CSB21-012.688575M

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Oscillators are important components that can be found in the majority of electronic equipment. They are used to generate a periodic output waveform and can have many different applications. One such oscillator is the CSB21-012.688575M, which has a broad range of applications and a distinct working principle.

The CSB21-012.688575M oscillator is a high-performance, ultra-precision oscillator that is capable of producing a wide frequency range of 0.3 to 750MHz with a very low jitter level. This kind of oscillator is used in applications such as digital audio/video processing, communication systems, car audio, and even medical equipment. It is also an excellent solution for systems that require extremely accurate and low-phase-noise clocks.

The working principle of the CSB21-012.688575M oscillator is based on the use of a quartz crystal that vibrates at its resonant frequency when an electrical signal is applied to it. The signal passes through the quartz and is amplified by an amplifier. The frequency of the output signal is dependent on the quartz crystal’s resonant frequency. The CSB21-012.688575M oscillator then uses the PLL (phase-locked loop) technique to multiply the frequency of the output signal, making it suitable for a wide range of applications.

In order to guarantee low noise and excellent stability, the CSB21-012.688575M has been designed with an integrated temperature-compensating circuit and a narrow frequency range accuracy of 0.1 ~ 0.2 ppm. This ensures that the output signal remains free of any distortion due to temperature variations. Moreover, the CSB21-012.688575M also comes with a low-power consumption design, making it suitable for use with battery-powered devices. Lastly, the CSB21-012.688575M is also highly resistant to EMI/RFI and has a wide operating temperature range from -20 to +75°C.

In conclusion, the CSB21-012.688575M oscillator is a high-performance, precision component which is capable of generating a wide frequency range of 0.3 to 750MHz with a very low jitter level. It has a wide range of applications and is suitable for use in digital audio/video processing, communication systems, car audio, and even medical equipment. It has also been designed to have an integrated temperature-compensating circuit, a low-power consumption design, and excellent resistance to EMI/RFI. These features make the CSB21-012.688575M an ideal choice for many applications.

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