XLL325100.000000I

XLL325100.000000I is a frequency-locked loop (FLL) oscillator, designed to provide consistent, accurate and stable frequency output. It is used in a wide variety of applications, from space and aviation to industrial and consumer electronics.

A frequency-locked loop is an electronic circuit that is used to generate a stable output frequency from an input signal. It works by comparing the input frequency with a reference frequency, and then using an algorithm or electronic circuit to adjust the output frequency to match the reference frequency. This is commonly done with an amplifier, comparator, and a phase-locked loop circuit.

The XLL325100.000000I oscillator is made of an integrated circuit that contains a voltage-controlled oscillator (VCO), a frequency-to-voltage converter (FVC), and a logic circuit. The logic circuit is responsible for controlling the VCO using the FVC, and for controlling the output frequency to match the desired frequency. The logic circuit performs these functions by using a timing circuit, frequency comparison circuit, and a feedback loop.

The timing circuit determines the rate at which the VCO will adjust its frequency, the frequency comparison circuit compares the input frequency with the reference frequency, and the feedback loop controls the output frequency by adjusting the FVC voltage.

The XLL325100.000000I is useful for applications such as frequency modulation (FM) receivers, radio transmitters, digital frequency synthesizers, and digital signal processors. It is used in many electronics applications that require precise and stable frequency outputs. It has a low phase noise, and is highly stable and reliable.

Overall, the XLL325100.000000I is a great choice when it comes to reliability and accuracy. With its low phase noise, high stability, and accurate frequency output, it is a great choice for a wide range of applications.