OCJTGLJANF-25.000000

Oscillators

The OCJTGLJANF-25.000000 oscillator is an oscillator specifically designed for applications such as audio signal processing, communication and control systems. This oscillator is characterised by its wide bandwidth, low noise, low drift, high frequency stability, and advanced phase noise figure.

Application Field

The OCJTGLJANF-25.000000 oscillator is suitable for numerous applications. In audio signal processing applications, it is used to synthesize musical sounds, and in communication systems, it is used to secure a stable carrier frequency that ensures high data rate and reliable reception. The OCJTGLJANF-25.000000 oscillator is also used in servo systems, such as the control of robotic arms or drives of drum machines, in order to quickly reach the target position.

Working Principle

The OCJTGLJANF-25.000000 oscillator works on the principle of negative feedback. The incoming signal is compared to the reference frequency and the difference is amplified. If the difference between the amplitude of the incoming signal and the reference frequency is large, the oscillator will increase the gain of the signal to decrease the difference. This will continue until the difference in the two frequencies is minimized. The process creates an oscillating waveform at a frequency determined by the feedback amplifier.

In order to stabilize the reference frequency, an isolator is used to prevent the oscillator from being affected by other components in the circuit. This stabilizes the frequency of the output signal. The output signal is then compared with the reference frequency and the gain of the signal is adjusted accordingly, creating a stable oscillator.

The OCJTGLJANF-25.000000 oscillator is designed to operate over a wide range of temperatures and provide linear tuning characteristics over the entire range, thus making it ideal for applications in temperature-sensitive environments.

Conclusion

The OCJTGLJANF-25.000000 oscillator is an oscillator that provides high frequency stability, low drift and low phase noise figure. It is suitable for applications in audio and communication systems, as well as servo systems. The oscillator works on the principle of negative feedback and stabilizes the signal with an isolator. This oscillator is designed to operate over a wide range of temperatures, ensuring linear tuning characteristics over the entire range.