KC3225K24.5760C10E00

Oscillators

KC3225K24.5760C10E00 is an oscillator consisting of a reference signal generator, a phase detector and amplifier, a voltage controlled crystal oscillator (VCXO) and other components. Oscillators are used to generate or alter an AC signal with predetermined characteristics such as frequency, amplitude and wave shape. They have a wide range of applications such as timing and synchronization, motion control, frequency conversion, and signal processing. The KC3225K24.5760C10E00 oscillator has been designed for applications where precision frequency control and stability in extreme temperature environments is of paramount importance.

Applications

The KC3225K24.5760C10E00 oscillator is designed for use with commercial and industrial applications including:

• Wireless communications
• Hard drives
• Network servers
• GPS navigation systems
• Satellite communication systems
• Medical monitoring equipment

These oscillators are particularly useful in environments subject to extreme temperature changes, since they maintain their frequency stability even in very hot or cold conditions. As such, they are the perfect choice for robust industrial applications such as those used in outer space or in areas subject to extreme cold and heat.

Working Principle

At the heart of the KC3225K24.5760C10E00 oscillator is a voltage-controlled crystal oscillator (VCXO). The VCXO is the component that generates the reference signal. The reference signal is then fed to a phase detector which measures the phase difference between the reference signal and a feedback signal generated by the oscillator. The phase detector then amplifies the difference and sends it to the VCXO, which adjusts the frequency of the reference signal accordingly in order to maintain the desired frequency of the oscillator. In this way, any drift in the VCXO can be compensated by the phase detector.

The frequency stability of the KC3225K24.5760C10E00 oscillator is derived from its ability to maintain a precise frequency over a wide temperature range. This is achieved by carefully selecting components with low temperature coefficients. The components include a compensation circuit consisting of a temperature-sensing element, a temperature-compensating circuit and an amplifier.

The KC3225K24.5760C10E00 oscillator provides superior performance in extremely tight frequency control applications. Moreover, its frequency stability is superior to that of conventional voltage-controlled crystal oscillators. In addition, the design of the oscillator enables greater parameter settings, making it suitable for all kinds of tight frequency control applications.