SG-8101CG 68.000000 MHZ TBGPA

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Oscillators are electrical circuits which generate a repetitive and periodic oscillation. They are typically used to create a steady output voltage and signals for clocks, radio frequency signals, or timing. The SG-8101CG 68.000000 MHZ TBGPA is a type of oscillator with several unique features that make it suited for a variety of applications. In this article, we will discuss the application field and working principle of the SG-8101CG.

Application Field of SG-8101CG

The SG-8101CG is a small oscillator that is great for applications where frequency stability and temperature stability are a must. It also has low jitter, low power consumption, and low phase noise performance. It is typically used in digital voice communications systems, digital audio systems, high-definition television receivers, satellite transceivers, wireless networks, optical transceivers, wideband data communications systems, and navigation equipment.

Working Principle of SG-8101CG

The SG-8101CG works on the principle of negative resistance. The oscillator consists of an amplifier and a feedback element connected to each other in a negative feedback loop. The amplifier amplifies an input signal which is then fed back from the feedback element to the amplifier and thus causes the oscillator to vibrate. The feedback element is designed in such a way that it maintains a constant level of oscillation with a minimum of distortion. As the input signal is amplified, the amplifier eventually saturates, setting a maximum frequency or frequency range that the oscillator can produce.

The SG-8101CG is a contactless crystal oscillator with optional integrated programmable filters. This allows for additional features such as frequency stability over temperature and time variations, as well as the ability to reduce jitter performance and noise. An oscillator of this type is particularly suited for systems running at high frequency, such as digital voice communications systems and digital audio systems.

The SG-8101CG is also designed with an integrated temperature compensation circuit. This design helps to ensure that the frequency of oscillation does not change with changes in temperature. This makes the SG-8101CG an ideal solution for applications where frequency stability over a range of temperatures is important.

Conclusion

The SG-8101CG is a great choice for applications requiring high-speed, frequency stability, and low-noise operation. It has a wide range of applications, from digital voice communication systems to wireless networks and navigation equipment. Its integrated temperature compensation circuit ensures improved frequency stability even over a wide range of temperatures. With these features, the SG-8101CG is a powerful oscillator for any application.

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