CB3-3C-2M4576

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Oscillators are general purpose components utilized in electronic circuits for signal generation and control purposes. The CB3-3C-2M4576 oscillator is a low distortion, low noise, and low-cost solution for various wattage applications from 1 to 10 watts. It operates at a wide range of frequencies ranging from 10kHz to 3GHz and uses Frequency Modulation (FM) as its primary modulation technique.

The CB3-3C-2M4576 oscillator consists of several components, including an input power source, a solid-state oscillator, a frequency modulator, a frequency divider, and an output amplifier. The input power source provides the power needed to drive the oscillator and the frequency modulator. The frequency modulator then assumes the task of frequency shifting the signal to the desired frequency. The oscillator is then supplied with a signal reflecting the desired frequency, while the frequency divider divides the signal to create a high frequency signal. Finally, the output amplifier amplifies this signal and supplies it to the external circuitry.

The primary application field for the CB3-3C-2M4576 oscillator is high wattage electronic applications such as communication systems, satellite terminals, radar systems, and automotive applications. This oscillator is an ideal low-cost solution for applications ranging from 1 to 10 watts, as it provides a high performance without the need for expensive components. In addition, it is also designed with a high electrostatic discharge (ESD) rating in order to protect sensitive components from damage. It is also extremely flexible, allowing it to be used in a variety of different applications.

The working principle behind the CB3-3C-2M4576 oscillator is based on the frequency modulation technique. This technique works by modulating the frequency of a sinusoidal signal. In this case, the frequency of the signal is modulated by varying the magnitude of the input signal. The frequency modulator is supplied with a signal representing the desired frequency, while the frequency divider is used to divide it to create a high frequency signal. Finally, the output amplifier amplifies this signal and supplies it to the external circuitry.

In conclusion, the CB3-3C-2M4576 oscillator is a high performance, low distortion, low noise, and low-cost solution for high wattage applications from 1 to 10 watts. It is ideal for applications such as communication systems, satellite terminals, radar systems, and automotive applications. It operates at a wide range of frequencies ranging from 10kHz to 3GHz and utilizes Frequency Modulation (FM) as its primary modulation technique.

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