K50-3C0E24.5760M

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Oscillators – K50-3C0E24.5760M

K50-3C0E24.5760M is a kind of oscillator that is widely used in various electronic circuits. It is composed of a silicon-based oscillator, a quartz crystal resonator, a frequency divider, and a frequency amplifier.

Application Field

K50-3C0E24.5760M oscillators are widely used in many modern electronic devices. It is mainly used in microwave digital circuits, communication circuits, resonance detection, time-delay triggering control and other electronic devices. It is also used in wireless communication systems, satellite communication systems, signal processing systems, and GPS-based positioning systems.

It can also be used in chip-level tracking systems, frequency-benign control source for space navigation instrumentation, and laser frequency rang finders. Additionally, it is used in scientific exploration, industrial process control, and electronic manufacturing.

Working Principle

The working principle of K50-3C0E24.5760M oscillator is based on the resonance principle. Its integrated quartz-based resonator offers reliable frequency stability, which makes it suitable for different applications. It also has an oscillator amplifier to help increase the accuracy of the oscillations.

The resonator receives power from both the amplifier and the frequency divider. The frequency divider acts as a timer that creates the frequency signal with respect to a certain frequency. When this frequency signal is received by the quartz resonator, it provides a stabilized frequency output.

The large microchip processor inside the oscillator processes the signal and combines it with the frequency divider signal. This produces the exact frequency that is needed for the application.

The power source can be provided by the oscillator itself or externally. The power supplies used for this type of oscillators are typically low-voltage DC sources. The oscillator can even be powered by batteries.

Advantages

K50-3C0E24.5760M oscillators have many advantages. They are highly stable, reliable and accurate due to the use of quartz crystal resonators. They require low power consumption compared to other types of oscillators.

The oscillators have low jitter and low phase noise which is essential for certain applications. In addition, they have a wide frequency range and are highly suitable for demanding temperature applications.

Conclusion

K50-3C0E24.5760M oscillators are widely used in many modern electronic devices. It offers an excellent combination of stability, low power consumption, and accuracy, making it one of the most popular types of oscillators. With its wide frequency range, low jitter and low phase noise, this kind of oscillators is ideal for various applications.

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