SIT8008ACE2-18E

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Programmable oscillators are effectively and widely used by many electronic applications, and SIT8008ACE2-18E is one of them. Basically, the SIT8008ACE2-18E is a single-chip programmable oscillator. It has vast application fields and a corresponding working principle.

The SIT8008ACE2-18E is typically used for providing different clocks for different digital devices, as it has excellent frequency ranges, which are from 0.4MHz to 80MHz for LVCMOS outputs. And, due to its low frequency, it is widely used as clock source for digital devices from 3.3V to 5V. Moreover, it is also used as an oscillator in many communication systems like Wi-Fi, bluetooth, local area connections, etc.

In addition to its wide application field, the SIT8008ACE2-18E also has an impressive working principle. Its architecture comprises three elements: an input circuit, a parallel programmable oscillator and an output interface circuit. The input circuit is used to receive the input signal, while the parallel programmable oscillator circuit is used to generate a frequency output based on the applied voltage. Finally, the output interface circuit is responsible for converting the frequency output into a digital signal with enabled output enable pin.

The SIT8008ACE2-18E programmable oscillator has an integrated low-jitter, high-frequency capability and a wide range of frequency outputs. The programmable oscillator can also be used for frequency modulation and frequency synthesis. And, the device also supports auto-calibration and adjustable frequency clocks.

The multi-sided crystal package is also well received by many users. With the built-in LVCMOS oscillator and its low-fixed frequency configuration, the SIT8008ACE2-18E is a great choice for applications requiring high performance, stability and precision.

In conclusion, the SIT8008ACE2-18E is a great programmable oscillator with a wide application field and a corresponding working principle. This highly reliable, high-performance device is suitable for many different requirements. With its low-jitter, high-frequency capabilities, it is an ideal choice for applications needing performance and stability.

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