AX7DAF4-780.0000C

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Oscillators are electronic components that are used to generate electrical signals of a certain frequency. AX7DAF4-780.0000C is one such oscillator. It is a high-frequency quartz crystal oscillator with a wide operating range, low power consumption, and low frequency deviation.

The AX7DAF4-780.0000C oscillator has a frequency of 780.0000C or 7.8GHz, and it is designed for use in high-speed communication applications such as radio transmitters, receivers, mobile phones, and Wifi equipment. It also supports frequencies up to 13GHz, depending on the application. The oscillator operates on a basic quartz crystal resonator circuit, with an additional capacitor and resistor in parallel to create a sine wave. The basic components of this oscillator are a quartz crystal, a pair of metal plates, a coil, and a diode.

The crystal vibrates at a specific frequency, determined by its size and shape. The oscillator supplies power to the crystal and creates an oscillating electrical field between the metal plates. This field then passes through the coil, inducing a voltage in the crystal that determines the frequency of the sine wave. The amplitude of the sine wave is regulated by the capacitor and resistor in parallel, which create an attenuation of the signal.

The AX7DAF4-780.0000C oscillator is extremely stable and provides good frequency accuracy even when under high temperature operating conditions. It has a wide operating temperature range of -20°C to 85°C, allowing use in a variety of environments. The oscillator also has a high shock resistance of up to 25G and can withstand up to 10,000 cycles of shock. It has a high level of precision, with frequency accuracy as high as ±0.05ppm.

The AX7DAF4-780.0000C oscillator is easy to install and use, with a high level of reliability and performance. It has an integrated reference voltage chip that provides an adjustable reference voltage which is used to adjust the output frequency. This oscillator is highly recommended for applications where extreme precision is required, such as Global Navigation Satellite Systems, communications systems, and medical equipment.

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