BS-175.000MCC-T

Oscillators

Oscillators are electronic circuits capable of generating an electrical signal with a specific frequency and shape. They serve as the underlying technology for a variety of applications across different fields today, from the frequency synthesizers used in communications technology to the sound generators used in musical instruments. In this article, we’ll discuss the BS-175.000MCC-T application field and working principle.

Applications of the BS-175.000MCC-T

The BS-175.000MCC-T is a voltage-controlled oscillator (VCO) designed for use in communication applications. It is able to generate stable output signals ranging from 10-170MHz with a wide frequency tuning range. It has a high linearity and low phase noise performance which makes it ideal for high-precision communication devices. It is commonly used in devices such as mobile base stations, satellite communication systems, access network systems, test equipment and the like.

Working Principle of the BS-175.000MCC-T

The BS-175.000MCC-T is a voltage-controlled oscillator (VCO) that operates on the principle of generating an oscillating signal through the use of an electrical capacitor. The oscillator is made up of three components: a variable frequency generator, an amplifier and a filter. When a voltage is applied between the two capacitors, an electromagnetic field is generated which causes the charges on the capacitor to oscillate. The oscillating current created, known as the carrier wave, is then fed into an amplifier to boost the signal’s power, and finally fed into a filter which cleans the signal and removes any unwanted frequencies. The output of the oscillator is then sent to a frequency synthesizer where the signal is tuned to the desired frequency.

Conclusion

In short, the BS-175.000MCC-T is a voltage-controlled oscillator designed for use in communication applications. It has excellent linearity and low phase noise performance and is commonly used in devices such as mobile base stations, satellite communication systems, access network systems, test equipment and the like. The oscillator works on the principle of generating an oscillating signal through the use of an electrical capacitor, and the output is then tuned to the desired frequency through a frequency synthesizer.