AOCJY3-13.000MHZ-SW

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Oscillators are electronic components used to produce a timed output. This timed output is a signal that is repetitive and usually forms a sine wave or a square wave. The AOCJY3-13.000MHZ-SW oscillator is an example of an oscillator used for electronic applications. In this article we will look at the application field and working principle of the AOCJY3-13.000MHZ-SW.

Application Field

The AOCJY3-13.000MHZ-SW oscillator is primarily used for Radio Frequency (RF) applications. Its circuit consists of a quartz crystal and capacitor as the main components. The frequency is adjustable from 10.00 MHZ to 40 MHZ and a low level of harmonic is less than -40dBc. The port impedance is 50 ohms. It is also widely used for Pulse-width Modulation (PWM) and Direct Digital Synthesis (DDS). The oscillator is also used for high stability clock circuit designs. It is available in various packages and is suitable for high temperature operation.

Working Principle

The AOCJY3-13.000MHZ-SW oscillator is based on a quartz crystal that vibrates at a specific frequency when a voltage is applied. The crystal is the resonant element, and it creates a mechanical vibration that is converted into an electrical voltage. This voltage is then applied to the circuit, which produces an output frequency. The circuit also contains capacitors and resistors, which can be adjusted to produce different frequencies.

The circuit is designed to have a very low noise profile, and it is capable of generating very stable output frequencies. The oscillator also has an internal temperature-compensated circuit, which ensures that the output frequency remains stable over temperature variation. It also has a wide frequency adjustment range, up to 40 MHZ. It is therefore suitable for a variety of applications.

Conclusion

The AOCJY3-13.000MHZ-SW is a quartz crystal-based oscillator designed for use in RF applications. It has a wide frequency range and is capable of producing stable signal frequencies. The internal temperature-compensation circuit ensures that the stability of the output signal remains high over wide temperature variations. It is available in various packages and is suitable for operation in high-temperature environments.

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