An Active Sensor Based on Half Integer Order Resonance Mode

Abstract

The invention relates to an active sensor based on a half-integer order resonance mode, comprising: a base plate, a first dielectric plate, a microstrip line excitation layer, a second dielectric plate, a resonator and a metal tube; the base plate is applied to the first One surface of a dielectric plate; the microstrip line excitation layer is applied to the other surface of the first dielectric plate; a surface of the second dielectric plate is in contact with the microstrip line excitation layer; the resonance A body is disposed on the other surface of the second dielectric plate. Among them, a second dielectric plate and a resonator are used to form a resonator to generate a half-integer-order resonant signal, and an amplifier chip is introduced into the resonator, which can amplify the half-integer-order resonant mode signal under passive conditions. In order to make up for the detection loss existing in the detection process, while improving the resonance strength and the quality factor of the sensor, the detection accuracy of the sensor is further improved.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows an Active Sensor (AS) with two layers made up from different materials that can be excited at certain frequencies called LCs or Bands without losing their effectiveness due to external factors like temperature changes. By generating signals within this structure, it becomes possible to create more accurate sensors than traditional methods.

Problems solved by technology

This patented technical problem addressed in this patent relates to improving the ability of detecting biological chemical agents with microelectronics devices (MCDs) used for their measurements. Current techniques involve expensive equipment or complicated procedures requiring trained staff members. However, there currently exist many challenges related to accurately identifying these properties from MWD signals collected during experiments without adding extra steps or sacrificial materials.

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