AX7PAF3-1030.0000T

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Oscillators are electronic devices that generate AC waves of specific frequencies, shapes, and amplitudes. The most common types of oscillators are electrical, piezoelectric, and magneto-mechanical. The AX7PAF3-1030.0000T oscillator is an example of a quartz crystal oscillator.

The purpose of a quartz crystal oscillator is to accurately and precisely generate synchronous signals. Quartz crystal oscillators are commonly used in consumer electronics, computers, medical equipment, communications systems, and vehicles. Quartz crystal oscillators are designed to maintain a very exact frequency or multiple frequencies, depending on the application.

The AX7PAF3-1030.0000T crystal oscillator is primarily used in applications that require low jitter performance. It is capable of delivering a high precision output frequency with low cycle-to-cycle jitter. The device is available in a variety of package configurations and packs a lot of performance in a small package.

The AX7PAF3-1030.0000T crystal oscillator is designed to operate in temperatures ranging from -40°C to +85°C. It also has an operating shock of 15G at 11msec and a maximum vibration of 20G peak to peak. The typical supply voltage for the device is 5VDC +/- 5%.

The AX7PAF3-1030.0000T crystal oscillator consists of two major components: the electronic circuitry and the quartz crystal resonator. The circuit portion of the oscillator is often known as the oscillator circuit, and this is responsible for all the frequency control aspects of the oscillator, such as frequency adjustment and frequency stability. The quartz resonator provides a stable reference frequency for the oscillator circuit.

The quartz resonator is made up of two quartz plates that are separated by an air gap. When an alternating current (AC) of the same frequency as the resonant frequency of the quartz resonator is applied, the quartz resonator begins to vibrate producing a continuous signal that is used to control the oscillator circuit frequency.

The quartz crystal oscillator can be dynamically adjusted to achieve frequency stability by the selection of an appropriate load capacitance. This load capacitance increases the electrical damping of the oscillator circuit, thereby reducing the swing and improving the stability of the oscillator output.

The AX7PAF3-1030.0000T is capable of delivering a high precision output frequency with low cycle-to-cycle jitter and low phase noise. It is capable of generating the required frequency within a tolerance of +/- 50 PPM. It is also available in a variety of package configurations, making it an attractive option for high-frequency applications.

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