CWX823-012.288M

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Oscillators are electronic circuitry found in many applications, ranging from communication systems to control systems, where the main purpose is to convert energy from one form to another. CWX823-012.288M is an example of such an Oscillator, whose application field and working principle is discussed in the following sections.

Application Field

The CWX823-012.288M Oscillator is mainly used as a frequency reference in various systems, such as radio receivers and transmitters, electronic counters, frequency markers, and other high-frequency signal sources. The operating frequency of this Oscillator range from 0 Hz up to 1 GHz, providing an ideal choice for applications that require a reliable source of high-frequency signals.

Additionally, the CWX823-012.288M Oscillator is capable of generating sine, square, and triangular waveforms with a high precision level, making it suitable for applications such as signal generators, communications, clock and timing systems and frequency distributors. The Oscillator also offers excellent temperature stability and thermal drift performance, making it well-suited for high-precision measurements and control systems.

Working Principle

The CWX823-012.288M Oscillator operates mainly by converting an electrical signal into a mechanical oscillation, which then causes a physical movement in the device. This movement is then converted back into electrical signals, providing an output of precise frequencies. The device is able to achieve this feat through its use of self-sustaining oscillator components, such as transistors, capacitors, inductors, and resistors. Specifically, the CWX823-012.288M Oscillator combines two transistors in an oscillator configuration, forming a single stage, and then adding capacitors and resistors to form a sweep reactance oscillator with an approximate 0.5MHz frequency range.

The output frequency of the CWX823-012.288M Oscillator is then determined by an adjustment of the oscillator\'s capacitance and inductance, which is done by applying external controls that change the voltage across the components. This voltage change causes the oscillator to have a different frequency, resulting in an output frequency that can be accurately regulated. Furthermore, the stability of the output frequency is maintained due to the use of temperature-controlled oscillators, allowing the device to offer excellent thermal stability and drift performance.

Conclusion

In summary, the CWX823-012.288M Oscillator is a high-frequency Oscillator with a frequency range that can reach up to 1GHz, making it an ideal choice for applications within communications, radio receivers and transmitters, and high-precision measurements and control systems. It operates by converting an electrical signal into mechanical oscillations, the frequency of which can be controlled by adjusting the capacitance and inductance, and maintains excellent thermal stability and drift performance.

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