SG-8002CA 100.0000M-PHCB

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Oscillators are electronic components that generate periodic electrical signals. Certain oscillators, such as the SG-8002CA 100.0000M-PHCB, are designed to work with specific applications. This article will discuss the application field of the SG-8002CA 100.0000M-PHCB oscillator, as well as its working principle.

SG-8002CA 100.0000M-PHCB Application Field

The SG-8002CA 100.0000M-PHCB oscillator is designed for use in a range of applications pertaining to wireless communications. This includes wireless local area networks, cellular telephone systems, and other systems that depend on radio frequency (RF) communications. The oscillator is also designed for use in medium and low power applications.

In addition to its various wireless communications applications, the SG-8002CA 100.0000M-PHCB oscillator can also be used in GPS (Global Positioning System) receivers, and other navigation and tracking systems. Furthermore, the oscillator can be used in WiMAX (Worldwide Interoperability for Microwave Access) and 3G mobile communication base station systems.

SG-8002CA 100.0000M-PHCB Working Principle

The SG-8002CA 100.0000M-PHCB oscillator is a crystal oscillator that consists of a crystal and a set of electrical components. The crystal elements are made of special material, such as quartz, which is an electrical insulator. When subjected to an electric voltage, the crystal elements produce mechanical vibrations at a specific frequency.

The oscillator’s electrical components, such as capacitors and inductors, are connected to the crystal elements to create an oscillator circuit. When energized, the circuit oscillates at the crystal’s frequency. The oscillation can be either sine wave or other waveforms. The waveforms output by the oscillator circuit can then be used for various RF applications.

Conclusion

The SG-8002CA 100.0000M-PHCB oscillator is a crystal oscillator designed for use in a wide range of wireless communication applications, including wireless LANs, cellular telephone systems, GPS receivers, and WiMAX and 3G systems. It consists of a crystal element and an oscillator circuit, which is energized to create a specific waveform. This waveform output can then be used for various types of RF applications.

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