405C35E14M31818

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Crystals are generally used as frequency controlling element components in oscillatory circuit design. 405C35E14M31818 is a type of crystal. It has multiple application fields and working principles.

Application fields of 405C35E14M31818

The 405C35E14M31818 is usually used in medium frequency oscillator circuits and time-division multiplexing processes. It is an important part in VHF communication systems and radio frequency automatic control synthesizers. It is also widely used in industrial frequency control, the maintenance of large scale computing systems, and the stabilization of frequency for audio and video signals.

Working principle of 405C35E14M31818

The 405C35E14M31818 adopts a two terminals structure and a rectification temperature compensated oscillation element. It is usually used with a parallel resonant circuit to work in the frequency range of 1.8~7.0MHz. By means of connecting two terminals with external oscillator circuit, this crystal can get a rectangular wave signal.

The internal structure of the 405C35E14M31818 consists of the internal resonant circuit and a crystal element. It utilizes both quartz crystal oscillation and temperature compensation to properly respond to the changes of quartz frequency that is caused by temperature changes. Therefore, it can reach a high accuracy in frequency control.

When an alternating current of certain frequency and certain voltage value flows in the crystal oscillator, it will result in vibration and resonance of atoms containing the vibrated crystal. These atoms would generate a current that impacts the oscillator circuit and pass the clock signal to the oscillator circuit.

The 405C35E14M31818 is a low frequency crystal device that is used in many electronic products. It utilizes two resonant structures and a quartz crystal to ensure the accuracy of frequency control. It also has temperature compensation design to ensure the stabilities of its\' frequency.

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