579R130CAT

Oscillators

The 579R130CAT is an oscillator in a hermetically sealed and lightweight ceramic package. It is designed to provide superior accuracy and reliability in various high-performance applications. The oscillator has a low-power quartz crystal drive and SMD technology to reduce the overall size, providing a highly stable, reliable, and accurate frequency source. It is offered in a 9.8mm x 6.8mm x 2.2mm package and various temperature range options to meet various application needs.

Application Field

The 579R130CAT offers a wide range of features and temperature range options. It is well-suited for use in various applications, including radio frequency, GPRS, Bluetooth, Wi-Fi, and flight control systems. It is also suitable for use in medical equipment, air conditioning, automotive, computers, consumer electronic devices, and industrial electronics.

Working Principle

The 579R130CAT oscillator is a low-frequency oscillator based on the SMD technology. The chip is made up of multiple quartz crystals, which oscillate at different frequencies to provide a stable frequency source. The quartz crystals are enclosed in a ceramic package that provides an excellent thermal stability and superior resistance to shock and vibration. In addition, the sealed ceramic housing also provides protection from environmental effects such as temperature, dust, and humidity.

The oscillator uses an integrated circuit (IC) to control its oscillation frequency. The integrated circuit consists of an oscillator circuit that is designed to produce a stable, accurate frequency output based on the frequency of its quartz crystals. The IC also contains an amplifier circuit that amplifies the frequency output and provides the necessary power to the quartz crystals for oscillation. The voltage regulator is responsible for maintaining the stability of the output frequency, providing an extremely stable output signal.

The output frequency of the oscillator is determined by the frequency of the quartz crystals. The frequency of the quartz crystals is controlled by the temperature of the IC, which is also affected by the ambient temperature. The oscillator also contains temperature compensation components that are designed to maintain the output frequency over a wide temperature range. The output frequency can also be adjusted by adjusting the supply voltage.

Conclusion

The 579R130CAT oscillator is designed to provide accurate and reliable frequency output for various high-performance applications. It is offered in a lightweight and hermetically sealed ceramic package and is suitable for use in radio, GPRS, Bluetooth, Wi-Fi, and flight control systems. It utilizes an integrated circuit to control its oscillation frequency and contains an amplifier circuit and voltage regulator to maintain a stable output. The oscillator also contains temperature compensation components to ensure the output frequency is maintained over a wide temperature range.