AX7PAF1-106.2500C

Oscillators play an important role in signal processing, especially in radio-frequency (RF) applications. AX7PAF1-106.2500C is a type of oscillator that is widely used in a variety of applications. In this article, we will discuss the application field and working principle of the AX7PAF1-106.2500C oscillator.

Application Field of AX7PAF1-106.2500C Oscillator

The AX7PAF1-106.2500C oscillator is ideal for applications that require precision timing and frequency control. This oscillator offers excellent performance when used in medical devices, test equipment, industrial control systems, navigation systems, radar systems, and wireless communication networks. It is also used in avionics, military devices, telecommunication systems, and aerospace systems. Due to its precise frequency control, it is widely used in wireless communications and radio frequency identification (RFID) systems.

Working Principle of AX7PAF1-106.2500C Oscillator

The AX7PAF1-106.2500C oscillator is a microwave clock oscillator, which means its output frequency is determined by its quartz cell. The frequency of the quartz cell can be controlled by a small variation in voltage or temperature. The quartz cell in the oscillator vibrates at a constant frequency, which is determined by the crystal’s physical parameters. The oscillator then couples the output of the quartz cell to an amplifier, generating a signal of a constant frequency to be used by any device as a clock signal.

The AX7PAF1-106.2500C oscillator is a quartz crystal oscillator (QCO) with a frequency range of 105.6625 MHz to 106.4125 MHz. It has a frequency stability of 1.5 ppm over a temperature range of -40°C to 85°C. The oscillator uses a single 5 volt DC power supply and has a typical phase noise of -83 dBc/Hz at 10 kHz offset. It features logic-friendly outputs and optional logic enable/disable function.

Conclusion

The AX7PAF1-106.2500C oscillator is a highly versatile and precision clock oscillator that is widely used in a variety of applications. Its frequency range and stability make it ideal for medical devices, test equipment, industrial control systems, and wireless communication networks. Its quartz crystal oscillator technology ensures precise frequency control, making it perfect for RFID systems and other critical applications.