SG-8003JF-PEL

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Programmable oscillators are advanced electronic components that can be used to generate a variety of signals with different frequencies and output level. The SG-8003JF-PEL is an example of a programmable oscillator, which is a popular choice when needing a versatile signal source for a wide range of applications. Given its features, applications, and working principle, the SG-8003JF-PEL can provide a robust signal with precision and reliable performance.

Features of the SG-8003JF-PEL

The SG-8003JF-PEL is an ultra-stable programmable oscillator that offers a wide range of versatility. It boasts a frequency range of 16MHz to 800MHz and an output power of +17dBm. It also has an excellent temperature stability ranging from -10ppm to +5ppm, making it an ideal choice for applications requiring a robust signal over extended periods. Furthermore, it boasts a very low phase noise of -100 dBc/Hz at 1 MHz offset. This makes it an excellent choice for signal sources in radio-frequency applications, where low noise is essential.

Applications

The SG-8003JF-PEL is a versatile signal source, making it suitable for use in a wide range of applications. It can be used for controlling frequency in communication systems, for example, in coarse or precise frequency tuning or continuous wave (CW) generation. It is also suitable for test and measurement, radar systems, and automatic tuning systems. Furthermore, it is suitable for use in semiconductor manufacturing, where its precise and reliable output can be used for burn-in tests and for calibrating instruments.

Working Principle of the SG-8003JF-PEL

The SG-8003JF-PEL works on the principle of phase-locked loop (PLL). This type of circuit uses a feedback mechanism to lock onto a reference frequency and control the output frequency of the oscillator. In the case of the SG-8003JF-PEL, this reference frequency is generated by an internal crystal oscillator, which provides a stable and accurate input frequency. The PLL then adjusts the output frequency to match the reference frequency. This is done by comparing the reference frequency to the output frequency and then adjusting the output frequency until the two frequencies match. The SG-8003JF-PEL also has a wide range of programmable features, such as frequency resolution, output level, and power level, which can be adjusted depending on the application.

Conclusion

The SG-8003JF-PEL is an excellent example of a versatile programmable oscillator. It is suitable for a wide range of applications, from communications and test and measurement, to semiconductor manufacturing. Furthermore, it offers a very low phase noise, temperature stability and a wide output power range, making it an ideal choice for applications that require a reliable signal source with precision and reliability. This oscillator is a great choice for those needing a programmable signal source that also offers great performance and value.

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