MARTINDALE'S CALCULATORS ON-LINE CENTER ENGINEERING: ELECTRICAL & COMPUTER SEMICONDUCTORS & MICROELECTRONICS

US/Pacific: Sunday, October 24, 2004 Sydney, Australia: Monday, October 25, 2004 File Download Time Calculator Author, E-Mail, Privacy Policy & Disclaimer Currently the Calculators On-Line Center contains over "18,795" Calculators

Semiconductors & Microelectronics MATERIALS & PROPERTIES NEW SEMICONDUTOR MATERIALS, CHARACTERISTICS AND PROPERTIES DATABASES - Ioffe Institute, St. Petersburg, Russia Multimedia Databases (Text, Images & Calculators). VERY VERY EXTENSIVE. Includes: "n, k database; Basic parameters. Band, optical, electrical, mechanical, thermal and other properties; etc." For more information see the Ioffe Institute SEMICONDUCTOR APPLET SERVICES (JAVA APPLETS) - C.R. Wie, Electrical Engineering Department, SUNY, Buffalo, NY VERY VERY VERY....EXTENSIVE. For more information see Educational Java Applets in Solid State Materials; Chu Ryang Wie's Home Page or the Electrical Engineering Department THERMOPHYSICAL PROPERTIES OF GASES USED IN THE SEMICONDUCTOR INDUSTRY DATABASE OF THE THERMOPHYSICAL PROPERTIES OF GASES USED IN THE SEMICONDUCTOR INDUSTRY - Fluid Science Group, Process Measurements Division, Chemical Science & Technology Laboratory, National Institute of Standards and Technology (NIST) Multimedia Database (Text & Images). For more information see Database of the Thermophysical Properties... Home Page; Fluid Science Group; Process Measurements Division; Chemical Science & Technology Laboratory; NIST Online Databases or the National Institute of Standards and Technology (NIST) SEMICONDUCTOR INTERACTIVE COURSES FUNCTIONAL COMBINATIONS IN SOLID STATE (JAVA APPLETS) - V.Gavryushin & A.Îukauskas, Semiconductor Physics Department, Institute of Materials Science & Applied Research, Vilnius University, Lithuania Multimedia Course/Tutorials (Text, Images & Applets). VERY VERY EXTENSIVE. For more information see Functional Combinations in Solid States Home Page; Semiconductor Physics Department or the Institute of Materials Science & Applied Research Examples from over "100" Tutorials/Applets include Energy band formation Fermi level in a Semiconductor band gap Nanowires PRINCIPLES OF SEMICONDUCTOR DEVICES (ECEN 3320) - B. Van Zeghbroec, Solid State Materials and Devices, Department of Electrical & Computer Engineering, College of Engineering, University of Colorado at Boulder Multimedia Course (Text, Images, & Simulations). VERY VERY EXTENSIVE. For more information see Bart Van Zeghbroec's Home Page or the Department of Electrical & Computer Engineering Examples of Chapters include Chapter 2: Semiconductor Fundamentals Chapter 4: p-n Junctions Chapter 7: MOS Field-Effect-Transistors SEMICONDUCTORS - Helmut Föll, General Materials Science, Technische Fakultät, Universität Kiel, Kiel, Germany Multimedia Interactive Course (Text, Images & Applets). VERY VERY EXTENSIVE. For more information see AMAT - General Materials Science THEORY AND FABRICATION OF INTEGRATED CIRCUITS - RECIPES - ECE 344 - Department of Electrical and Computer Engineering, University of Illinois Multimedia Laboratory Course (Text & Images). VERY EXTENSIVE. "...uses a recipe which will give working electronic devices if followed correctly...." For more information see Theory and Fabrication of Integrated Circuits Home Page or the Department of Electrical and Computer Engineering THEORY AND FABRICATION OF INTEGRATED CIRCUITS - GRAPHS & TABLES - ECE 344 - Department of Electrical and Computer Engineering, University of Illinois Multimedia Laboratory Course (Text, Images & Animations). VERY EXTENSIVE. For more information see Theory and Fabrication of Integrated Circuits Home Page or the Department of Electrical and Computer Engineering VLSI DESIGN: ADVANCED (CMSC 613) - J. Plusquellic, Department of Computer Science and Electrical Engineering, College of Engineering, University of Maryland, Baltimore County (UMBC) Multimedia Course (Text, Images & Simulations). VERY VERY EXTENSIVE. For more information see Jim Plusquellic's Home Page or the Department of Computer Science and Electrical Engineering VLSI DESIGN VERIFICATION AND TEST (CMSC 691G) - J. Plusquellic, Department of Computer Science and Electrical Engineering, College of Engineering, University of Maryland, Baltimore County (UMBC) Multimedia Course (Text, Images & Simulations). VERY VERY EXTENSIVE. For more information see Jim Plusquellic's Home Page or the Department of Computer Science and Electrical Engineering SEMICONDUCTOR TOOLS APPLETS AND MORE AT TECH - Technische Grundlagen der Informaitk, Universität, Hamburg, Bundesrepublik Deutschland (Germany) VERY VERY EXTENSIVE. For more information see Group TECH or Universität, Hamburg Some Examples of Device Applets include CMOS: Java CMOS gate demonstration KV: Java KV diagram and logic minimization demonstration PRIMA Simulator: die PRImitive MAschine: The Prima Virtual Machine SEMICONDUCTOR APPLET SERVICES (JAVA APPLETX) - C.R. Wie, Electrical Engineering Department, SUNY, Buffalo, NY VERY VERY VERY....EXTENSIVE. For more information see Chu Ryang Wie's Home Page or the Electrical Engineering Department SEMICONDUCTOR PHYSICS (JAVA APPLETS) - W. Chan VERY EXTENSIVE. For more information see Applets or Winston Chan's Home Page Some examples include Simulates drift, diffusion, generation and recombination in energy band Band Diagrams for Semiconductor Heterostructures APPLETS ILLUSTRATING VLSI CAD ALGORITHMS CADAPPLETS: APPLETS ILLUSTRATING VLSI CAD ALGORITHMS - J.A. Nestor, Department of Electrical and Computer Engineering, Lafayette College VERY EXTENSIVE. For more information see John A. Nestor's Home Page or CADLAB CHANNEL ROUTER - CALCULATIONS CHANNEL ROUTER APPLET: THE LEFT EDGE ALGORITHM - J.A. Nestor, Department of Electrical and Computer Engineering, Lafayette College "This applet implements a common CAD algorithm for wiring a rectangular region called a channel...This type of routing channel occurs on PCBs between rows of chip packages and is also quite common in VLSI chip layouts..." For more information see CADAPPLETS: Applets Illustrating VLSI CAD Algorithms; John A. Nestor's Home Page or CADLAB COMPUTER CHIP THERMOCHEMISTRY - SIMULATIONS COMPUTER CHIP THERMOCHEMISTRY: HOW CAN WE CREATE AN INTEGRATED CIRCUIT FROM SAND? (JAVA APPLETS) - Beloit College and the Regents of the University of California Multimedia Tutorials/Modules (Text, Images & Movies). VERY EXTENSIVE. For more information see Wiley Chem Connections or Beloit College Examples of Interactive Modules include Exploration 1C: How are integrated circuits built - Using Photolithography Exploration 1C: How are integrated circuits built - Making a Capacitor Exploration 1C: How are integrated circuits built - Making a Transitor FLASH MEMORY TOOLS & CALCULATIONS INTEL FLASH MEMORY ONLINE UTILITIES - CALCULATORS - Intel Corporation VERY VERY EXTENSIVE. For more information see Intel Flash Memory; Products; Pentium or Intel Corporation Examples of online Calculators include Flash Memory SOFTWAREBuilder Flash Memory Read Current Utility Flash Memory Cyclining Utility HEAT TRANSFER MODELS IN MICROELECTRONICS HEAT TRANSFER MODELS - CALCULATORS - Microelectronics Heat Transfer Laboratory, Department of Mechanical Engineering, University of Waterloo, Waterloo, Ontario, Canada VERY VERY VERY EXTENSIVE. For more information see the Microelectronics Heat Transfer Laboratory Some exapmles from over "20" Calculators include WEB Based Micro Electronic Thermal Analyzer Natural Convection for Annular Heat Sinks Natural Convection for Rectangular Heat Sinks Spreading Resistance of Isoflux Rectangles and Strips on Compound Flux Channels HETEROSTRUCTURES - QUANTUM WELLS HETEROSTRUCTURES - QUANTUM WELLS: CALCULATORS - Ioffe Institute, St. Petersburg, Russia VERY EXTENSIVE. For more information see New Semiconductor Materials, Characteristics and Properties or the Ioffe Institute Some examples of Calculators include Auger recombination Calculation of ground energy of electron and hole in Quantum Well Calculation of gain coefficient of InGaAsP/InP laser structure IGBT BASED VOLTAGE SOURCE INVERTER (VSI) LOSS CALCULATIONS IGBT BASED VOLTAGE SOURCE INVERTER (VSI) LOSS CALCULATOR (JAVA APPLET) - PowerDesigners, LLC "...allows the user to calculate the total semiconductor losses for an IGBT based Voltage Source Inverter (VSI) along with the required heat sinking." For more information see Design Calculators or PowerDesigners, LLC INDUCTOR DESIGN CALCULATIONS INDUCTOR DESIGN CALCULATOR (JAVA APPLET) - PowerDesigners, LLC "This design sheet is optimized for DC inductor design utilizing E-cores. The core data used in this sheet are based on the Micrometals iron powder cores." For more information see Design Calculators or PowerDesigners, LLC LITHOGRAPHY ANALYSIS LITHOGRAPHY ANALYSIS USING VIRTUAL ACCESS (LAVA) - Department of Electrical Engineering and Computer Sciences, U.C. Berkeley VERY VERY EXTENSIVE. "LAVA is a web technology that allows lithographers around the globe to access lithography simulators remotely through the Internet. Through LAVA, technologists can utilize the SPLAT, SAMPLE, TEMPEST, and SIMPL simulators, which have been developed at UC Berkeley for optical lithography simulation..." For more information see Authors - Developers Home Page or the Department of Electrical Engineering and Computer Sciences MAZE ROUTER - THE LEE-MOORE ALGORITHM MAZE ROUTER APPLET: THE LEE ALGORITHM - J.A. Nestor, Department of Electrical and Computer Engineering, Lafayette College "This applet demonstrates a well-known CAD algorithm for routing connections between modules." For more information see CADAPPLETS: Applets Illustrating VLSI CAD Algorithms; John A. Nestor's Home Page or CADLAB MEMS MEMS/MICROELECTRONICS JAVA APPLETS - MEMS Research Group, Department of Electrical Engineering, University of Texas, Dallas, Texas VERY VERY EXTENSIVE. For more information see UTD MEMS Research Group, MiNDS (Micro/Nano Devices and Systems) Lab Some examples from over "16" Applets include Cantilever Beams & Doubly-clamped Beams Cantilever Beam: fixed at one end (Point load) Doubly-clamped Beam: fixed at both ends (Distributed load) Single Crystal Silicon: Growth, Defects Lithography LIGA Process Resolution & Depth of Focus Oxidation of Silicon MICROELECTRONICS (JAVA APPLETS) - R.M. Ford, Departmnet of Electrical and Computer Engineering, School of Engineering and Engineering Technology, Pennsylvania State University, Erie, PA VERY EXTENSIVE. For more information see School of Engineering and Engineering Technology SMA/MEMS APPLETS - A. Bhattacharyya, SMA/MEMS Research, Laboratory For Smart Materials And Devices, Department of Mechanical Engineering, University of Alberta VERY EXTENSIVE. For more information see SMA/MEMS Research or the Department of Mechanical Engineering MEMS CALCULATIONS FOR STRAIN MEMS CALCULATOR PROGRAM FOR STRAIN (E-STANDARDS FOR MEMS) - Semiconductor Electronics Division (SED), Electronics and Electrical Engineering Laboratory (EEEL), National Institute of Standards & Technology (NIST) VERY VERY EXTENSIVE. "...computes the strain gradient and the residual strain using cantilever and fixed-fixed beam test structures, respectively. The calculator program is intended to be used in conjunction with the NIST Internal Report entitled "MEMS Length and Strain Measurements Using an Optical Interferometer."..." For more information see the MicroElectroMechanical Systems; Semiconductor Electronics Division (SED); Electronics and Electrical Engineering Laboratory (EEEL) or NIST Calculators include Cantilever: Strain Gradient Calculations Fixed-Fixed Beam: Residual Strain Calculations MICROPUMP DESIGN MICROPUMPS - F.K. Forster, Department of Mechanical Engineering, University of Washington For more information see Micropumps with No-Moving-Parts Valves; Fred K. Forster's Home Page or the Department of Mechanical Engineering POWER SUPPLY DESIGN WEBENCH TOOLS - National Semiconductor Corporation VERY VERY EXTENSIVE. "...Just four easy steps to design a power supply!..." For more information see Webench; National Semiconductor Power Home Page or National Semiconductor Corporation PROCESSOR DESIGN TOOLS PROCESSOR DESIGN TOOLS - O. Mencer, Stanford Architecture and Arithmetic Group, Stanford University VERY EXTENSIVE. For more information see Processor Design Tools or Stanford Architecture and Arithmetic Group, Stanford University Examples include Bus Occupancy Iteration FUPA - Floating Point Unit Area Java Script Design Tool Optimum Pipeline Silicon Area Tool Calculator RAIDiator

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