XLL53V013.000000I

XLL53V013.000000I Application Field and Working Principle

Introduction

XLL53V013.000000I is a full-custom oscillator designed and created by a reputable American company, as an innovative solution to a wide range of electrical and electronic equipment demands for both military and commercial applications. This oscillator features a wide operating temperature range and is extremely cost effective. Specifically, XLL53V013.000000I provides +/- 50ppm frequency stability over the entire temperature range, very low g-sensitivity and ultra-low power consumption. This makes it an ideal choice for a wide range of equipment and applications.

Application Field

XLL53V013.000000I can be used in various different applications. Most notably, it is suitable for aerospace, medical, and test and measurement equipment. Its durability, reliability, and cost-effectiveness make it suitable for many other areas of application. It can also be used in telecommunications, automatic data gathering systems, signal conditioning, security alarms, and many other low-cost automated systems.In addition to its wide range of applications, XLL53V013.000000I is also suitable for portable applications. By providing up to +/- 50 ppm frequency stability over a wide range of temperatures, this highly reliable oscillator is ideal for use in portable devices that require extreme precision. Such devices include GPS receivers, remote media devices, timing applications, and communications systems.

Working Principle

XLL53V013.000000I uses a combination of highly accurate digital oscillators and temperature compensation circuitry to achieve its excellent frequency stability and low power consumption.The digital oscillator consists of a quartz crystal that has an extremely low temperature-sensitive frequency, a temperature sensor, and a voltage-controlled oscillator (VCO). The temperature sensor measures the ambient temperature and feeds the information to the VCO. The VCO then adjusts the voltage according to the sensed temperature to maintain the crystal’s oscillation frequency at the desired accuracy range. The temperature compensation circuitry is an additional circuitry behind the crystal oscillator to ensure even more accuracy in the oscillation frequency. It utilizes a precision voltage reference and a network of analog circuitry elements to further compensate for any additional temperature drifts. Combined, the digital oscillator and the temperature compensation circuitry ensure that the XLL53V013.000000I oscillator always remains extremely accurate over a wide range of temperatures.