AOCJYA-38.400MHZ-E-SW

Oscillators

AOCJYA-38.400MHZ-E-SW is an oscillator specifically designed for high-precision applications. It is a highly stable crystal oscillator with an especially wide tolerance range. The oscillator is made of a quartz crystal that is tuned through a special ceramic resonator. By incorporating the resonator, the crystal is further enhanced to produce precise and stable frequency signals.

Application Field

AOCJYA-38.400MHZ-E-SW can be used in the field of electronic instruments, radio communication systems, navigation systems, telecom equipment, computers, industrial control, wireless communication, digital TV transmission, and personal electronics. It is mainly applied to wireless communication systems such as Bluetooth, 2G/3G/4G, Wi-Fi, GPS, and satellite navigation systems.

Working Principle

The oscillator works by using a quartz crystal as its component. This crystal vibrates at a specific frequency when connected to an AC voltage. This frequency is then used to provide frequency stability and a highly accurate reference for different electronic components. The quartz crystal is specially cut with high precision so that it vibrates at the specified frequency when an AC voltage is applied. This frequency is further enhanced through the use of the ceramic resonator.

When connected to a network of electrical circuits, the quartz crystal of the oscillator vibrates at its specific frequency and helps to maintain the stability and accuracy of the frequency. The quartz crystal is tuned through a high-precision ceramic resonator that forms an oscillator circuit. The resonator helps to increase the stability and accuracy of the oscillator as well as its range of frequencies. The oscillator maintains a high performance in a wide range of temperatures and working environments, due to the high stability of the quartz crystal and the use of the ceramic resonator.

Conclusion

AOCJYA-38.400MHZ-E-SW is an oscillator specifically designed for high-precision applications. It is a highly stable crystal oscillator with an especially wide tolerance range and is used in many electronic applications. The quartz crystal of the oscillator is tuned through a special ceramic resonator which increases the accuracy and stability of the oscillator, as well as its range of working frequencies.