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검색결과 408건 처리시간 0.033초

A p-channel LTPS active matrix process for OLED displays using a compensation circuit with three TFTs

  • Persidis, Efstathios;Baur, Holger;Pieralisi, Fabio;Fruehauf, Norbert;Marx, Thilo;Weitbruch, Sebastien;Schemmann, Heinrich;Roy, Philippe Le;Birnstock, Jan;Stubinger, Thomas;Vehse, Martin;Hofmann, Michael
    • 한국정보디스플레이학회:학술대회논문집
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    • 한국정보디스플레이학회 2006년도 6th International Meeting on Information Display
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    • pp.403-408
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    • 2006
  • We have developed a four mask LTPS TFT p-channel process and fabricated active matrix backplanes based on a pixel circuit with three TFTs and one storage capacitor. Top emitting AMOLED displays have been produced to prove the working principle of the active matrix.

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Cost-effective structural health monitoring of FRPC parts for automotive applications

  • Mitschang, P.;Molnar, P.;Ogale, A.;Ishii, M.
    • Advanced Composite Materials
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    • 제16권2호
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    • pp.135-149
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    • 2007
  • In the automobile industry, structural health monitoring of fiber reinforced polymer composite parts is a widespread need for maintenance before breakdown of the functional elements or a complete vehicle. High performance sensors are generally used in many of the structural health monitoring operations. Within this study, a carbon fiber sewing thread has been used as a low cost laminate failure sensing element. The experimentation plan was set up according to the electrical conductance and flexibility of carbon fiber threads, advantages of preforming operations, and sewing mechanisms. The influence of the single thread damages by changing the electrical resistance and monitoring the impact location by using carbon thread sensors has been performed. Innovative utilization of relatively cost-effective carbon threads for monitoring the delamination of metallic inserts from the basic composite laminate structure is a highlighting feature of this study.

The future role of smart structure systems in modern aircraft

  • Becker, J.;Luber, W.;Simpson, J.;Dittrich, K.
    • Smart Structures and Systems
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    • 제1권2호
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    • pp.159-184
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    • 2005
  • The paper intends to summarize some guidelines for future smart structure system application in military aircraft. This preview of system integration is based upon a review on approximately one and a half decades of application oriented aerospace related smart structures research. Achievements in the area of structural health monitoring, adaptive shape, adaptive load bearing devices and active vibration control have been reached, potentials have been identified, several feasibility studies have been performed and some smart technologies have been already implemented. However the realization of anticipated visions and previously initial timescales announced have been rather too optimistic. The current development shall be based on a more realistic basis including more emphasis on fundamental aircraft strength, stiffness, static and dynamic load and stability requirements of aircraft and interdisciplinary integration requirements and improvements of integrated actors, actuator systems and control systems including micro controllers.

Split sputter mode: a novel sputtering method for flat-panel display manufacturing

  • Pieralisi, Fabio;Hanika, Markus;Scheer, Evelyn;Bender, Marcus
    • Journal of Information Display
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    • 제12권2호
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    • pp.89-92
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    • 2011
  • Advanced static DC magnetron sputtering methods based on the magnet wobbling technique were investigated to achieve highly uniform and homogeneous metallization layers. The novel split sputter mode (SSM) method, wherein the deposition process is divided into two distinct steps, enables the AKT rotary cathode technology to provide excellent layer properties, while keeping a high production throughput. The effectiveness of theSSMtechnique was demonstrated through copper-coated large-area substrates.

Evaluation of Mechanical Properties of Highly Porous Titanium Considering its Application as a Biomaterial

  • Schiefer, Herwig;Bram, Martin;Buchkremer, Hans Peter;Stover, Detlev
    • 한국분말야금학회:학술대회논문집
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    • 한국분말야금학회 2006년도 Extended Abstracts of 2006 POWDER METALLURGY World Congress Part 1
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    • pp.309-310
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    • 2006
  • Porous titanium implants can be produced by powder metallurgy in combination with suitable space holder materials. Various mechanical experiments were done to characterize this material regarding the influence of the processing parameters on microstructure and mechanical properties taking into account the properties of the human bone. In this paper, the anistropic behaviour of uniaxially compacted samples was analysed in compression tests and compared to the behaviour of isostatically pressed samples. The failure of the struts of the porous titanium and the crack- initiation and -growth was examined by in-situ SEM analysis.

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