CM309S-16.666MABJTR

Crystals are a type of components widely used in the electronics industry. CM309S-16.666MABJTR is one of the most common types of crystals used in applications today. This article will discuss the application field and working principle of the CM309S-16.666MABJTR crystal.

Application Field

The CM309S-16.666MABJTR crystal can be used in a wide range of applications. It is particularly suitable for PC-type clocking circuits, such as printer control, video circuit control, local area networks (LANs) and modems. It can also be used for peripheral board control, I/O board control and power applications. Additionally, it is often used in audio and musical instruments, such as those used for sampling and synthesizing applications.

Working Principle

The CM309S-16.666MABJTR crystal consists of two small quartz plates that are cut in specific shapes. The two plates are then placed together and sandwiched between two metallic electrodes. The quartz plate has natural properties that allow it to generate an oscillating electrical signal when voltage is applied to the electrodes. This oscillating signal can be used to drive clocking circuits and provide accurate timing signals.

The frequency of the oscillating signal is determined by the size and shape of the quartz plates. The CM309S-16.666MABJTR crystal has a frequency of 16.666 Mega-Hertz (MHz). This specific frequency is well-suited for clocking circuits and other digital control applications. The CM309S-16.666MABJTR crystal is also highly accurate, as it has a small tolerance of ±50 ppm. This ensures that the generated timing signals remain consistent, thus improving the overall operation of the circuit.

Conclusion

The CM309S-16.666MABJTR crystal is an important component for a variety of electronic applications. It is especially suitable for PC-type clocking circuits, such as printer control, video circuit control, LANs, and modems. Additionally, it can also be used for a wide range of audio and musical applications. The crystal is highly accurate, with a low tolerance of ±50 ppm, and a frequency of 16.666 MHz, which is perfect for clocking circuits and digital control applications.