AX7PAF1-804.3100C

Oscillators are one of the most important components in modern electronic circuitry, providing the necessary frequency reference for communication, processing, and control systems. The AX7PAF1-804.3100C oscillator belongs to this category of electronics. It is an industry-standard temperature-compensated crystal oscillator (TCXO) that provides a stable frequency reference over a wide temperature range.

The AX7PAF1-804.3100C was designed specifically for commercial applications in automotive, transportation, and industrial control systems. Its applications include frequency measurement and control, frequency synthesis, and telecommunications. The oscillator utilizes an AT-cut quartz crystal and CMOS circuit technology to provide a temperature compensated output frequency with low jitter and low phase noise. The oscillator features a wide frequency range from 0.5 to 50 MHz, and up to 100 MHz in some special cases.

The AX7PAF1-804.3100C oscillator works on a number of different principles depending on the specific application. It may utilize the piezoelectric effect of quartz crystals to induce an oscillating electric current. This generates a corresponding oscillating magnetic field, which then produces the output signal. Alternatively, it may use quartz-MAX (MAXimized Frequency Accuracy) technology, which compensates for frequency drift caused by temperature variations. In the MAX approach, the oscillator is divided into two parts: an analog control circuit and a digital frequency-control loop. The analog control circuit gradually adjusts the output frequency to maintain a stable frequency reference, while the digital loop compensates for small drifts in the output. The combined effect of these two methods results in a highly stable output signal.

The AX7PAF1-804.3100C oscillator is an efficient and reliable circuit solution for commercial applications that require low power consumption with precision frequency control. It is an industry-standard device that is designed to meet the most challenging requirements. Its low profile, rugged design ensures optimal performance in harsh environments, making it the perfect choice for all commercial and industrial applications.