SIT8008AIF3-25E

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Programmable Oscillators are high precision frequency-determining components used in a wide range of electronic and industrial applications. Among these oscillators, SIT8008AIF3-25E is a high performance 24-bit programmable oscillator with 25MHz operating frequency. Its improved frequency and phase accuracy potential, coupled with its low power consumption, make this device a great choice in many applications.

The SIT8008AIF3-25E programmable oscillator has three main application fields. Firstly, it offers optimal timing, frequency and path switching control functions for high-end audio-video products. Secondly, it finds its use in high-end automotive applications where its extremely small size, easy programming, and robust design make it the perfect choice. Last but not least, the device is often used in industrial automation applications where its accuracy and dependability are key requirements.

The working principle of the SIT8008AIF3-25E oscillator starts with the parallel combination of an R-C circuit, an internal reference voltage, and an input voltage. The circuit is then integrated into an oscillator where it is connected to two external clock nodes, a reset node, and an enable node. The frequency of the oscillator output is determined by the R-C circuit and the input voltage. During the oscillator operation, the output signal is generated by using pulse-width modulation and frequency modulation. The clock nodes and reset node control the operation of the device. The enable node is used to enable or disable the oscillator when required.

In conclusion, the SIT8008AIF3-25E programmable oscillator offers excellent accuracy and robust design for three different application fields. The oscillator’s superior performance makes it a great choice for use in audio-video, automotive and industrial automation applications. The oscillator’s working principle involves the integration of an R-C circuit, an internal reference voltage, an input voltage and various clock and reset nodes. By using pulse and frequency modulation, the oscillator generates its output signal at the specified frequency.

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