353WB3I100T

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Oscillators - 353WB3I100T Application Field and Working Principle

The 353WB3I100T oscillator is composed of a quartz crystal and custom-made circuits, and is a type of oscillator specifically designed for frequency stability and low phase noise. As such, the 353WB3I100T is especially applicable in precision measurement and commutation, radar system control, and telecommunications.

Application Field

The high-precision and low-phase noise characteristics of the 353WB3I100T make it ideal for applications that require stability and accuracy in the transmission of signals and data. This is why it is commonly used in radar systems, measuring instruments, medical equipment, and synchronization systems.

The 353WB3I100T interference source can also be used in various communication systems, such as in telecom base stations and repeaters. In mobile communications, the oscillator can be used for frequency synchronization and correction, and in short-distance radio transmission systems, it can also be used for frequency modulation.

The wide range of frequency provided by the 353WB3I100T also makes it useful in frequency-division multiplexing equipment, and in devices that require precise and accurate frequency distribution, such as telecommunications or heavy-duty industrial equipment.

Working Principle

The basic principle of operation for the 353WB3I100T oscillator is called the Free-Running Unlock Tune-out Principle (FRUT). This principle states that when a quartz crystal is not locked into the natural oscillation of a particular frequency, it will be influenced to oscillate at a different frequency, or “tune-out.”

In order to operate correctly, the 353WB3I100T oscillator uses a quartz crystal as a reference signal, and a circuit to generate an oscillating frequency from the crystal. The frequency of the oscillator is tuned by adjusting the external trimming circuits. It is then held in tune by using a securely locked feedback loop that monitors it and corrects whatever variation might occur.

The 353WB3I100T oscillator also utilizes a variety of technologies, such as phase-locked loops and carrier-indicator control, to ensure accuracy and stability. For instance, in order to achieve optimal stability, the oscillator utilizes a PLL (Phase locked Loop) circuit to control drift, as well as a temperature compensating system to increase precision and counteract any frequency variation caused by changes in operating temperature.

The 353WB3I100T oscillator can operate over a wide temperature range, from -40° Celsius to +85° Celsius. In addition, advanced manufacturing processes, such as surface mounting technology, allow for reduced performance deviation and a higher operating temperature range.

Conclusion

The 353WB3I100T oscillator has many useful applications, such as in radar systems, instrument measuring, and frequency-division multiplexing. Additionally, it is suitable for operation over a wide temperature range, thanks to its advanced manufacturing processes and temperature-compensating system. With its precise frequency and low-phase noise output, the 353WB3I100T oscillator is sure to remain a popular choice for many applications in the years to come.

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