SIT9121AC-2D3-33E62.500000T

The SIT9121AC-2D3-33E62.500000T oscillator is a quartz crystal oscillator (XO) optimized for use as a frequency reference in modern electronic systems. The oscillator’s design is based on a high quality quartz crystal combined with CMOS analog integrated circuit technology, resulting in optimal stability and low power consumption. It is capable of operating over a wide temperature range due to its low temperature coefficient of frequency (TCF), and its crystal oscillator typically operates over a frequency range of between 32 and 52 MHz.

The SIT9121AC-2D3-33E62.500000T oscillator utilizes CMOS logic circuits that enable the oscillator to operate with low power consumption, low phase noise, and with the high reliability that CMOS components provide. The quartz crystal provides high frequency stability over a wide temperature range, while its integrated temperature compensation circuitry compensates for frequency drift caused by environmental temperature variations. The CMOS analog circuitry also provides a very low phase noise and jitter capabilities.

The SIT9121AC-2D3-33E62.500000T oscillator is ideally suited for use in communications systems, computer systems, industrial controls, scientific instruments, and other precision electronic equipment. It is also ideal for applications requiring high frequency stability and low power consumption in extreme temperature and vibration environments due to its robust design and low internal current consumption.

The oscillator can be used in applications such as phase locked loops (PLLs), frequency synthesisers, frequency counters, clock sources, delay lines and frequency dividers. In PLLs, the SIT9121AC-2D3-33E62.500000T oscillator can provide an extremely stable and reliable reference frequency to allow for fast and precise frequency tuning and control. It is also capable of providing extremely precise reference frequencies for frequency synthesisers and dividers.

The SIT9121AC-2D3-33E62.500000T oscillator is a very cost effective solution for providing accurate and reliable reference frequencies for a variety of applications. The combination of its robust design, low power consumption, and superior performance makes it a valuable device in many different types of applications.