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Oscillators

Oscillators are specialized electronic components designed to generate electrical signals with a precise frequency and in many cases to maintain the frequency over time. These signals can be characterized as either repetitive waveforms such as sine waves, triangular waves, sawtooth waves and pulse waves, or more complex waveforms shaped by electronic circuits.

The SIT9156AI-1D2-33E156.253906T is one such oscillator designed to provide a stable frequency output over a wide range of environmental and applied conditions. Based on a CMOS (complementary metal oxide semiconductor) design, it has a maximum frequency of 156.25 MHz and can operate over a wide temperature range.

Application Field of The SIT9156AI-1D2-33E156.253906T Oscillator

The SIT9156AI-1D2-33E156.253906T oscillator is typically used in applications such as wireless communication systems, TV and broadcasting equipment, automotive infotainment systems, high-speed data processing, and medical imaging. Its wide frequency range and stability make it ideal for these applications.

Working Principle of The SIT9156AI-1D2-33E156.253906T Oscillator

At the heart of the SIT9156AI-1D2-33E156.253906T oscillator is a CMOS oscillator core. This core combines a voltage-controlled oscillator and a crystal quartz resonator, which produces a precise and stable frequency output.

The voltage-controlled oscillator produces a triangular waveform with a frequency based on the applied voltag, while the quartz resonator filters and stabilizes this waveform to the desired frequency. The quartz resonator is made of a high-Q material, which has a low capacitance and a high dissipation factor.

The SIT9156AI-1D2-33E156.253906T oscillator also includes an internal voltage regulator to ensure stable operation and a temperature compensation circuit to keep the frequency as close as possible to the set value across a wide temperature range.

The frequency of the SIT9156AI-1D2-33E156.253906T oscillator can be adjusted by applying a control voltage or by calibrating it with an external reference clock.

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