SG-310SEF 29.4912MC

Oscillators

The SG-310SEF 29.4912MC oscillator belongs to the category of oscillators, and works on a basic principle that revolves around the creation of an electric charge. The oscillator is designed to generate extremely precise, stable oscillatory signals, with corresponding output instabilities having an upper limit of only 10ppm.

The main application field of the SG-310SEF 29.4912MC oscillator is the generation of very precise frequency signals needed for specialized digital and analog projects. For instance, the oscillator can be used in digital circuitry that necessitates very precise timing signals. In a similar fashion, this oscillator can also be used in the accurate synchronizing of multiple clock sources.

Operationally, the SG-310SEF 29.4912MC oscillator relies on very precise quartz counter-frequencies. What this means is that the oscillator contains a quartz crystal, via which the frequency of the output signal can be accurately adjusted. The oscillator also contains an amplifier and feedback system, which ensures very precise timings and frequencies.

The oscillator also contains a frequency divider, which serves the purpose of allowing multiple frequencies to be generated using the same oscillator. This makes the SG-310SEF 29.4912MC ideal for digital systems that need complex and finely-tuned clock frequencies. Some of the outputs of the SG-310SEF oscillators are integrated into digital or microcontroller systems.

Finally, it is important to note that the SG-310SEF 29.4912MC can operate at a temperature range of –30 to +175 degrees C, and is able to generate frequency signals over a wide range of applications over-and-above the 10ppm instabilities. These include frequencies as low as 150 KHz, to as high as 300 MHz. The SG-310SEF 29.4912MC can also operate with anywhere from 3.3V to 15V power, making it even more adaptable to many situations.