AX7PBF1-173.3708T

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An oscillator is an electronic circuit which produces a continuous output waveform of some desired frequency. The AX7PBF1-173.3708T is an oscillator module that delivers a stable waveform with frequency range of 173.3708 Mhz. It is widely used in many industrial sectors where stability is paramount such as communication infrastructure, GPS navigation systems, and electronic countermeasure systems.

The AX7PBF1-173.3708T oscillator module features programmable timings, low phase noise, high frequency stability, and an instability frequency range of ± 20PPM over a temperature range of -40 to +85°C. Its frequency is locked to the quartz crystal resonator module, which has an extremely low phase noise of -105dBc@100KHz offset. The oscillator has a wide power supply voltage of 2.9V to 3.6V and consumes only 2mA of power. It is also available in a variety of package styles, including surface mount, through-hole, and dual-in-line.

The main working principle of the AX7PBF1-173.3708T oscillator is based on the piezo-electric effect. This effect states that an electric field can cause a quartz crystal to vibrate at its natural frequency and thus generate a signal waveform. This waveform is then amplified by transistors and tuned to the desired frequency. The transistors are operated in a Van der Graff oscillator configuration using a quartz crystal resonator to provide a stable signal. The output waveform is very stable and precise due to the low phase noise characteristics of the quartz crystal.

The AX7PBF1-173.3708T oscillator module is versatile and can be used in a variety of applications. It is ideal for use in a GPS navigation system as its precise output signal can easily be tracked by the receiver. It is also widely used in medical diagnostic equipment where a very stable signal is required for accurate readings. In addition, it is also used in communication infrastructure to provide a stable platform for communication over large distances.

In conclusion, the AX7PBF1-173.3708T oscillator module is an excellent and reliable choice when a precise, stable signal is needed in a variety of applications. Its low-phase noise characteristics make it suitable for use in high-accuracy navigation and medical applications. Additionally, its wide power supply range and programmable timings make it ideal for communication infrastructure and electronic countermeasure systems.

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