ECS-196-20-23A-TR Application Field and Working Principle

The ECS-196-20-23A-TR is a low frequency crystal from the ECS Series. The crystal is a precise piece of equipment used in frequency control. Its usage is mainly in communication and digital signal processing because it ensures that digital signals are always accurate in their timing. This crystal has many important characteristics, such as a frequency range of 10 to 50MHz, low drive level, low aliasing noise, and excellent temperature stability.

Application Field

The precision of the ECS-196-20-23A-TR crystal makes it a great fit for certain applications such as Intel QuickPath Interconnect (QPI) buses, clock generators, touch panels, signal processing, Wi-Fi and other Radio Frequency Applications, and more. The clock signal is fundamental for the functioning of a computer, and it is the ECS-196-20-23A-TR crystal that helps this process happen.

Working Principle

A quartz crystal is a mineral mainly composed of silicon dioxide and exists in two different varieties. The second type, known as synthetic quartz, is preferred in industry because its properties can be manipulated and controlled. These crystal structures resonate to electro-mechanical oscillations that are of the same frequency when a specific voltage is applied. This property is known as piezoelectricity.

Since it is also a good insulator and can hold a charge, a quartz crystal can be mounted and fixed onto an electronic circuit to precisely measure and control the frequency of an electronic signal. The ECS-196-20-23A-TR crystal works by using this piezoelectric principle to create a low frequency signal from 10 to 50MHz, with a very low driving level, and low aliasing noise. It is also very temperature resistant which gives it an overall advantage for its range of applications.

Conclusion

The ECS-196-20-23A-TR crystal is a precision piece of equipment for measuring and controlling frequency. With a frequency range of 10 to 50MHz, low drive level, low aliasing noise, and excellent temperature stability, it is a great fit for many modern applications such as Intel QuickPath Interconnect (QPI) buses and Wi-Fi. It works by using the piezoelectric principle to accurately measure and control the frequency of an electronic signal.