AWSCR-40.00MTD-T

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Resonators are devices or structures which, when processed using the correct frequency, can form standing waves of the same frequency within them. The concept behind the AWSCR-40.00MTD-T application field and working principle is the same; it is a resonator within which an electrical field can be created, and which will then transmit energy at a certain frequency when an oscillating magnetic field is applied to it.

The AWSCR-40.00MTD-T resonator consists of a multi-layered ceramic substrate, upon which a conducting coil has been deposited. Upon application of a signal to this coil, the substrate emits signals of specific frequencies, determined by the size of the substrate and the coil. The frequency of emission is determined by the electrical characteristics of the material comprising the substrate and its shape.

In order to generate an electrical field within the AWSCR-40.00MTD-T resonator, a selectively shaped, conductive antenna made from copper or aluminum is placed over the substrate. This antenna is designed to create a focused magnetic field over the resonator, which causes resonance of the electrical field within the resonator. The magnitude of the magnetic field at resonance is determined by the size and shape of the antenna, the strength of the signal applied to the antenna, and the electrical characteristics of the substrate.

The purpose of using a resonator in this application is to maximize the power output at a specific frequency. By designing the antenna to focus the magnetic field onto the substrate, increased energy absorbance is achieved, therefore more energy is transferred to the resonator and in turn, more energy is emitted back to the antenna. This increases the power output of the system at the desired frequency, making it more efficient.

The AWSCR-40.00MTD-T resonator is an effective device for applications where a focused magnetic field is required, such as in cellular phones, wireless communication systems and cordless systems. It is an effective tool for achieving power flow at desired frequencies, allowing for more efficient and advanced communication systems. It can also be used in various unconventional radio-frequency applications, such as medical imaging, animal tagging and more.

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