AX7MAF1-737.2800C

Oscillators are devices or systems that generate an output signal with a specific frequency. They can be used in various applications such as communications, power supplies, robotics and instrumentation. The AX7MAF1-737.2800C belongs to this category of electronic components.

Introduction to AX7MAF1-737.2800C

The AX7MAF1-737.2800C is a quartz crystal oscillator module manufactured by Honeywell. It has a high stability, ensuring a regularly output signal up to +/-20ppm over the full operating temperature range of -20°C to +85°C. It also has a wide range of output frequencies between 7 and 8 MHz with a frequency step of 62.5kHz.

Application Fields

The AX7MAF1-737.2800C is mainly used in communications applications such as mobile phone base stations, cellular routers and other communication equipment. These products require frequency stability over a wide temperature range and low power consumption, so the AX7MAF1-737.2800C is ideal for these types of applications. Additionally, it can be used in instrumentation, test equipment, power generation, medical equipment and consumer electronics.

Working Principle

The core of the AX7MAF1-737.2800C consists of a quartz crystal that vibrates at a predetermined frequency when subjected to an electrical signal. This signal is usually provided by an external voltage source, or an internal voltage generated from a oscillator circuit. The electrical signal is applied to the quartz crystal at a precise frequency, causing it to vibrate and emit a high-frequency signal. This output signal is then tempered and filtered to produce a stable, accurately tuned output. The frequency and stability of the output are determined by the size and cut of the quartz crystal used, as well as the external electronics which temper and filter the signal.

Conclusion

The AX7MAF1-737.2800C is an accurate, stable oscillator module which has a wide range of applications. Its main use is in communications, but it can also be used in instrumentation, test equipment, power generation, medical equipment and consumer electronics. The core of the module consists of a quartz crystal which vibrates at a predetermined frequency when subjected to an electrical signal. The frequency and stability of the output are determined by the size and cut of the quartz crystal used, as well as the external electronics which temper and filter the signal.