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Physics / Electromagnetism / Electrical engineering / Contact resistance / Ohmic contact / MOSFET / Indium gallium arsenide / Electrical resistivity and conductivity / Transistor / Materials science / Chemistry / Physical quantities


178 IEEE ELECTRON DEVICE LETTERS, VOL. 35, NO. 2, FEBRUARY 2014 A Test Structure to Characterize Nano-Scale Ohmic Contacts in III–V MOSFETs
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Document Date: 2014-04-22 16:07:00


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Microsystems Technology Laboratories / Ge / Intel Corporation / /

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Japan / /

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Massachusetts Institute of Technology / Electron Beam Lithography Facility / /

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circuit network / metal sheet resistance / metal / lateral devices / logic devices / parallel thin metal contacts / metal-first approach / thin metal line / metal contacts / nano-scale metal / self-aligned metal contacts / metal resistance / nano-scale metal lines / elemental metal / extrinsic metal lines / metal/semiconductor system / intrinsic device / electronics / thick metal layer / metal-semiconductor contact resistance / metal contact / resistive circuit network / equivalent circuit network / /

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Focus Center for Materials / Structures and Devices / Massachusetts Institute of Technology / /

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Alon Vardi / T. W. Kim / J. Lin / Wenjie Lu / M. Passlack / J. A. del Alamo / D. A. Antoniadis / Nano / D. H. Kim / A. Guo / Jesús A. del Alamo / Alex Guo / /

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author / Editor / RT / Tx RT / /

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L / /

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Massachusetts / /

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semiconductor / semiconductors / lithography / Digital Object Identifier / CVD / /

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