Plasma is used in a wide range of fields, including electrical equipment, medicine, physics, chemistry, and manufacturing.
Kyocera has developed a plasma generation substrate utilizing multilayer ceramic package technology. Internal wiring within the substrate's layers enables the generation of low-voltage, high-output plasma while maintaining the strength of the entire substrate.
Features
Enables the generation of a low-voltage, high-output plasma while maintaining the strength of the ceramic substrate
To generate high-power plasma at low voltage, the dielectric layer (ceramic layer) must be thinned. However, if the dielectric layer is made thinner, its strength decreases and it breaks more easily.
The wiring of Kyocera's plasma generation substrate is embedded within ceramic layers, so the overall strength of the substrate is not compromised even as the ceramic layers, which affect operating characteristics, are thinned. This enables low-voltage, high-output plasma to be realized while maintaining substrate strength.
Examples of Plasma Generation Substrates
Diverse Applications for Plasma Generating Substrate
Plasma is expected to be used in a wide range of applications, including electrical equipment, environmental and medical fields, physics and chemistry fields, and manufacturing.
Potential Plasma Applications
