Oscillators

Oscillators are electronic circuit components that generate a repetitive electrical signal without any input from outside. The 510GBB125M000AAGR oscillator is a quartz clock oscillator with B voltage and B+ frequency stability. It is especially suitable for temperature-critical fields, such as communication, aviation and precision instruments.

Application Field

The 510GBB125M000AAGR oscillator is widely used in the communication, aviation, precision instrumentation, and medical systems due to its high stability, low jitter, and small size. It is able to provide long-term time reference for these application fields and be used in satellite communication, smart meters, and more other fields.

Working Principle

The 510GBB125M000AAGR quartz clock oscillator has a working principle of electromechanical feedback. It consists of a quartz resonator, an electric circuit, and an electrolyte. The quartz resonator has piezoelectric properties, so when an electric current is applied it vibrates mechanically. This mechanical vibration is then converted into an electrical signal by the electric circuit, which is then used to maintain the resonance of the quartz resonator in a constant frequency. This is the basis of all quartz clock oscillators, and the 510GBB125M000AAGR is no exception.

Conclusion

The 510GBB125M000AAGR quartz clock oscillator is a highly precise device with a wide range of application fields. It has a working principle of electromechanical feedback, and it is suitable for temperature-critical fields, such as communication, aviation and precision instruments. It is a reliable and robust device with high stability, low jitter, and small size, making it ideal for use in satellite communication, smart meters, and many more application fields.