KERBESEN — Ceramic multilayer components for high temperature sensors and electronics (Q3539804)

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Project Q3539804 in Germany
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English
KERBESEN — Ceramic multilayer components for high temperature sensors and electronics
Project Q3539804 in Germany

    Statements

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    555,334.66 Euro
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    694,168.32 Euro
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    80.0 percent
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    1 April 2016
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    31 March 2019
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    Ernst-Abbe-Hochschule Jena University of Applied Sciences
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    50°54'32.44"N, 11°34'31.40"E
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    07745 Jena
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    Im Vorhaben sollen keramische Multilagensubstrate mit integrierten Funktionalitäten für Anwendungsfelder der Hochtemperatur-Sensorik und- elektronik (100-250 Grad) unter Nutzung der Low Temperature Ceramic Cofiring Technologie (LTCC) entwickelt werden. Dazu sind die werkstoffwissenschaftlichen Grundlagen funktionskeramischer Materialien für induktive, kapazitive und halbleitende Sensor- und Elektronikfunktionalitäten und deren Integration mittels Cofiring in keramische Mehrlagensysteme zu entwickeln. (German)
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    The project will develop ceramic multilayer substrates with integrated functionalities for applications in high-temperature sensors and electronics (100-250 degrees) using Low Temperature Ceramic Cofiring Technology (LTCC). For this purpose, the material science bases of functional ceramic materials for inductive, capacitive and semiconducting sensor and electronic functionalities and their integration with cofiring in ceramic multilayer systems must be developed. (English)
    17 November 2021
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    Le projet vise à développer des substrats en céramique multicouche avec des fonctionnalités intégrées pour les champs d’application des capteurs et de l’électronique haute température (100-250 degrés) en utilisant la technologie de cofiring en céramique à basse température (LTCC). Pour ce faire, il convient de développer les bases scientifiques des matériaux en céramique fonctionnels pour les fonctions inductives, capacitives et semi-conducteurs de capteurs et d’électroniques et leur intégration par cofiring dans les systèmes céramiques multicouches. (French)
    9 December 2021
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    Het project zal keramische meerlaagse substraten ontwikkelen met geïntegreerde functionaliteiten voor toepassingen in hogetemperatuursensoren en elektronica (100-250 graden) met behulp van Low Temperature Ceramic Cofiring Technology (LTCC). Daartoe moeten de materiële wetenschappelijke basissen van functionele keramische materialen voor inductieve, capacitieve en halfgeleidende sensoren en elektronische functionaliteiten en hun integratie met cofiring in keramische meerlaagse systemen worden ontwikkeld. (Dutch)
    21 December 2021
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    Il progetto svilupperà substrati ceramici multistrato con funzionalità integrate per applicazioni in sensori ad alta temperatura ed elettronica (100-250 gradi) utilizzando la tecnologia di cofiring ceramico a bassa temperatura (LTCC). A tal fine, devono essere sviluppate le basi scientifiche dei materiali ceramici funzionali per sensori induttivi, capacitivi e semiconduttori e funzionalità elettroniche e la loro integrazione con la cofiring in sistemi ceramici multistrato. (Italian)
    20 January 2022
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    El proyecto desarrollará sustratos cerámicos multicapa con funcionalidades integradas para aplicaciones en sensores de alta temperatura y electrónica (100-250 grados) utilizando tecnología de cocción cerámica de baja temperatura (LTCC). Para ello, deben desarrollarse las bases científicas materiales de materiales cerámicos funcionales para sensores inductivos, capacitivos y semiconductores y funcionalidades electrónicas y su integración con la cococción en sistemas cerámicos multicapa. (Spanish)
    23 January 2022
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    Identifiers

    DE_TEMPORARY_ESF_135716
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