SG-636PCE 26.2144MC: ROHS

Oscillators

Oscillators are useful devices used to generate periodic electronic signals, based on an electrical circuit or electronic circuit element. They are often used to generate a basic frequency, for motors, and for communication circuits. Here, we will discuss the SG-636PCE 26.2144MC oscillator, its ROHS application field and the working principle.

SG-636PCE 26.2144MC Oscillator

The SG-636PCE 26.2144MC Oscillator is a high precision, reliable oscillator suitable for use in professional industry applications. It combines a low cost with an excellent performance for long term stability and high accuracy applications. The SG-636PCE features a low current operation of only 1.25mA making it suitable for battery-operated systems where power consumption is a major concern.

ROHS Application Field

The SG-636PCE 26.2144MC is used in a variety of applications due to its RoHS compliance. RoHS stands for the Restriction of Hazardous Substances in electrical and electronic equipment and components. This means that products are designed and manufactured in such a way as to eliminate or reduce the amount of hazardous materials used. The SG-636PCE performs well in automotive, home automation, security, industrial, medical and consumer electronics applications.

Working Principle

The SG-636PCE 26.2144MC features a crystal oscillator that is based on the piezoelectric effect. In the oscillator, the crystal acts as a capacitor, so that when voltage is applied, the crystal will vibrate and produce a high-frequency signal. The oscillator is then calibrated so that the exact frequency can be reproduced. The oscillator package also has a built-in amplifier which amplifies the signal, ensuring that it is of high-accuracy and stable.

Conclusion

The SG-636PCE 26.2144MC is a reliable, low-cost oscillator that is RoHS compliant. It is commonly used in automotive, home automation, security, industrial, medical and consumer electronics. It features a crystal oscillator which is based on the piezoelectric effect, combined with an amplifier to produce a high-accuracy and stable signal.