SIT8208AC-3F-18E-14.000000X

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Oscillators are electronic circuit elements that produce a regular, periodic signal with an amplitude that can be either fixed or variable. They are used in a variety of settings where an artificial signal is required to stimulate electronic circuits. The SIT8208AC-3F-18E-14.000000X is a Crystal Oscillator specifically manufactured with a frequency accuracy of 14.000000MHz, a 3.3V supply voltage, and low EMI, making it advantageous for applications in which reliable and precise signal delivery is crucial.

This Crystal Oscillator is designed to replace quartz crystals, known to be both shape and size sensitive. Its high frequency accuracy and radiation protection features significantly contribute to its application advantages over quartz crystals. Any instances of Overdrive, overload, or Saturation signals are avoided too, thus making it well-suited for low and medium frequency operations.

The working principle of SIT8208AC-3F-18E-14.000000X is based on the Piezoelectric effect. The oscillator is fabricated with a material, such as Sapphire, which exhibits Piezoelectric Effect — a phenomenon wherein a change in the material’s physical shape results in a flow of electrical charges. Moreover, when an alternating current is applied to the material, it results in a mechanical vibration that helps maintain the oscillator’s frequency accuracy.

Depending upon the application requirement, the SIT8208AC-3F-18E-14.000000X can be fabricated into several package types. A few of these, such as TSSOP-14 and SC-70, allow direct smd mounting of the oscillator, thus contributing to its cost and space saving advantages. Others, like PSP, offer high levels of signal insulation and shielding.

The SIT8208AC-3F-18E-14.000000X is thus analogous to a quartz crystal and can be used in countless digital electronic systems. From clocks and watches to cell phones and test equipment, this Crystal Oscillator finds a use in fields such as wire communications, computers, digital cameras, automotive electronics, and more.

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