CB3-3C-10M2400

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Oscillators are electronics systems that perform basic frequency-generating functions. This means that they regulate how often a signal is sent out to obtain a specific frequency. This type of electronic device is used in a variety of applications, including consumer electronics, medical device design, communication, and instrumentation. One type of oscillator, a CB3-3C-10M2400, is a high-performance synthetic oscillator.

Overview of the CB3-3C-10M2400

The CB3-3C-10M2400 is a type of high-performance synthesized oscillator that is based on a series of tuned circuits, including LC and crystal-based resonators. It operates over a relatively wide frequency range, from 1.7 to 2000MHz. This oscillator can run up to 50 MHz without additional conditioning. It has a frequency accuracy of +/-0.06 ppm, amplitude stability of 0.2 dB from -40C to 85C, and input voltage range of 3.0 to 3.6 V DC with a maximum supply current of 10mA.

Application Fields

The CB3-3C-10M2400 is used in a variety of applications where a high-performance synthetic oscillator is required. It is commonly seen in telecommunications, microwave radios, communications systems, satellite receivers, computers, instrumentation, embedded telecom, broadband access, test and measurement, and medical devices. Additionally, it is used in CATV, wide area networks (WANs), satellite navigation systems, consumer electronics, and other applications where these types of oscillators are necessary.

Working Principle

The CB3-3C-10M2400 works by generating a frequency limited by the series of tuned circuits. This frequency can range from 1.7 to 2000MHz without the need for additional conditioning. This oscillator uses an input voltage of 3.0 to 3.6 V DC, with a maximum supply current of 10mA. The frequency accuracy and amplitude stability are +/-0.06 ppm and 0.2 dB, respectively, from -40C to 85C.

The CB3-3C-10M2400 oscillator works by using an oscillator circuit with a resonant frequency determined by a capacitor and inductor, such as an LC network or crystal-based resonator. The frequency generated from this capacitor-inductor combination is then used to control the oscillations of an amplifier in order to generate a signal of the desired frequency. Furthermore, the oscillator can be controlled with different voltages and supply currents to adjust the frequency.

Conclusion

The CB3-3C-10M2400 oscillator is a type of high-performance synthetic oscillator that is used for a variety of applications. It operates over a relatively wide frequency range, from 1.7 to 2000MHz, and has a frequency accuracy of +/-0.06 ppm and an amplitude stability of 0.2 dB from -40C to 85C. This oscillator works by using an oscillator circuit with a resonant frequency controlled by a capacitor and inductor, such as an LC network or crystal-based resonator, and then using an amplifier to generate a signal of the desired frequency.

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