The top documents tagged [eric pop]

© 2010 Eric Pop, UIUCECE 598EP: Hot Chips 1 Hot Chips: Atoms to Heat Sinks ECE 598EP Prof. Eric Pop Dept. of Electrical and Computer Engineering Univ
Documents © 2010 Eric Pop, UIUCECE 598EP: Hot Chips 1 Hot Chips: Atoms to Heat Sinks ECE 598EP Prof. Eric Pop Dept. of Electrical and Computer Engineering Univ

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© 2010 Eric Pop, UIUCECE 598EP: Hot Chips 1 Transient Thermal Response Transient Models –Lumped: Tenbroek (1997), Rinaldi (2001), Lin (2004) –Introduce
Documents © 2010 Eric Pop, UIUCECE 598EP: Hot Chips 1 Transient Thermal Response Transient Models –Lumped: Tenbroek (1997), Rinaldi (2001), Lin (2004) –Introduce

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© 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 38 Introduction to Bipolar Junction Transistor (BJT) Next 4 lectures on the BJT
Documents © 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 38 Introduction to Bipolar Junction Transistor (BJT) Next 4 lectures on the BJT

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© 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 35 MOS Field-Effect Transistor (MOSFET) The MOSFET is an MOS capacitor with Source/Drain
Documents © 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 35 MOS Field-Effect Transistor (MOSFET) The MOSFET is an MOS capacitor with Source/Drain

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© 2010 Eric Pop, UIUCECE 598EP: Hot Chips Nanoelectronics: –Higher packing density higher power density –Confined geometries –Poor thermal properties
Documents © 2010 Eric Pop, UIUCECE 598EP: Hot Chips Nanoelectronics: –Higher packing density higher power density –Confined geometries –Poor thermal properties

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© 2010 Eric Pop, UIUCECE 598EP: Hot Chips 1 Recap (so far) Ohm’s & Fourier’s LawsOhm’s & Fourier’s Laws Mobility & Thermal ConductivityMobility & Thermal
Documents © 2010 Eric Pop, UIUCECE 598EP: Hot Chips 1 Recap (so far) Ohm’s & Fourier’s LawsOhm’s & Fourier’s Laws Mobility & Thermal ConductivityMobility & Thermal

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© 2010 Eric Pop, UIUCECE 598EP: Hot Chips Classical Theory Expectations Equipartition: 1/2k B T per degree of freedom In 3-D electron gas this means 3/2k
Documents © 2010 Eric Pop, UIUCECE 598EP: Hot Chips Classical Theory Expectations Equipartition: 1/2k B T per degree of freedom In 3-D electron gas this means 3/2k

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© 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 30 Metal-Semiconductor Contacts Real semiconductor devices and ICs always contain
Documents © 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 30 Metal-Semiconductor Contacts Real semiconductor devices and ICs always contain

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© 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 6 Intrinsic Material, Doping, Carrier Concentrations Intrinsic semiconductor =
Documents © 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 6 Intrinsic Material, Doping, Carrier Concentrations Intrinsic semiconductor =

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© 2010 Eric Pop, UIUCECE 598EP: Hot Chips Three Modes of Heat Transfer 1 “conduction” “radiation” “convection”
Documents © 2010 Eric Pop, UIUCECE 598EP: Hot Chips Three Modes of Heat Transfer 1 “conduction” “radiation” “convection”

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© 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 40 MOS Field-Effect Transistor (MOSFET) The MOSFET is an MOS capacitor with Source/Drain
Documents © 2012 Eric Pop, UIUCECE 340: Semiconductor Electronics ECE 340 Lecture 40 MOS Field-Effect Transistor (MOSFET) The MOSFET is an MOS capacitor with Source/Drain

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Three Modes of Heat Transfer
Documents Three Modes of Heat Transfer

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