SIT1602BI-11-XXE-33.300000E

The SIT1602BI-11-XXE-33.300000E is an oscillator which belongs to the family of oscillators. Composed of an integrated circuit, its application field and working principle should be taken into consideration for anyone looking to employ it in an electronic system.

Application Field

The SIT1602BI-11-XXE-33.300000E is able to generate extremely stable timing signals in the frequency range of 0.3 MHz to 33.33 MHz. This makes the oscillator well-suited for a multitude of applications where precision and accuracy are highly valuable. It can be used to generate timing signals for digital systems, clock synchronization signals for communication systems, and its frequency can be adjusted through an external resistor to achieve long-term and stable frequency. Additionally, the oscillator enjoys smaller size, fully-monocular structure, lower power consumption, and higher accuracy than ordinary mechanical crystal oscillators or ceramic resonators, so it is often preferred for laser communication and other heavily-used systems.

Working Principle

The SIT1602BI-11-XXE-33.300000E operates on the principle of tuning a quartz crystal to generate a frequency dependent on the crystal’s physical properties. The quartz crystal itself is beyond the scope of this article, but the basics can be summarized quite simply: the quartz crystal has a natural frequency determined by its size, and a small voltage applied across it will cause it to vibrate at its natural frequency. The frequency of the vibration is largely unaffected by temperature, so the quartz crystal oscillator is able to provide extremely stable signals. In a nutshell, the oscillator subjects a quartz crystal to one or more small voltages, causing it to vibrate at a frequency, then amplifies and filters the resulting signal.

Conclusion

The SIT1602BI-11-XXE-33.300000E oscillator is a valuable piece of equipment to have for anyone looking to generate precise timing signals or clock synchronization signals. Its application field is quite broad, and its working principle is grounded in the physical properties of quartz crystals, making it equally applicable in a wide array of systems and machines.