CWX823-049.152M

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Oscillators are integral components that generate periodic oscillations, and the CWX823-049.152M is an excellent example of this. In the field of frequency-control applications, it offers superior control of temperature-related performance specifications compared to older designs, due to its advanced temperature-compensation circuit and mechanical design.

CWX823-049.152M comprises three main components: a resonator, an oscillation circuit, and temperature compensation. The oscillator comprises a 30 ~ 250 ppm temperature-compensation range, with low-temperature circuit-design elements, allowing excellent control of the temperature-related performance of the frequency control voltage.

This oscillator also employs a negative-voltage temperature-compensation circuit, ensuring superior temperature performance. Additionally, the resonator provides a highly effective, low-frequency resonance network, while the oscillation circuit allows the oscillator to reach oscillation by self-starting in order to ensure reliable operation.

The working principle of the CWX823-049.152M is based on a combination of electronic and mechanical technologies. The oscillator operates by inputting an external electrical signal into the resonator. This signal then passes through the resonator, which resonates at the desired frequency. The oscillation then produces a positive feedback loop, producing an output signal at the frequency of the input signal. The output signal then passes through the oscillation circuit, which is adjustable, resulting in the precise frequency control desired. Additionally, the temperature compensation circuit ensures optimal temperature performance.

To sum up, the CWX823-049.152M oscillator is an advanced product and a perfect example of oscillators. It comprises a resonator, an oscillation circuit, and a temperature compensation system, allowing excellent control of the temperature-related performance of the frequency control voltage. It employs both electronic and mechanical principles, making it an excellent choice for frequency-control applications.

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