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A novel technique is presented in this paper to precisely characterize silicon carbonitride (SiCN) ceramic materials at high temperatures for wireless passive sensing applications. This technique is based on a high quality (Q) factor resonator method, which allows accurate characterization of both dielectric constant and loss tangent. SiCN ceramic materials are measured from 50°C up to 500°C. It is...
In this paper, the dielectric constant and loss tangent of two new high-temperature ceramic materials, SiCN and AlPO4, are characterized using a novel measurement technique at microwave frequencies with high accuracy. These ceramic materials exhibit high thermal stabilities and corrosion resistance, enabling their use for high-temperature sensing applications. The dielectric properties of these ceramic...
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