SIT8008BIA3-30N

Programmable oscillators are used to generate frequency-selective signals such as those used in communication systems. Typical applications include power line communications, WiFi, and mobile telecommunications networks. The SIT8008BIA3-30N is an example of a programmable oscillator from a company called SiTime. This oscillator has an operating frequency of up to 30 MHz and provides a wide range of accuracy and stability.

SIT8008BIA3-30N Application Field

The SIT8008BIA3-30N can be used in a variety of applications, including radio frequency (RF) applications such as cellular, Wi-Fi and Bluetooth wireless communication, broadband access and network devices, aerospace avionics and other automotive applications. Additionally, the oscillator is suitable for use in a range of industrial, medical and consumer electronics, military and government applications. This oscillator can be used to generate high frequencies with a wide operational voltage range and low jitter, offering superior performance and reliability.

SIT8008BIA3-30N Working Principle

The SIT8008BIA3-30N operates using a temperature compensated oscillator (TCO) signal source operating at a selectable frequency of up to 30 MHz. The signal is then divided by a PLL to provide a precise on-chip frequency divider that allows for fine-grained tuning of the output frequency. The PLL is then connected to a frequency synthesizer that can switch between multiple frequencies to achieve a higher range of accuracy and stability. Finally, the output from the synthesizer is filtered, amplified and the signal is then provided at the output of the oscillator.

The SIT8008BIA3-30N is a highly accurate and reliable programmable oscillator that can be used for a range of applications including radio frequency (RF) communications, aerospace avionics and industrial, medical, consumer electronics, military and government applications. The oscillator is capable of providing precise frequency selection, wide operating voltage ranges, low jitter and superior performance.