SIT8008BIL8-18S

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Programmable oscillators encompass a wide range of frequency-generating solutions which are designed for different applications and markets. The SIT8008BIL8-18S is such an example of a programmable oscillator and this article presents details of its applications, working principle, and features.

Application Field

The SIT8008BIL8-18S is a microprocessor-compatible programmable oscillator and is primarily used in system clock generation. Its major application fields include digital audio, digital video, medical electronics, communications, instrumentation, GPS, and military/aerospace systems. It is highly reliable and accurate, and can conduct a wide array of different functions.

Features

The SIT8008BIL8-18S is an advanced programmable oscillator. Its features include excellent jitter performance, fast locking time, low power consumption and wide temperature range. It has a frequency range from 0.1kHz to 60 MHz, and a frequency change time of under 10ns. It has a 2.5V to 3.3V power input, and provides CMOS and TTL signal levels for applications which require a low-jitter clock signal. Overall, it has an excellent performance, meeting the requirements of various systems.

Working Principle

The SIT8008BIL8-18S is composed of two main components: a digital synthesizer and a voltage-controlled oscillator (VCO). The digital synthesizer is the main component which determines the exact frequency of the output signal. It works by converting the digital frequency settings into an analog signal. This signal is then used to control the VCO, which is a type of oscillator capable of adjusting its frequency based on the input voltage. The VCO produces the desired output frequency, and this is what is sent out to the system.

Conclusion

The SIT8008BIL8-18S is an advanced programmable oscillator designed for various applications and markets. It has an impressive list of features, including its excellent jitter performance, fast locking time, low power consumption and wide temperature range. Although the device works by combining a digital synthesizer and a voltage-controlled oscillator, it is extremely reliable and accurate, making it the ideal solution for system clock generation.

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