SIT9120AC-2C1-25E133.333000T

Oscillators

Oscillators are electrical devices that produce repeating electrical signals with a well-defined waveform. Oscillators are components used in electronic circuits to generate either sound, electricity, or electromagnetic energy. In addition, they are used to transmit radio frequencies. One such oscillator is the SIT9120AC-2C1-25E133.333000T.

SIT9120AC-2C1-25E133.333000T application field and working principle

The SIT9120AC-2C1-25E133.333000T is a high-performance, low-power oscillator that offers an ideal solution for a wide range of applications including microprocessors, controllers, transceivers and communications equipment. It is a laser-trimmed high-performance oscillator that offers a higher frequency accuracy, lower jitter and higher reliability compared to conventional frequency-synthesis oscillators. The SIT9120AC-2C1-25E133.333000T has a wide frequency tuning range of up to 0.875 MHz to 12.750 MHz.

The oscillator has a unique capability to adjust the frequency of a given signal even when the conditions for proper frequency generation change significantly. This advantage is achieved by using a patented feed-forward frequency-locked loop, a preset quartz crystal, and low-jitter digital logic to complete the adjustment in an extremely fast manner. This technology is also known as “overdrive” in the industry because it allows the oscillator to operate at frequencies beyond the normal frequency range of the original quartz crystal.

The speed of the SIT9120AC-2C1-25E133.333000T oscillator is further enhanced by a phase-locked loop. The phase-locked loop is a circuit that controls the frequency of the oscillator and maintains the synchronization between the output and the supply voltage. This allows the oscillator to maintain better accuracy, stability, and reliability over a larger frequency range and temperature range.

The SIT9120AC-2C1-25E133.333000T oscillator is a reliable, low-power oscillator with a superior performance compared to other oscillators. The operation of the oscillator is based on a very stable quartz crystal and the adjustment of its frequency is done quickly and accurately using a patented feed-forward frequency-locked loop and low-jitter digital logic. This oscillator is ideal for high-performance microprocessors, controllers, transceivers, and communications equipment.