CMX309FLC13.500M-UT Crystals, Oscillators, Resonators

Oscillators: CMX309FLC13.500M-UT

Oscillators are crucial components in electronics engineering, particularly since they\'re extensively used in modern electronic circuits. One example of an oscillator is the CMX309FLC13.500M-UT. This device incorporates a number of advanced features to ensure its reliability and stability. Its application fields are numerous, as it can be applied to R&D, automotive, consumer and industrial areas. In addition, its outstanding performance serves as evidence for its wide use.

Application Field

In short, the CMX309FLC13.500M-UT can be applied in a variety of different areas. To start with, the oscillator can be used in R&D and within automotive industries. Particularly, the oscillator is commonly used for automotive fuel-injection systems, as its wide frequency range and stability makes it perfect for such applications. Similarly, it can also be used within consumer and industrial electronic products. Given its impressive specs, it can work as a main oscillator for products, such as watches, being used in applications such as automotive, telecom, consumption and industrial.

Working Principle

The CMX309FLC13.500M-UT is built upon an embedded circuit. It works by taking in an input signal, typically from either a quartz crystal or a capacitor, and then modifying it into an output signal. This output signal is then typically received by an amplifier or a receiver. The oscillator is also designed to ensure its stability by using temperature compensation circuits, which helps to keep its overall frequency constant. In addition, the monolithic oscillator also features a wide operating temperature range, low jitter, high integration and extreme precision.

Conclusion

To sum up, the CMX309FLC13.500M-UT oscillator is a reliable and precise device that can be applied in many modern electronic applications. As mentioned, its application field can span a vast range of different industries, including automotive, consumer and industrial products. Furthermore, it also incorporates a number of advanced features, such as temperature compensation circuits and low jitter levels, which ensure its stability and consistency. Therefore, it is a device worth considering for many engineers.