Oscillators

The SG-710PHK 20.0000MM is an oscillator. Oscillators are important components in numerous electronic systems and devise, as they generate an AC or DC signal with a specific frequency. These signals, which are regularly pulses, often drive other audio components in the system. In this way, oscillators are fundamental in creating the audio signals for all sorts of applications, from small microcontrollers to high-end systems for professional use. SG-710PHK in particular is one of the most popular oscillators used by professionals.

Application Field

The SG-710PHK 20.0000MM is specifically designed for high frequency applications, up to 20MHz in particular. This makes it a great choice for driving multiple audio components in medium to large-sized electronic systems. It is highly accurate and highly stable, ensuring the correct operation of all other components in the system. SG-710PHK has a wide range of applications, from radio broadcasting stations and professional sound systems, to simple home and audio equipment. SG-710PHK can also be used in a variety of other systems, from pulse-width modulation modulation circuits, to digital-to-analog converters and frequency synthesizers.

Working Principle

The SG-710PHK works using a type of technology called frequency control. Frequency control works by utilizing an active crystal oscillator that modulates a specific frequency. This specific frequency is then used to drive the other components in the system. In the case of the SG-710PHK, the frequency range is from 0.1MHz to 20.0000MHz and is accurately regulated, thanks to the use of the active crystal oscillator. This high precision allows for excellent performance in most audio-related applications.

Conclusion

In conclusion, the SG-710PHK 20.0000MM is an oscillator designed for high frequency applications up to 20MHz. It is highly stable and accurate, allowing for excellent performance in a wide array of systems and applications. It is a great choice for professionals, and is sure to become even more popular in the future.