SG-645PCW 133.0000MC3:ROHS

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Oscillators are important types of frequency control components used to generate electronic signals with specific frequency characteristics. The SG-645PCW 133.0000MC3: ROHS is a high-performance oscillator from Symmetry Electronics that combines a large frequency range, high temperature stability, and excellent pulse stability. The SG-645PCW 133.0000MC3: ROHS is a reliable and cost-effective solution for long-term frequency stability in applications such as consumer electronics, communications, industrial automation, automotive, and more.

Application Fields

The SG-645PCW 133.0000MC3: ROHS is the perfect oscillator for applications that require a wide frequency range, high temperature stability, and superior pulse stability. Applications that benefit from using the SG-645PCW 133.0000MC3: ROHS include consumer electronics, communications, industrial automation, automotive, and other specialized applications. It is also well-suited for applications that require low thermal drift or long-term frequency stability. The high temperature stability and large frequency range make the SG-645PCW 133.0000MC3: ROHS an excellent choice for various applications.

Working Principle

The SG-645PCW 133.0000MC3: ROHS works via the oscillator principle, where a signal of a specific frequency is generated by an electronic device. The SG-645PCW 133.0000MC3: ROHS oscillator has two pins that are connected to a frequency control circuit. This circuit works by applying a voltage across the pins to drive the frequency output of the device. The frequency is then measured by a frequency counter and can be adjusted by increasing or decreasing the voltage. The frequency can also be adjusted based on the temperature, which is done by controlling the current across the pins. The SG-645PCW 133.0000MC3: ROHS also offers a low thermal drift, which means that the frequency remains stable over a wide temperature range.

Conclusion

The SG-645PCW 133.0000MC3: ROHS is a highly reliable and cost-effective solution for applications requiring high frequency stability over a wide temperature range. The two pin architecture makes it easy to configure and adjust the frequency output and the low thermal drift provides long-term stability. The SG-645PCW 133.0000MC3: ROHS provides excellent performance in a variety of applications, making it an ideal choice for frequency control.

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