AX7PBF2-187.5000C

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Oscillators are commonly found in communication systems and in electronic circuits with a wide range of applications. One specific type of oscillator is the AX7PBF2-187.5000C. This oscillator is capable of producing a signal with a frequency of 187.5000 MHz. It is also highly accurate, with a low phase noise and excellent temperature performance.

This oscillator is a surface-mount type, making it ideal for use in applications where space is at a premium. It has a steady-state frequency error of just 1 ppm, making it highly reliable and consistent. The oscillator\'s temperature performance also exceeds industry-standard specifications, mitigating any frequency drift that might arise due to changes in ambient conditions.

In terms of its operating principle, the AX7PBF2-187.5000C oscillator is capable of oscillating in a closed loop. Inside, there is a crystal resonator which acts as the frequency-determining element. Oscillation is achieved when the signal, current, or voltage from one part of the resonator is amplified by the other parts in order to reach the same level of amplitude. The frequency resulting from this amplification process is determined by the physical parameters of the resonator.

The application fields for the AX7PBF2-187.5000C oscillator are wide-ranging. It is suitable for use in radio communication, medical equipment, and other applications that require a stable frequency. For example, it is used for microwave communication including point-to-point, point-to-multipoint, and cell phone networks. Furthermore, the oscillator can be used in navigation systems due to its excellent temperature stability and low phase noise. It is also frequently employed in aerospace systems, and in radar systems.

The AX7PBF2-187.5000C oscillator is a highly accurate and reliable component suitable for use in a variety of applications. With its low frequency error and excellent temperature performance, it is the ideal choice for communication and navigation systems that need to maintain a consistent and stable frequency.

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