SIT8208AC-G3-25E-27.000000X

Oscillators are electronic parts driven by oscillating signals. A signal is generated by the oscillator circuit and is fed back to the circuit to maintain and regulate the output. The oscillator frequency and circuit parameters can be adjusted to suit specific applications. The SIT8208AC-G3-25E-27.000000X is an example of an oscillator that can be used for a variety of applications.

The SIT8208AC-G3-25E-27.000000X is a high performance crystal oscillator module. It operates at a fixed frequency of 8.192MHz and is suitable for use in high frequency applications. The module features a low-jitter output, low power consumption, integrated ESD protection, and a wide temperature range of -40 to +85°C. It has a wide range of applications including but not limited to digital audio broadcasting, WiFi and Bluetooth communication systems, GPS navigation systems, optical transmission systems and automotive electronics.

The SIT8208AC-G3-25E-27.000000X works by using a high-frequency quartz crystal that vibrates electromechanically when an electric current is applied. The frequency of the crystal vibration is determined by the cut of the crystal. When the electric current is supplied to the quartz crystal, the crystal releases an energy at a designated frequency and the circuit will create a signal to maintain and regulate the output. The frequency is precisely determined by the cut of the crystal and the circuit elements. The oscillator module can be adjusted by adding capacitors and resistors in the feedback loop to control the frequency of the oscillator and achieve the desired output.

The SIT8208AC-G3-25E-27.000000X is a great choice for those who need a high-performance oscillator with a wide range of applications. Its low-jitter output, low power consumption and wide temperature range make it the ideal choice for many types of applications. With its ability to generate an accurate frequency at a wide temperature range, the SIT8208AC-G3-25E-27.000000X is the perfect choice for many applications.