AX7HCF1-466.5600C

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Oscillators are essential components of many electronic systems. They are used to generate a voltage or current waveform of a desired frequency and wave shape. The type of oscillator used for any particular application depends on the frequency range of operation, output power, wave shape, duty cycle and type of frequency control. The AX7HCF1-466.5600C is a crystal oscillator designed for high-frequency, low-noise, low-phase-noise applications.

The AX7HCF1-466.5600C is a high stability crystal oscillator. It is an automated tuned, fixed frequency oscillator with an output frequency of 466.5600MHz. It has a very high frequency accuracy of ±20ppm and a low phase noise of -80dBc/Hz at 10KHz offset. The device is available in a wide variety of package styles, including surface mount and through-hole devices.

The AX7HCF1-466.5600C is used in a variety of applications, such as navigation systems, satellite telecommunication systems, industrial process automation, medical imaging systems and wireless networks. It can be used to generate high accuracy and precision signals that are needed for such systems. It is also suitable for applications where high stability, wide bandwidth and low noise signals are required.

The AX7HCF1-466.5600C works through the use of a quartz crystal. The crystal is placed between two electrodes on a circuit board, and an electric oscillation is set up between the electrodes. The electric oscillation is then converted into mechanical vibrations, which in turn disturb the circuit board and the quartz crystal. This disturbance causes the quartz crystal to vibrate at a precise frequency, which is related to its physical characteristics. The frequency is determined by the size, shape and material of the crystal, as well as the electrodes used.

The AX7HCF1-466.5600C is a highly reliable and accurate oscillator. It is an ideal solution for those applications that require highly stable and low-noise RF signals. With its wide frequency range, it is suitable for a variety of applications, such as satellite communication systems, industrial process automation, medical imaging systems, and wireless networks. The device is available in a variety of package styles, and is highly reliable and shock resistant.

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