ASVMPLP-155.520MHZ-LC-T

Oscillators

An oscillator is a device that produces periodic electrical signals. In the field of electronics, it is used to produce waveforms of a specific frequency which could be used in signal processing applications. The most commonly used oscillators are vacuum tubes, crystal oscillators, and mechanical resonators. Oscillators are classified according to its frequency range and its working principle.

ASVMPLP-155.520MHZ-LC-T Oscillators

The ASVMPLP-155.520MHZ-LC-T oscillator is categorized as a transverse-oscillator. It is an LC-tapped type oscillator that has an output frequency of 155.520MHZ. It features a low noise design as a result of its LC combination which leads to a stable waveform. It also boasts a low phase noise which makes it an excellent choice for signal processing applications.

Application Field

The ASVMPLP-155.520MHZ-LC-T oscillator is suitable for use in various types of communication networks such as cellular, satellite and fiber optic. It is widely used in radars, data links, and military communications. It is also used in digital audio/video production, broadcasting, and signal measurement.

Working Principle

The ASVMPLP-155.520MHZ-LC-T oscillator works on the principle of an LC combination. It consists of an inductor and a capacitor connected in parallel. When electrical current is supplied to the circuit, the stored energy accumulates and produces a waveform at a frequency of 155.520MHZ. This waveform is then used to generate electrical signals which can be used in various types of networks.

The ASVMPLP-155.520MHZ-LC-T oscillator also uses an LC tuning to help increase its stability and accuracy. The combination of the inductor and capacitor acts like a filter that helps to filter out any unwanted frequencies. This combination also helps to reduce the level of phase noise which ensures that signals are more accurately transmitted.

Conclusion

The ASVMPLP-155.520MHZ-LC-T oscillator is an excellent choice for various types of communication networks due to its low noise design, stable waveform, and low phase noise. It can be used in applications such as radars, digital audio/video production, and broadcasting. It works on the principle of an LC tuning to produce waveforms at a frequency of 155.520MHZ.