500SAAA42M7800ACFR

Overview

The 500SAAA42M7800ACFR Oscillator is a cryogenically cooled ultra-stable oscillator module that is designed to deliver extremely short-term phase noise and frequency stability of frequency references over a wide range of frequency ranges. The 500SAAA42M7800ACFR is commonly used for applications such as atomic clock testing, military communications, and satellite navigation systems. It has been developed to enable engineers, designers, and researchers to efficiently and accurately measure time and space.

Application field and working principle

The 500SAAA42M7800ACFR Oscillator can be used in a wide range of applications where signal accuracy and precision are required, such as defense and aerospace systems, communications systems, scientific instruments, and precision clocks. It is highly suitable for applications where a smooth frequency adjustment is required, such as in frequency synthesisers and carrier generation. It can also be used as a precise time reference for navigation, communication, and timing systems.

The 500SAAA42M7800ACFR Oscillator works by using a combination of precision capacitors, a cryogenically cooled crystal oscillator, and a quartz pressure transducer to produce precise frequency and phase outputs. The oscillator uses a high resonant frequency including a low noise amplifier, low temperature coefficient of expansion, and highly stable electronic components to maintain a highly accurate frequency output. This combination of accuracy and stability yields a high-performance oscillator with extremely low phase noise.

Benefits & Features

The key benefits and features of the 500SAAA42M7800ACFR Oscillator include:

• High precision and accuracy - The high frequency stability and precision of the 500SAAA42M7800ACFR Oscillator ensures reliable, precise control in applications such as navigation and communications systems
• Low phase noise - The 500SAAA42M7800ACFR Oscillator is capable of maintaining a highly accurate frequency output with extremely low phase noise, even over very long timescales
• Low temperature coefficient of expansion - The oscillator\'s low temperature coefficient of expansion provides a highly stable frequency over its operating temperature range
• High reliability - The oscillator\'s robust design and construction ensures long-term reliability in demanding applications
• Compact, portable design - The oscillator can be easily integrated into a variety of space-constrained systems

Conclusion

The 500SAAA42M7800ACFR Oscillator is an extremely accurate and reliable ultra-stable oscillator module that is ideal for a wide range of applications such as military communications, navigation systems, and precision clocks. The oscillator uses a combination of precision capacitors, a cryogenically cooled crystal oscillator, and a quartz pressure transducer to deliver precise frequency and phase outputs. It also has a low temperature coefficient of expansion, high frequency stability, and very low phase noise. All these features come together to make it an excellent choice for applications where accuracy and precision are paramount.