SIT9120AI-2C1-25E100.000000Y

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Oscillators exist in nearly all electronic devices to provide clock or time base signals. SIT9120AI-2C1-25E100.000000Y oscillator is a type of conductive quartz oscillator frequency stabilized by a special ceramic resonator device and designed to replace the quartz crystal resonator found in many low-power electronic circuit applications where precision frequency stability is required. It uses a differential oscillator circuit with an internal buffer amplifier designed for improved performance stability and lower power consumption. This oscillator is suitable for use in a wide variety of products, from microcontrollers to automotive electronics.

The SIT9120AI-2C1-25E100.000000Y oscillator works by producing a continuous, stable frequency signal from oscillations generated by the internal resonator. The oscillator is built on a ceramic material and consists of thin layers of metal and dielectric material. Oscillations are generated by the piezoelectric effect, in which an electric field created by the application of voltage to the resonator results in mechanical vibrations. These mechanical vibrations are converted back into an electrical signal by the internal amplifier, providing a stable and precise frequency signal that can be used in many applications.

The SIT9120AI-2C1-25E100.000000Y oscillator is designed for precision timing applications in microcontrollers, ASICs, automotive electronics, medical devices, communication systems, automated devices, and instrumentation. It is particularly useful for achieving precise and stable timing, as its frequency stability is within a few parts-per-million (ppm), especially at lower temperatures. This oscillator also offers better temperature stability and lower current consumption than quartz crystals, as well as higher long-term stability, making it suitable for use in applications that require high levels of frequency stability.

The SIT9120AI-2C1-25E100.000000Y oscillator is an ideal choice for many precision timing requirements. Its wide range of features makes it suitable for numerous applications, from handheld devices to automotive electronics. Its lower power consumption, high precision, and high temperature stability make it the go-to choice for applications that demand absolute accuracy and reliability.

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