KC3225K22.5792C10E00

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are widely used in versatile electronic devices and circuits. The oscillators’ properties significantly depend on the precision and stability of internal components used. KC3225K22.5792C10E00 oscillators are usually used in a large variety of applications requiring precision frequency control on short time-scales.

As a precision frequency control component, KC3225K22.5792C10E00 oscillators are equipped with quartz oscillators or ceramic resonators. These components are designed to deliver reliable, consistent and precise frequency stability. They offer precise oscillation characteristics in order to ensure precision control of various electronic equipment and applications. In addition, they also provide high vibration immunity to ensure accuracy and reliability in oscillation over long-term operation. The low jitter and low phase noise characteristics of the oscillators also allow for highly efficient frequency generation in applications such as radio frequency (RF) communication, digital signal processing and measurement.

The stability of frequency output of KC3225K22.5792C10E00 oscillators depends on many factors, such as temperature, humidity, power supply, noise and aging. The oscillator includes an integrated temperature sensor to provide temperature compensation. It also includes a fast feedback mechanism to detect the frequency change. This ensures that the output frequency remains within the desired range. An on-chip compensation circuit is used to optimize the oscillator circuit, so that frequency stability is achieved over a wide range of conditions.

The working principle of KC3225K22.5792C10E00 oscillators is based on a quartz crystal or ceramic resonator. A quartz crystal resonator is composed of a quartz crystal and two electrodes. The crystal consists of two layers of quartz sand arranged above each other. Within these two layers, electrons vibrate between the electrodes when a voltage is applied to them. The resonant frequency of the quartz crystal is determined by the size and shape of the crystal. The piezoelectric effect of the crystal causes the crystal to vibrate at the resonant frequency when the voltage is applied to it. The oscillators use the voltage generated by the oscillating quartz crystal as their output.

A ceramic resonator is composed of a ceramic disc with two electrodes connected to it. When a voltage is applied to the electrodes, the piezoelectric effect of the material causes the ceramic disk to vibrate at its resonant frequency. The resonator\'s oscillatory nature causes the voltage to oscillate at the same frequency as the ceramic disk. The oscillators use the voltage generated by the oscillating ceramic disk as their output.

KC3225K22.5792C10E00 oscillators are widely used in applications such as precision frequency control on short time-scales, radio frequency (RF) communication, digital signal processing and measurement. They offer precise oscillation characteristics, high vibration immunity and low jitter and low phase noise characteristics. Furthermore, these oscillators also include integrated temperature sensor, fast feedback mechanism and on-chip compensation circuit for a precise frequency output. All of these features make it one of the most reliable and precise frequency control components available in the market.

The specific data is subject to PDF, and the above content is for reference