KC3225K48.0000C1GE00

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Oscillators are essential components that are used in a wide variety of technology. They are electronic components that generate electronic signals with a specified frequency and amplitude. The KC3225K48.0000C1GE00 is an example of such component and serves many unique functions.

The KC3225K48.0000C1GE00 is a surface mount quartz crystal oscillator with excellent stability and low phase noise. Its frequency range is from 4 MHz to 48 MHz with a maximum operating temperature of 85 °C. It has an individual frequency tolerance of + 10~ -20ppm and can be custom programmed to meet the needs of any application. The device is housed in a compact case that is suitable for mounting directly onto a circuit board or in an enclosure.

The primary application of the KC3225K48.0000C1GE00 is in communications and radio technology. It is often used for a variety of radio systems, including cellular, radio broadcasting, and microwave communications. It is also a popular choice for computing applications due to its accuracy and reliability. The device can be used to generate specific frequencies in powerful clocks that are used to power computers or other digital technology.

The KC3225K48.0000C1GE00 is an excellent example of a crystal oscillator and its working principle is quite simple. The device consists of a quartz crystal that vibrates at a specific frequency when an electrical signal is applied to it. This frequency is determined by the resonance of the crystal itself. The electrical signal is applied to two conductive plates in the device. This drives the quartz crystal to vibrate at its resonant frequency and the electrical signal is then amplified and output from the oscillator.

The KC3225K48.0000C1GE00 is an excellent choice for a variety of applications due to its stability, accuracy, and low phase noise. It is a key component in communications and radio technology, as well as numerous computing applications. Its simple working principle makes it easy to use and reliably perform in any environment.

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