SIT1602BC-32-33E-8.192000Y

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SIT1602BC-32-33E-8.192000Y application field and working principle

Oscillators are widely used in many electronic equipments and fields, such as consumer electronic equipments, computers, communication, measurement, etc. Oscillators generate signal of certain frequency according to their design. Therefore, oscillators are used as the timebase or clock in many digital equipments. SIT1602BC-32-33E-8.192000Y is an oscillator module designed according to TTL (Transistor-Transistor Logic) and SMD (Surface Mount Device). It has wide application field and is suitable for many electronic circuits.

The SIT1602BC-32-33E-8.192000Y oscillator module is a high precision and stable frequency module. The excellent feature of it allows it to be applicable in many demanding applications. It has 32.33E stall frequency with the nominal frequency at 8.192000MHz and operation voltage at 3.3 V. This oscillator module is able to withstand wide range of temperature and vibration due to its miniature surface mount package. It has less noise and less temperature drift, giving it superb signal stability.

The SIT1602BC-32-33E-8.192000Y oscillator module produces the signal of certain frequency which is selected by its internal components. It works in the following steps: Firstly, the voltage of electric source is converted into a current source by the transistor. Secondly, the internal capacitor C is charged and discharged by the current source. When the output voltage reaches the certain threshold voltage, the transistor will be disable and the output signal will be cut off. Thirdly, the voltage of the capacitor will be decline, thus triggers the transistor to be active again. Finally, the capacitor C will be charged again and the output signal re-appears in a certain frequency.

In summary, the SIT1602BC-32-33E-8.192000Y oscillator module has wide application fields due to its excellent features. It works by utilizing the current sourced by the transistor to drive the capacitor. The output signal of the oscillator will be created in a certain frequency when the voltage of the capacitor reached the refer threshold voltage.

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