SIT8208AC-23-25E-33.333300T

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Oscillators

The SIT8208AC-23-25E-33.333300T oscillator is a new type of oscillator with special performance and application fields. It is a product of the SiTime company for the current high-end market and is specifically designed for Wi-Fi and Bluetooth protocols. It also has wide applications in the automotive, communications, medical, instrumentation, industrial, consumer electronics, power control, etc. fields.

Features of SIT8208AC-23-25E-33.333300T oscillator

The SIT8208AC-23-25E-33.333300T oscillator is based on the company\'s patented Bulk Acoustic Wave technology (BAW) and has a higher frequency stability, lower power consumption, and higher frequency accuracy than traditional quartz crystal oscillators, which can meet the needs of high-volume signal transmission in high-end applications. In addition, it has many other advantages such as fast time-to-market, small size, temperature compensation, air-proof, integrated package, etc.

Working Principle of SIT8208AC-23-25E-33.333300T oscillator

The SIT8208AC-23-25E-33.333300T oscillator uses the patented Bulk Acoustic Wave technology (BAW) to drive a piezoelectric material to generate sound waves, and uses a surface acoustic wave (SAW) filter to limit the frequency bands, and then passes through a broadband amplifier to complete the oscillation. The combination of these components can realize stable high-frequency oscillation.

The SIT8208AC-23-25E-33.333300T oscillator has a circuit configuration similar to that of quartz crystal oscillators. It consists of a filter, an amplifier, and a feedback line. The filter is used to limit the frequency band and leave the specific frequency band which is determined by the parameters of the filter. The amplifier is used to amplify the signal of the filter and send it back to the feedback line. The signal of the feedback line can also enter the amplifier to be amplified again and sent to the filter. Through the multiple feedbacks of these components, the oscillator can generate a stable oscillation at a specific frequency.

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