AX7PBF2-311.0400C

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Oscillators are devices used to create voltage or current signals at a predetermined and repeatable frequency. The AX7PBF2-311.0400C is a type of oscillator that can generate ultra low phase noise signals in the microwave frequency. It is suitable for use in various communication, instrumentation, and Radar applications.

The AX7PBF2-311.0400C oscillator is a low frequency, low power, and highly reliable device. It is made with a single crystal unit, which is where most of its performance is derived from. The crystal used is a miniature low-K dielectric, with a frequency range between 0.06GHz and 5GHz. The operating temperature range is -20C to +85C.

The AX7PBF2-311.0400C oscillator is designed to have low phase noise, high stability, and low power consumption. It has a low phase noise of -140dBc/Hz at 10kHz offset, and its stability is +/-30ppb/package over the operating temperature range. Its power consumption is under 1mA at 5V.

The AX7PBF2-311.0400C oscillator is commonly used in communication and instrumentation systems. It can be used in base station radio equipment, modems, Ethernet switches, wireless vehicle communication systems, and remote monitoring systems. It can also be used in global positioning systems (GPS) as a reference clock or synchronization source. In the Radar applications, it can be used in Radar antennas, radar timing systems, and target detection systems.

The working principle of the AX7PBF2-311.0400C oscillator is based on the resonant frequency of the single crystal unit. The oscillator contains a small quartz crystal, which has an electrical property known as its resonant frequency. This resonant frequency determines the frequency of the oscillations that the oscillator produces. The oscillator uses an amplifier to drive the crystal at its resonant frequency, which then causes it to oscillate and produce the desired frequency signal. The frequency of the signal is adjustable by varying the bias voltage applied to the crystal.

The AX7PBF2-311.0400C oscillator is a highly reliable and low power device that is commonly used in a variety of applications. Its low phase noise, high stability, and low power consumption make it ideal for use in communication and instrumentation systems, as well as Radar applications. It can be used as a reference clock or synchronization source in GPS systems, base station radio equipment, modems, wireless vehicle communication systems, and more. The working principle behind the AX7PBF2-311.0400C oscillator is based on the resonant frequency of the single crystal unit.

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