SG-710PHK 12.0000MM

Oscillators are electronic circuits used to generate periodic, stable, precise, and many different waveforms with signal frequency, amplitude, and shape fully adjustable and programmable. The SG-710PHK 12.0000MM is one example and applies to several fields. Using quartz crystal devices, the SG-710PHK oscillator operates at a frequency of 12.0000MHz within a sawtooth waveform. Sawtooth waves seen in oscillators boast higher efficiency with greater flexibility when compared to sine waves—that is why quartz crystals are used in their construction. For those unfamiliar, quartz crystals have specific a physical characteristic of resonating at an exact frequency when subjected to energy, in this case, a low voltage DC source. This characteristic is incorporated into the design of the SG-710PHK 12.0000MM oscillator to achieve an efficient and precise oscillation waveform.In applications, the device can be used in electronic communication, digital music, microprocessors, laser systems, and other sensing and measuring instruments, just to name a few. Furthermore, the SG-710PHK 12.0000MM oscillator is designed to produce a sinusoidal wave with no harmonic content, leading to an extremely low phase noise. Its quartz crystal also gives it excellent stability—which is an important factor in precision applications. Being temperature compensated and highly precise, the SG-710PHK 12.0000MM oscillator is perfect for any application requiring accurate timing signals. In conclusion, the SG-710PHK 12.0000MM oscillator from SG-710 is a precision device suitable for numerous applications. With the use of quartz crystal technology, users can benefit from waveforms boasting higher efficiency and greater flexibility when compared to sine waves, all the while enjoying its low phase noise and excellent temperature stability.