SIT8009BI-12-25S-125.000000E

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SIT8009BI-12-25S-125.000000E application field and working principle

Oscillators are electronic components capable of producing a repetitive electronic signal. In particular, the SIT8009BI-12-25S-125.000000E Oscillator is a quartz/ceramic crystal oscillator produced by SITI Corporation which features frequency stabilities as low as ±125ppm (parts per million) from -40°C to 85°C over a frequency range of 4-50MHz. An oscillator is essential for most electronic equipment. Its main function is to generate stable precision clock signals at the proper frequency, phase and amplitude, so that all electronic subsystems in the entire system will be synchronized.

The SIT8009BI-12-25S-125.000000E features an exceptionally low frequency stability, making it well suited for applications requiring high-precision timing, such as timing requirements for GPS, Wifi, and Bluetooth systems. Its high stability also makes it ideal for testing and measuring equipment, telecom equipment, and audio/visual systems. Additionally, this high-precision oscillator offers tight stability and long-term stability, high temperature operation up to 205°C, and a wide range of control voltages and logic levels. All of these features make the SIT8009BI-12-25S-125.000000E the ideal oscillator for a wide range of industrial, commercial, and consumer applications.

Working Principle:

The SIT8009BI-12-25S-125.000000E Oscillator works on a basic quartz oscillator principle, in which a quartz crystal is connected to two electrodes. When an electrical charge is applied to the quartz crystal, it vibrates at a fixed frequency due to its piezoelectric properties, and the timed electric vibrations generated by the crystal are amplified and then used as a reference or clock signal. This is how the oscillator produces a precise and stable frequency.

Conclusion:

The SIT8009BI-12-25S-125.000000E Oscillator is a high-precision timing device designed for precision applications that require stable frequency control. It offers exceptionally low frequency stability over a wide range of temperatures and a variety of control voltages and logic levels, making it the ideal oscillator for precision applications in industrial, commercial, and consumer systems. It is a versatile and reliable oscillator perfect for timing purposes for a wide range of applications.

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