MXO45-2C-1M18784

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Oscillators are widely used in various applications. Among them, MXO45-2C-1M18784 is an oscillator of high accuracy and reliability, which can fulfill multiple frequency accuracy requirements. Its application fields and working principles are introduced below.

Application Fields

MXO45-2C-1M18784 is generally used in medical imaging equipment, communication equipment, aerospace, military, and other industries. Its operating frequency range is from 20kHz to 39.17MHz and the maximum stability is 0.3ppm. For medical imaging equipment, it helps to stabilize the produced frequency and ensure high-precision imaging results. For communication equipment, it helps to provide reliable and accurate communication links in cases of changing ambient temperatures. For aerospace and military, the high stability of MXO45-2C-1M18784 oscillator ensures the correctness and accuracy of the navigation, guidance, and other technical indicators.

Working Principle

MXO45-2C-1M18784 adopts an active control oscillator circuit mechanism with high-precision quartz crystal as a core component. This oscillator circuit consists of several parts, such as the quartz crystal resonator, amplifier, feedback loop, and logic control circuit. The quartz crystal resonator oscillates with a certain frequency under a strictly-controlled environment. The frequency accuracy is extremely high. Then, the signal from the quartz crystal resonator is amplified by the amplifier, and the output signal is stabilized in the logic control circuit. Finally, a certain level of feedback is added to the output signal through the feedback loop, and the output waveform frequency accuracy is stabilized at a certain level.

In summary, MXO45-2C-1M18784 oscillator is widely used in various fields, such as medical imaging equipment, communication equipment, aerospace and military. Its frequency range is from 20kHz to 39.17MHz and the maximum stability is 0.3ppm. It adopts active control oscillator circuit and uses quartz crystal as a core component, helping to achieve high frequency accuracy.

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