AX7MCF1-172.6423C

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Oscillators

The AX7MCF1-172.6423C is a type of oscillator technology used in a variety of electronic applications where a low-noise timing reference source may be desired. Specifically, it is a type of crystal oscillator consisting of a quartz crystal resonator and a CMOS oscillator circuit. This technology has many advantages such as low current consumption, high stability, and low noise floor.

Applications of AX7MCF1-172.6423C

The AX7MCF1-172.6423C is used in various applications, such as clocking, frequency synthesizers, data acquisition systems, radio receivers, and rate controlled gearboxes. It is mainly used for frequency synthesis, as it provides a low-noise reference source and has very low jitter values for applications demanding high clocking accuracy. Additionally, this oscillator also finds a wide usage in applications which need short-term stability and low power consumption, such as pulse codemodulation, frequency measuring equipment, aircraft avionics, navigation systems, and robotics.

Working Principle

The AX7MCF1-172.6423C is a highly stable crystal oscillator which employs a quartz crystal resonator as its timing element. A quartz resonator is an electrically vibrating crystal that produces a precise frequency when a voltage is applied. In the AX7MCF1-172.6423C, a CMOS oscillator circuit is integrated along with the quartz resonator. This oscillator circuit is designed to provide the oscillations needed for frequency synthesis. The frequency stability of the quartz crystal is further enhanced by the integrated CMOS circuit.

The AX7MCF1-172.6423C can operate in a variety of frequencies from 1.5MHz to 52.0MHz with a peak-to-peak jitter of only 0.2ps. The oscillator also features a low current consumption of 2mA at 2.8V supply voltage. Additionally, its temperature coefficient is also very low at < 250ppm/°C.

The AX7MCF1-172.6423C is a highly reliable and efficient crystal oscillator and is used in a variety of electronic applications. This oscillator technology is renowned for its low high-frequency noise floor and high stability. Furthermore, due to its low current consumption and temperature coefficient, it is an excellent choice for applications where low-noise and high stability are both required.

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