XLP725025.000000X

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators: XLP725025.000000X application field and working principle

Oscillators are electrical circuits that are designed to generate a repeated, oscillating signal in the form of a sine wave, square wave, or triangle wave output. Oscillators provide the clock signal used to synchronize the functions of digital circuits, or to control the frequency and timing of signals generated within other circuits. One specific type of oscillator is called the XLP725025.000000X oscillator.

The XLP725025.000000X oscillator is an ultra-stable, ultra-low-power programmable oscillator, which includes both Digital and Analog tuning capabilities. This oscillator ensures low-ripple that is reduced to 10uV, as well as supply voltage noise rejection up to 87dB. The frequency range varies between 0.6MHz and 100MHz, and it offers excellent stability for both first-time and high reliability applications. Further, it is available with either internal or external trim-cap for additional frequency accuracy.

Features of XLP725025.000000X oscillator include adjustable PLL output gain control, low SSB phase noise of -156dBc/Hz at 10Khz offset, and variable frequency control providing fractional-N precision to two decimal places. The programmable VCO pull-in range is represented as a multiple of the Reference Frequency, so when a given output frequency can be generated, the phase detector is turned off, thus enabling the VCO to settle within a minimal time frame.

The application field of the XLP725025.000000X oscillator can include, but is not limited to: PC motherboard, telecommunication, mobile devices, bluetooth devices, medical devices, navigation systems, etc. The XLP725025.000000X oscillator can be used to generate clock signals for digital and analog circuit applications such as frequency synthesis, data acquisition, clock generation, and signal conditioning.

As for the working principle, the XLP725025.000000X oscillator is designed to maintain a high level of accuracy and performance. At the heart of the XLP725025.000000X oscillator is a Piezoelectric-based Re-entrant Oscillator (ROG). This Oscillator is used for the precision timing of signals which is achieved by utilizing a non-linearly varying capacitance of a Piezoelectric resonator. The frequency of the output signal (oscillation) of the XLP725025.000000X oscillator is accurately adjusted via the capacitance of its resonator. The frequency of the ROG is then electronically tunable by controlling the capacitance of the Piezoelectric resonator within the oscillator.

The Piezoelectric resonator is composed of a vibrating element which is attached to a piezoelectric material. The vibrating element is then mechanically coupled to an output device. This output device converts the mechanical oscillation of the vibrating element to an electrical signal. Through this assembly, an output frequency which is accurately adjustable depending on the capacitance of the Piezoelectric resonator is generated.

To conclude, the XLP725025.000000X oscillator is a reliable and precise device which can be used in a variety of applications to generate low-noise well-controlled clock signals for digital and analog circuits. It is easy to use, and offers excellent stability and performance. This oscillator can be a crucial part of many applications, and hence choosing the right one for your specific application could make the difference.

The specific data is subject to PDF, and the above content is for reference