SIT9121AI-1B3-33E125.000000T

Oscillators are widely used in electronic circuits and many applications where a repeating signal with precise control of timing is necessary. SIT9121AI-1B3-33E125.000000T oscillators are precision frequency-controlled oscillators that offer a variety of frequency range, stability, and performance options to meet the most demanding requirements.

Application Field

With its ultra-small package and low power consumption, SIT9121AI-1B3-33E125.000000T oscillators are ideal for mobile and wireless communication applications that require a miniature size. The oscillators are also suitable for medical devices, instrumentation, sensor interface and data acquisition. These applications require precise timing and performance to minimize system size and power consumption. Due to its high performance, high temperature operation and low power consumption, SIT9121AI-1B3-33E125.000000T oscillators are also well-suited for consumer electronics, test and measurement applications, and automotive electronics.

Working Principle

A SIT9121AI-1B3-33E125.000000T oscillator generates a precise frequency with a small quartz crystal on its printed circuit board. The board contains an oscillator circuit composed of capacitive and resistive networks. These networks create a specific oscillation frequency in the crystal. A programmable phase-lock loop (PLL) circuit is included in the board, which locks the frequency to a specific setting. The output of the oscillator is a constant, precise frequency.

The operation of SIT9121AI-1B3-33E125.000000T oscillator is self-contained and requires external source of power. It can also be used as a system clock source, which means that it is used as an integral part of a larger system. The board can be connected to other components, such as microprocessors, and the PLL regulates the output frequency of the oscillator to keep it precisely synchronized with the system clock.

In conclusion, the SIT9121AI-1B3-33E125.000000T oscillators offer a high-performance, low power solution to a variety of application fields. Its miniature size and wide range of frequency range, stability, and performance options make it ideal for most any application. Moreover, its PLL circuit ensures a precise and constant output frequency.