A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RADIOFREQUENCY COMPONENT INCORPORATING TEMPERATURE COMPENSATED DIELECTRIC MATERIAL
Disclosed are embodiments of tungsten bronze crystal structures that can have both a high dielectric constant and low temperature coefficient, making them advantageous for applications that experience temperature changes and gradients. In particular, tantalum can be substituted into the crystal structure to improve properties. Embodiments of the material can be useful for radiofrequency applications such as resonators and antennas.
RADIOFREQUENCY COMPONENT INCORPORATING TEMPERATURE COMPENSATED DIELECTRIC MATERIAL
Disclosed are embodiments of tungsten bronze crystal structures that can have both a high dielectric constant and low temperature coefficient, making them advantageous for applications that experience temperature changes and gradients. In particular, tantalum can be substituted into the crystal structure to improve properties. Embodiments of the material can be useful for radiofrequency applications such as resonators and antennas.
RADIOFREQUENCY COMPONENT INCORPORATING TEMPERATURE COMPENSATED DIELECTRIC MATERIAL
HILL MICHAEL DAVID (author)
2019-10-10
Patent
Electronic Resource
English
Radiofrequency component incorporating temperature compensated dielectric material
| European Patent Office | 2020
RADIOFREQUENCY COMPONENT INCORPORATING TEMPERATURE COMPENSATED DIELECTRIC MATERIAL
| European Patent Office | 2021
Radiofrequency component incorporating temperature compensated dielectric material
| European Patent Office | 2022
Radiofrequency components incorporating temperature compensated dielectric material
| European Patent Office | 2024
RADIOFREQUENCY COMPONENTS INCORPORATING TEMPERATURE COMPENSATED DIELECTRIC MATERIAL
| European Patent Office | 2022