AX7MCF3-161.132812T

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 refer to circuits which generate periodic signals automatically. From the point of applications, oscillators can be categorized into amplitude-controlled oscillators, frequency-controlled oscillators, phase-controlled oscillators, and other typical oscillators.

AX7MCF3-161.132812T is a frequency-controlled oscillator. Its frequency range is from 10MHz to 1600MHz and its frequency features good accuracy, high phase noise suppression, large output power, and low noise. Generally, this type of oscillator can be used for broad baseband frequency synthesizers, frequency multiplication, frequency division, frequency mixing , gain control circuit, voltage-controlled oscillator (VCO) design, frequency filter applications etc.

In terms of the working principle of the AX7MCF3-161.132812T frequency-controlled oscillator, it is made up of one VCO, a phase-locked loop (PLL), and a loop filter. The VCO is the main part and it provides a signal whose frequency is switching. The phase-locked loop will lock and track the input reference frequency and the loop filter will adjust and filter the loop frequency change caused by the input reference change.

The main application of the AX7MCF3-161.132812T frequency-controlled oscillator is to convert a low frequency input signal into a higher frequency output signal, which can then be used for signal analysis, signal transmission and communication. It features a wide frequency synthesizing range, good frequency stability and high phase noise suppression, making it ideal for various applications, including multi-channel signal reading, signal switching, signal modulation, and signal demodulation.

In summary, the AX7MCF3-161.132812T frequency-controlled oscillator is a reliable, low power oscillator solution designed for high accuracy applications. Its frequency range is from 10MHz to 1600MHz and its frequency features include good accuracy, high phase noise suppression, large output power, and low noise. The oscillator is mainly used for signal reading, signal switching, signal modulation, and signal demodulation.

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