XLH53V016.384000I

Oscillators are vital components used in a broad array of applications, ranging from clocks and communications to test and measurement. An oscillator is an electronic circuit that is designed to generate an alternating current signal of a certain frequency. The XLH53V016.384000I oscillator is a great example of a high-performance clock generator module designed for applications that require ultra-low jitter and wide radiation tolerance.

XLH53V016.384000I Application Field

This oscillator is designed for a variety of applications, including GPS and wireless communication systems, radio frequency synthesizers, industrial clocks, and test & measurement systems. It is especially well suited for GPS-grade synchronization applications and GPS receivers, as it can meet the tight frequency standard requirements for synchronization of many types of transceivers. It is an ideal choice for designs that require very low jitter and wide tolerance to the environment.

XLH53V016.384000I Working Principle

The oscillator works by using a combination of phase-locked loops (PLLs) and frequency synthesis techniques to generate an output of a particular frequency. PLLs are used to ensure the output frequency stays stable over a wide range of environmental conditions, while frequency synthesis techniques are used to generate low jitter outputs. The oscillator is capable of providing precision clock signals with jitter levels as low as 0.1 ps RMS, and an effective spectral centroid of only 2 ps RMS. It is also designed with a wide operating temperature range of -40°C to +85°C, making it the perfect choice for more extreme environments.

Furthermore, the oscillator incorporates a dynamic temperature compensation algorithm that provides excellent temperature stability. Furthermore, the oscillator comes with a wide variety of optional frequency and power supply options, allowing designers to develop custom solutions specific to their application needs. The oscillator also features an integrated temperature sensor and voltage-controlled crystal oscillators (VCXO) that can be used for ultra-precise clock timing with very low power consumption.

The oscillator also includes a variety of advanced features, such as Clock Recovery Performance monitoring, Pulse Density Adherence, and a unique pulse snooping feature that can detect non-standard waveforms. The oscillator comes with a built-in clock recovery timer, so it can monitor and report precise clock adherance to exact locations in the network. It is also compliant with the Sinewave Analysis Method (SAM), making it ideal for designs that require precision timing.