AX7MAF1-500.0000C

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Oscillators are indispensable components in electronic engineering. In many cases, oscillators are used to generate a periodic signal of a certain frequency, which can be used for numerous applications. This article will focus on the specific type of oscillator known as AX7MAF1-500.0000C, and describe its application field and working principle.

AX7MAF1-500.0000C is a miniaturized, surface mounted oscillator. It uses an external quartz crystal, and has a frequency range of 0.5 – 25 MHz. The main features of this oscillator are its small size, low power consumption, fast start-up, low-phase-noise clock outputs, and frequency stability when combined with the quartz crystal. It is especially suitable for handheld, battery powered and wireless applications.

The working principle of the AX7MAF1-500.0000C oscillator is based on the fact that quartz crystals exhibit a parallel resonance behavior when placed in an electric field. A certain combination of electrical and mechanical energy input signals causes the quartz crystal to vibrate with a certain frequency, producing an electrical output signal with the same frequency. This electrical output signal is the clock output of the oscillator.

The AX7MAF1-500.0000C can be used in a wide range of applications, including radio and communication systems, precision measuring instruments, optical and radar systems, automation and control systems, and other consumer electronics. It is also used in consumer and industrial video equipment, wireless terminals and industrial process control systems, as well as in medical and healthcare equipment.

In conclusion, the AX7MAF1-500.0000C oscillator is a reliable, low power, and miniature oscillator that is suitable for a number of applications. Its low phase-noise clock outputs provide high frequency stability, making it ideal for precision measuring instruments and consumer electronics. Its working principle is based on the parallel resonance behavior of quartz crystals, which produces an electrical output signal with the same frequency.

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