SIT8208ACP82-18E-75.000000T

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Oscillators

Oscillators are electronic circuits that generate an alternating current or voltage without an external energizing source. Oscillators are widely used in electronic and communication systems to generate radio frequency (RF) pulses for wireless and satellite telecommunication, as clocks for digital circuits, and used in applications requiring precise time keeping like precision navigation systems.

SIT8208ACP82-18E-75.000000T

One example of these oscillators is the SIT8208ACP82-18E-75.000000T. It is a low-frequency oscillator with a frequency of 75.000000T Hz, making it suitable for ultra-low- frequency applications. It is a highly accurate quartz oscillator with excellent frequency stability require for critical applications. It is very cost effective and has an industry standard footprint of 8 mm x 8 mm x 2.5 mm.

Application

The SIT8208ACP82-18E-75.000000T oscillator is widely used in industrial applications such as precision machinery, motion controls, robotics, and automation which require a stable source of low frequency. It is also commonly used in military and aerospace projects, as well as medical and communication systems.

Working Principle

A quartz crystal is the basis of the oscillator’s operation. A quartz crystal is a piezoelectric material which vibrates at very high frequencies when a voltage is applied across it. The SIT8208ACP82-18E-75.000000T oscillator consists of a quartz crystal, a small oscillator circuit and a frequency feedback loop. When power is supplied to the oscillator circuit, it creates a periodic voltage across the quartz crystal, which vibrates at a specific frequency and creates an alternating current output. The periodic voltage across the crystal is adjusted using the frequency feedback loop to maintain the required frequency.

Conclusion

The SIT8208ACP82-18E-75.000000T oscillator is a highly accurate and stable low-frequency quartz oscillator. It’s small size and low cost makes it ideal for a wide variety of industrial, military and aerospace applications. The oscillator is built using quartz crystal and a feedback circuit to accurately and consistently generate a periodic voltage across the crystal for a precise output frequency.

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