SG-8018CE 9.2160M-TJHSA0

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Oscillators are electronic components commonly used in various electronic systems and circuits. The SG-8018CE 9.2160M-TJHSA0 is a type of oscillator, and it provides certain features that make it suitable for different applications. This article takes a look at the SG-8018CE\'s application fields and examines its working principle.

Application Fields of the SG-8018CE

The SG-8018CE is suitable for use in applications that require oscillations within the 9.2MHz to 16MHz frequency range. It has a wide temperature range (-20℃ to +80℃) and a current consumption of 1.8mA which makes it suitable for operating in low power systems. The SG-8018CE also comes with a miniaturized SMD package which makes it suitable for use in small electronic systems and circuits. It also features low electromagnetic interference (EMI) and low phase noise to reduce the risk of disruption to other electronic systems in the vicinity.

Working Principle of the SG-8018CE

The SG-8018CE uses a combination of an emitter-coupled oscillator (ECO) or a Vernier delay line (VDL). An ECO is a type of oscillator that uses a differential pair of transistors to generate output signals. It works by using the feedback generated by the differential pair to generate oscillations at the desired frequency. This type of oscillator has low power consumption and provides excellent phase noise characteristics.

The Vernier delay line works by taking two separate delay lines and using them to generate a controlled output frequency. By controlling the delay of one line relative to the other, the output frequency can be tuned from a range of different frequencies within the 9.2MHz to 16MHz frequency band. It is a high precision oscillator which is often used for its low phase noise and high stability.

Conclusion

The SG-8018CE oscillator is a high quality oscillator suitable for use in a variety of applications. It offers a wide frequency range and is designed with a miniaturized SMD package. It is also designed to operate with low power consumption, low EMI, and low phase noise. It uses either an ECO or a Vernier delay line to generate the desired output frequency with high precision, accuracy, and stability.

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