AX7PAF1-480.0000C

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Oscillators are electronic components used to generate cycles of periodic pulses or waves for the generation of signals with a very precise frequency. The AX7PAF1-480.0000C is an oscillator that belongs to this family of components, offering up to 480MHz frequency for the generation of electrical clocks or analog frequencies.

The design of the AX7PAF1-480.0000C incorporates the use of SMD technology, a special packaging system, and modern day semiconductor technologies. It is composed of an oscillator circuit, local digital and analog filter circuits, output driver and amplifier circuits, crystal resonator, power supply, and other related components. The frequency of the output signal is determined by a quartz resonator, usually with an output range near or around 480MHz. This resonator is critical for the accuracy of the output frequency.

The AX7PAF1-480.0000C is a sub miniature oscillator that satisfies the needs for precise and reliable frequency generation. It offers single-ended output drives and features just a few external components that makes it basic for its application, and difficult to change the output frequency once installed. It also features low power consumption and low phase noise making it suitable for applications with strict requirements regarding frequency and timing accuracy.

The main application field of the AX7PAF1-480.0000C is within the generation of clocks and analog signals. It can be used for testing of high-speed device, optical, storage, network, ATM and communication applications that require the highly accurate and stable frequencies determined by the resonator. With its low phase-noise characteristics, it is also suitable for radio communication applications, especially receivers and transmitters that require phase locked loops (PLL) and clock synchronization.

In terms of working principle, the AX7PAF1-480.0000C uses a Pierce type oscillator. This circuit works by using an inverting amplifier, coupled with a quartz resonator. The quartz resonator generates a stable and precise frequency signal that is amplified and inverted. The feedback from the inverting amplifier makes the output signal continuously oscillate and drive the load. This type of oscillator is considered to be high performance compared to other oscillator solutions due to its low phase noise and ability to generate higher frequencies with very small variations.

The AX7PAF1-480.0000C uses SMD technology for its assembly, that helps to reduce the board space needed for the installation. This technology offers superior temperature and aging characteristics, reducing the impact of temperature fluctuations on the output signal. Furthermore, its design also helps to reduce parasitic effects and offer high immunity to noise and EMI/RFI interference, as well as power supply rejection.

In conclusion, the AX7PAF1-480.0000C is an oscillator suitable for the generation of precise frequencies and clock signals with its low power consumption, small size and high accuracy. It can be used in different applications requiring reliable frequency generation, like receivers and transmitters, test equipment, digital communication systems, optical systems and much more.

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