SG-8002CA 8.7840M-PHMB

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Oscillators play a key role in the modern electrical communication and engineering systems. They are essential components found almost everywhere from lab equipment to large-scale infrastructure. The SG-8002CA 8.7840M-PHMB is an example of oscillators that are widely used for their versatility and performance. This article will discuss its application field and working principle in detail.

Application Field

The SG-8002CA 8.7840M-PHMB oscillator is mainly used in telecommunications, precision instruments, wireless systems, data communication systems, and other related fields. It is developed with high stability, low jitter, high output power, and low power consumption features, making it a great choice for such applications.As such, it has been utilized in countless projects for its state-of-the-art performance. The enhanced features available on this oscillator allow it to be used in areas such as wireless antenna systems, satellite-based communication systems, and large-scale computer networks. Additionally, it can also be used in fields such as automotive telematics and industrial process control.

Working Principle

The SG-8002CA 8.7840M-PHMB oscillator uses a differential crystal oscillator architecture to achieve a wide frequency range. The architecture consists of two individually tuned crystals with one crystal being the reference oscillator, and the second one following it called an active oscillator. Both crystals are tuned to the same frequency and thus provide an identical output frequency.

The oscillator is designed to be operated in either the free-running mode, where the crystal drives the active oscillator circuit, or in the locked mode, where the active oscillator circuit is driven by the reference oscillator. The operating mode is selected by a control line, which can be programmed remotely. In the locked mode, the active oscillator follows the reference frequency due to the feedback mechanism provided by the control lines.

The output frequency of the oscillator is determined by the two crystals, allowing for a wide tuning range. The oscillator is also equipped with a temperature-compensating circuit which helps to stabilize its output frequency regardless of changes in ambient temperature. Another key feature of the SG-8002CA 8.7840M-PHMB oscillator is its low power consumption, allowing it to be used in portable applications.

Conclusion

In conclusion, the SG-8002CA 8.7840M-PHMB oscillator is a versatile and highly efficient device that is used for many applications. It utilizes a differential crystal oscillator architecture to keep its output frequency stable, regardless of temperature changes. It is also fitted with a temperature-compensating circuit, making it suitable for both indoor and outdoor usage. The oscillator also has a wide tuning range and low power consumption, making it a great choice for portable applications. As such, the SG-8002CA 8.7840M-PHMB oscillator is a top choice for use in the telecommunications, precision instruments, and wireless systems.

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