AX7PAF2-122.8800T

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The AX7PAF2-122.8800T is a type of oscillator, used in a variety of applications and devices that require a steady oscillation for their operation. It is well-suited for frequency synthesis and monitoring, frequency division, voltage-controlled oscillators, phase-locked loops and phase-shift keying.

This oscillator is built on an electronic substrate with an integrated circuit, usually a transistor, responsible for generating a continuous and regular, or synchronized oscillation. The transistor receives power from an external source, or from the receiver circuit itself. The oscillation is passed through a filter, which removes unwanted harmonics, before being sent to the output.

The frequency of the oscillation from the AX7PAF2-122.8800T is determined by an external capacitor input, which can be set by the user. This allows for precise and customised frequency control. The frequency can also be adjusted further by a variable resistor.

This oscillator also has a noise rejection feature, which removes any background noise from reaching the output. This ensures that the output signal is of a consistent quality, which is necessary for applications like phase-shift keying which rely on precise timing of the signal.

In terms of its application, the AX7PAF2-122.8800T is used in a variety of scenarios. It can be used in frequency synthesis and monitoring or for frequency division involving clock signals. It is also popular for voltage-controlled oscillators, although due to its high-frequency range, it is typically used in applications where the output frequency needs to be higher than a traditional VCO. The AX7PAF2-122.8800T can also be used in phase-locked loops and phase-shift keying.

The AX7PAF2-122.8800T is a valuable asset for a variety of signals applications. Its frequency control allows for precise and customised options, while the noise rejection feature ensures that the output signal is of consistent quality. The high frequency range of the device also means that it is suitable for a variety of circuits and applications.

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