AX7DAF4-322.265625C

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Oscillators are widely used for a variety of functions in the engineering fields, and the AX7DAF4-322.265625C is a great example of their versatility. The AX7DAF4-322.265625C is a quartz crystal oscillator that operates in the range of 32.265625 MHz. It has a stabilities within 10 ppm over temperature, voltage and time. The package size of AX7DAF4-322.265625C is 7 mm × 5 mm in ceramic and it has a ceramic crystal resonator as its substrate.

The most common application field for AX7DAF4-322.265625C is in digital telecommunications systems, as these oscillators provide precision analog timing reference signals for these systems. These oscillators are also used in other applications such as in wired and wireless networks, test and measurement device, military electronics, instrumentation and automotive control systems. In addition, AX7DAF4-322.265625C can be used in radar, aerospace, and GPS systems, due to their high frequency stability and accuracy.

The AX7DAF4-322.265625C oscillator works by generating a periodic electrical signal with a precise frequency. This is achieved by a quartz crystal resonator which vibrates at a frequency that is accurately determined by its physical properties and shape. The crystal oscillator creates a resonant frequency when an AC electrical signal is applied to it. This signal is then amplified by the oscillator and outputted as a precise frequency.

The oscillator has both electrical and mechanical characteristics that affect the signal output. The frequency of the oscillator is determined by the resonance frequency of the crystal resonator as well as the design of the oscillator circuit. Additionally, the lower and upper operating frequency range of the oscillator are affected by the properties of the resonator such as its temperature and capacitance. The shape and size of the crystal resonator also affects the frequency stability of the oscillator over time and temperature, making it suitable for precise timing applications.

In summary, AX7DAF4-322.265625C is a quartz crystal oscillator that is designed to operate in the range of 32.265625 MHz with a high level of frequency stability and accuracy. Its most widely used applications are in digital telecommunications systems, as it provides a precise analog timing reference. Additionally, the oscillator can be used in other applications such as wired and wireless networks, test and measurement device, military electronics, instrumentation and automotive control systems. The oscillator works by generating a periodic electrical signal with a precise frequency with the resonant frequency of the crystal resonator determining the frequency of the oscillator.

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