-power consumption, providing greater flexibility for its use in various applications. As such, the XLH736033.333333I is ideal for applications that require close synchronization of frequencies and precise timing accuracy.

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