AWSZT-40.00CW-T Crystals, Oscillators, Resonators

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Resonators

Resonators are electrical components that are used in a variety of applications, including signal conditioning, acoustic applications and resonance control. They store electrical energy and use it to govern the flow of current in circuits. One particular type of resonator is the AWSZT-40.00CW-T.

Application Field

The AWSZT-40.00CW-T is a miniature, discrete, surface-mount ring-type resonator. It is specifically designed with an integrated matching network for voltage resonant mode signal conditioning applications. It can also serve as an oscillator, signal generator and signal buffer in systems that require resonance control.

The AWSZT-40.00CW-T comes in 5 standard clock frequencies of 10~50MHz, making it suitable for a wide range of signal conditioning tasks. Examples of applications include radio frequency (RF) modules, embedded processor applications and communications systems. In addition, it is a reliable and cost-effective solution for signal filtering, data transmission and clock generation in embedded systems.

Working Principle

Resonators such as the AWSZT-40.00CW-T work by storing and releasing electrical energy in the form of a voltage or current signal. When an electrical signal is applied to a resonator, the signal resonates at a certain frequency due to the capacitance and inductance of the device. This phenomenon is known as resonance. By controlling the frequency of its output signal, the resonator can be used to condition or filter audio signals, or create an oscillator.

The AWSZT-40.00CW-T has an intrinsic frequency accuracy within 1.5%. This is achieved through a highly precise clock-generator circuit that ensures consistent, reliable frequency operation. It also works independently without requiring external components. As a result, the resonator is a simple yet effective solution for signal conditioning and resonance control.

Conclusion

The AWSZT-40.00CW-T is an ideal resonator for voltage resonant mode signal conditioning applications. It provides a reliable, accurate and cost-effective means of conditioning and generating signals in embedded systems. Furthermore, its small size and integrated matching network make it easy to install and maintain in any system.

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