Kyocera’s ceramic packaging based on HTCC technology (High Temperature Co-Fired Ceramics), which is currently used with specific “non-magnetic” piece parts and plating options, is now being used to deliver an HTCC with platinum metallization on the top surface and in ceramic multilayering.
Besides the “non-magnetic” property of platinum metallization, this technique and choice of materials also allows for use in high temperature applications up to 1.000°C. For instance, the wireless SAW temperature sensor of the company Vectron, which can be used to screen temperatures up to 600° C, has been developed based on Kyocera’s component package.
Furthermore, customized packages for individual applications can be delivered, for example, the design can include or omit leads and can also be made compatible with a surface mountable concept if required.
Among other applications are sensitive medical equipment such as magnetic resonance tomography; electronic applications in aeronautics including atomic clocks and sensors; vacuum equipment in electron microscopy; as well as other industrial processes like down-hole drilling for exploration purposes.
The platinum multilayer technology (HTCC) offers an innovative and unique approach to “non-magnetic” ceramic packaging applications, where the proven reliability of ceramics are required. Moreover, it also enables customers to push the limits of HTCC packaging towards higher temperature applications in harsh environments, such as automotive sensors and oil exploration.
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via Yuichun
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