Ppt on advanced power electronics

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MAINTENANCE AIR TRANSPORT POWER GENERATION, TRANSMISSION AND DISTRIBUTION Power Generation and Substation Management Power System Operation Power Generation and Substation Electrical and Electronics Maintenance Power Generation and Mechanical Maintenance Power Generation and Substation Mechanical Maintenance Power Generation Operation Power Generation and Substation Electrical and Electronics Maintenance Power Generation Operation and Maintenance Support Power Substation Operation Power Transmission Systems/


Analyst Briefing th June 2015

capture future programs. As the missions of Electronic Attack, Electronic Protect and Electronic Surveillance blur, Ultra is very well positioned to help reduce size, weight and power on platforms through networked capability. Thank you / USSI New divisions Aerospace & Infrastructure Communications & Security Maritime & Land Airport Systems 3eTI 3 Phoenix Controls Advanced Tactical Systems Avalon Systems Nuclear Control Systems Command & Control Communication & Integrated Systems Nuclear Sensors & Process /


Advanced Mechatronics, Georgia Tech ME8843 ME 8843 Advanced Mechatronics Instructor: Professor I. Charles Ume Power Rectifiers.

.4 V for Si) in diodes. This is disadvantage compared with full-wave center-tap design. –This disadvantage is only problem in very low voltage power supplies Full-wave bridge rectifier: Electron flow for negative half = cycles. Advanced Mechatronics, Georgia Tech ME8843 Rectifier circuit: Full-Wave Bridge Remembering proper layout of diodes in full-wave bridge rectifier circuit can often be frustrating some/


Electronics Radiation Characterization (ERC) Project* – Overview of FY03 Kenneth A. LaBel ERC Project Manager NASA/GSFC Code 561

and exploring new failure modes New detector technologies SiGe-based ultra-high speed electronics Ultra-low power electronics Novel memory devices New semiconductor materials High-speed fiber optics Technology insertion guidelines /Electronics Radiation Characterization (ERC) Project – RHET Meeting – Oct 30, 2002 - Presented by Kenneth A. LaBel 12 Technology Planning for ERC: Miniaturized instruments and spacecraft Ultra-low Power ICs Microelectro- mechanical Systems (MEMS) System on a Chip (SOC) Advanced/


S ogang University the college of Engineering S ogang University the college of Engineering electronic engineering computer science & engineering The college.

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Advanced Mechatronics, Georgia Tech ME8843 ME 8843 Advanced Mechatronics Instructor: Professor I. Charles Ume Power Rectifiers.

diodes is 2(0.7) volts –This is disadvantage when compared to full-wave center-tap design. Will only be problem in very low voltage power supplies Full-wave bridge rectifier: Electron flow for negative half -cycles. Advanced Mechatronics, Georgia Tech ME8843 Rectifier circuit: Full-Wave Bridge Full-wave Bridge: with horizontal altitude –Remembering proper layout of diodes in full-wave bridge rectifier/


Advanced Mechatronics, Georgia Tech ME8843 ME 8843 Advanced Mechatronics Instructor: Professor I. Charles Ume Power Rectifiers.

.4 V for Si) in diodes. This is disadvantage compared with full-wave center-tap design. –This disadvantage is only problem in very low voltage power supplies Full-wave bridge rectifier: Electron flow for negative half=cycles. Advanced Mechatronics, Georgia Tech ME8843 Rectifier circuit: Full-Wave Bridge Remembering proper layout of diodes in full-wave bridge rectifier circuit can often be frustrating some/


Studying and Applying Channeling at Extremely High Bunch Charges Dick Carrigan Fermilab Advanced Photon Sources and their Application Nor Hamberd, Armenia.

powered by a laser followed by a so-called 3.5 MeV warm RF gun and second stage of a Tesla superconducting nine-cell RF cavity beam energy 14.4 MeV. very large picosecond electron pulses of 10 nanocoulombs or 10 6 A/cm 2 Advanced/ needed Possibilities: SLAC E164 geometry for channeling radiation at 30 GeV Livermore Toronto – studying laser melting with sub picosec electron diffraction Advanced Photon Sources & Their Applications Yerevan Physics Institute D. Carrigan Aug. 29 – Sep. 2, 2004 24 Using SLAC/


Variable Conductance Heat Pipe for a Variable Thermal Link C. J. Peters, J. R. Hartenstine, C. Tarau, & W. G. Anderson Advanced Cooling Technologies, Inc.

Length5 Days, or Several Months Duration~ 6 years Warm Electronics Box Geometry Will be Larger for Solar Option 24” x 41” x 14” (height) Radiator Dimensions21” (tall) x 25” (wide) Solar power controls, Maximum Day and Minimum Night 5 ADVANCED COOLING TECHNOLOGIES, INC. Design Targets  Minimizing power usage at night is extremely important  1 W power = 5 kg Batteries!  20° tilt means that conventional grooved/


Copyright  1995-1999 SCRA 1 Methodology Reinventing Electronic Design Architecture Infrastructure DARPA Tri-Service RASSP DSP Algorithm Design RASSP Education.

design and analysis m Better user interfaces m Distributed and parallel environments m Advanced database management Copyright  1995-1999 SCRA 5353 Methodology Reinventing Electronic Design Architecture Infrastructure DARPA Tri-Service RASSP Trends in Simulations/Tools and / 1995-1999 SCRA 6363 Methodology Reinventing Electronic Design Architecture Infrastructure DARPA Tri-Service RASSP Network-level CAD Tools l Analytic tools l Simulation tools - most powerful l Emulation tools & testbeds (usually for/


Mike Molnar Advanced Manufacturing National Program Office www.manufacturing.gov The National Network for Manufacturing Innovation ASEE Engineering Deans.

form a value-added network Provides stable funding and certainty for consortia – path to sustainability AP Photo/Susan Walsh Next Generation Power Electronics Manufacturing Innovation Institute Mission: Develop advanced manufacturing processes that will enable large-scale production of wide bandgap semiconductors, which allow power electronics components to be smaller, faster and more efficient than silicon. President Obama North Carolina State University, January 15, 2014 Lead/


Chemical, Biological and Environmental Engineering Nuclear Power: Conventional Fission, Advanced Concepts and Remarks on Fusion.

natural/low enriched Uranium! Graphite –RBMK design –Efficient, but graphite (carbon) can burn… Advanced Materials and Sustainable Energy Lab CBEE NUCLEAR POWER PLANT Advanced Materials and Sustainable Energy Lab CBEE Control Rods Too many neutrons could lead to runaway reaction (/ this radius of 4 mm for Deuterium and 0.07 mm for the electrons Advanced Materials and Sustainable Energy Lab CBEE Tokamak / Stellarator Advanced Materials and Sustainable Energy Lab CBEE Tokamak progress as n-T-tau Current /


Electronic Products and Solutions GroupCompany ConfidentialEPS Strategy. ppt 1 I. Introduction.

organization structure and strategy  I will keep everyone posted as we proceed. Thanks in advance for your support Electronic Products and Solutions GroupCompany ConfidentialEPS Strategy. ppt 5 Presentation Outline I.Introduction II.The Need/Develop flexible, modular building blocks for fast, efficient product realization.  In Order Fulfillment: --Integrated organization to harness the “power of one” for maximum growth and margin.  In Marketing: -- Linked front/back teams focused on markets and products /


Synchrotron Radiation Science Present and Future Tetsuya Ishikawa Director, RIKEN Harima Institute 16 June 2010 The 4th Yamada Conference on Advanced Photons.

seawater Health care Medicine TOYOTA, TOYOTA CENTRAL R&D LABS., Honda Motor Co., DAIHATSU, MATSUDA, NISSAN ARC, KANSAI ELECTRIC POWER CO., TOKYO GAS, GS Yuasa Co., TOHO GAS, DAISO Co., NIPPON OIL CO., etc. Astellas, Eisai, DAINIPPON / materials ● Coatings ● Welding ● Tools ● Tires ● Fibers ● Functional polymer The 4th Yamada Conference on Advanced Photons and Science Evolution 2010 “X-ray Free Electron Laser, XFEL” coherent light to explore nano-world [ wavelength ] Laser Light Normal Light [ coherence ] /


Advanced Analytical Chemistry – CHM 6157® Y. CAIFlorida International University Updated on 8/28/2008Chapter 2Plasma Atomic Emission Spectrometry 1. References:

Tesla coil) is needed to create some initial electrons to create the plasma.  A 200 W power supply at a frequency of 2.45 x 10 9 Hz is used to generate the plasma. Advanced Analytical Chemistry – CHM 6157® Y. CAIFlorida /e (slow) + e (slow) 4.2.4Electron impact excitation e + M → M* + e 4.3.5Ion-electron radiative recombination M + + e → M* + hv Advanced Analytical Chemistry – CHM 6157® Y. CAIFlorida International University Updated on 8/28/2006Chapter 2Plasma Atomic Emission Spectrometry 1. 4.3How/


Thruster and Power Processing Unit Development for an Advanced Electric Propulsion (EP) System NNC15ZCH014R Industry Day June 10, 2015 National Aeronautics.

, and Processes  Electronic, Electrical, Electromechanical (EEE) Parts  Parts Derating 3.6.1Loads, Structural, and Mechanical Requirements  PPU Volume  PPU Mass  PPU Mounting Surface  PPU Baseplate Finish  PPU Connection Plate 3.6.5 Thermal Interface  PPU Thermal Power Dissipation  PPU Maximum Power Dissipation  PPU Maximum Heat Flux National Aeronautics and Space Administration www.nasa.gov Thruster and Power Processing Unit Development for an Advanced Electric Propulsion/


Renesas Electronics America Inc. (C) 2010 Renesas Electronics America Inc. All Rights Reserved SuperH SH-2A MCUs FAE Training Nilesh Rajbharti Product.

Where to get more information 3 (C) 2010 Renesas Electronics America Inc. All Rights Reserved WiFi SH, RX, R8C High-end Connectivity V850ES50MHzRX600100MHz SH-2A200MHz Ultra Low Power 78K010MHz78K0R20MHzV850ES20MHz R8C20MHzM16C32MHz Application Focused Solutions TFT LCD Control H8S//time. Capitalize on 32/64-bit FPU when customer needs complex signal processing OR advanced motor/motion control 24 (C) 2010 Renesas Electronics America Inc. All Rights Reserved Pop Quiz SH-2A CPU must wait for a /


11 ADVANCED CONCEPT FOR HIGH ENERGY ACCELERATOR Alexander Mikhailichenko Cornell University, Wilson Lab, Ithaca, NY 14853 Presented at FERMILAB on September.

device serves for few accelerating structures. Laser bunch train, 1 coming from the left and passing sequentially power splitters 3. By 2 marked locations and configuration of the swept laser bunches. Lenses 4 installed a / cooler equilibrium emittance TEMPERATURE A.A. Mikhailichenko, On the physical limitations to the Lowest Emittance (Toward Colliding Electron-Positron Crystalline Beams), 7th–Advanced Accelerator Concepts Workshop, 12-18 October 1996, Lake Tahoe, CA, AIP 398 Proceedings, p.294. See/


1 Working Group 5 Summary: High Brightness Electron Guns High Brightness Electron Guns Fay Hannon, Fernando Sannibale 48th ICFA Advanced Beam Dynamics.

Develop beam diagnostics for high repetition and/or high power beams. 16 Impressive intensity and quality of the research in this field conducted by a small number of groups. 48th ICFA Advanced Beam Dynamics Workshop on Future Light Sources - SLAC, March 5, 2010 Cathodes, Photo- Cathode/Laser Systems Working Group No. 5 High Brightness Electron Guns F. Hannon - F. Sanibale Strong effort to/


1 | Energy Efficiency and Renewable Energyeere.energy.gov Materials for Harsh Service Conditions Workshop November 19th, 2015 Mark Johnson Director Advanced.

service condition application areas* *Source: internal analyses (see Technology Assessment for assumptions) 8 Transportation Thermoelectric Materials, Devices and Systems Wide Bandgap Power Electronics CFOOMB Advanced Materials DOE-Wide Challenges 11 Mission: Material challenges are at the core of many DOE imperatives - advances in energy generation and use as well as our national nuclear security Drivers: The past decade has seen tremendous progress in tools/


1 © A. Kwasinski, 2015 Cyber Physical Power Systems Fall 2015 Microgrids and Smart Grids (part 2)

of Charge-Balancing Circuits on Performance, Reliability, and Lifetime of Supercapacitor Systems” 32 © A. Kwasinski, 2015 Power electronic interface: It is not required but it is recommended It has 2 purposes: Keep the output voltage constant / (doted lines) architecture with both centralized and distributed generation resources. Advanced Power Architectures Monitoring points Power routers 62 © A. Kwasinski, 2015 Problem: Typical home peak power consumption is below 5 kW. An electric vehicle may require 1 kW/


History, from LHC Electronics Workshop to TWEPP History, from LHC Electronics Workshop to TWEPP TWEPP-07 workshop facts.

have been encountered Practical difficulties have been encountered Services for FE electronics (power, cooling, cables,…) Services for FE electronics (power, cooling, cables,…) Mains power distribution, cooling of racks and crates Mains power distribution, cooling of racks and crates Reliability of high density/ the community via CERN Users urged to plan in advance for the submission of designs for common MPW runs in early 2008 Users urged to plan in advance for the submission of designs for common MPW runs /


The New Dimension of Electronic Bible Studies Discover the new dimension of electronic Bible studies! Introduction to the Stuttgart Electronic Study Bible.

for BHS, Nestle-Aland and Septuagint Dictionaries Hebrew- Engl./German and Greek.-Engl./German SESB [press spacebar to advance slide] Libronix Digital Library System The Stuttgart Electronic Study Bible is built on the Libronix Digital Library System (Libronix DLS), one of the most powerful Bible study tools worldwide. Libronix DLS offers many practical features and is easy to use. For the SESB, Libronix/


R 370 Advanced Electronic Diesel Control 10 July 2016 AfterSalesTraining RAVE Welcome to AfterSalesTraining.

EDC Greater Fuel Economy Reduced Exhaust Emissions Reduced Engine Noise More Effective Cold Starting Smoother Engine Operation R 370 Advanced Electronic Diesel Control 10 July 2016 AfterSalesTraining RAVE Electronic Control Module (ECM) R 370 Advanced Electronic Diesel Control 10 July 2016 AfterSalesTraining RAVE EDC 15 System Inputs Power (Main Relay) Brake Pedal Switch Air Conditioning Switch (If Applicable) Evaporator Temp Sensor (If Applicable) Immobiliser Signal R/


Glenn Research Center at Lewis Field Emerging Materials Technologies for Aerospace Power and Propulsion Ajay Misra Glenn Research Center Presented at Advanced.

offer potential for 1000 X increase in current carrying capacity Glenn Research Center at Lewis Field 13 Capacitors for Power Electronics From AFRL Capacitors with higher energy density and higher temperature capability are required for increasing power density of power electronics Glenn Research Center at Lewis Field Advanced Capacitors With High Energy Density 14 Challenges for Nanodielectric Capacitors:: Higher dielectric permittivity polymers Higher dielectric permittivity ceramics/


Welcome An Efficient Distress call response System for Indian Cities

-DAC Trivandrum An ISO 9001-2008` certified premier R&D Institution involved in the design, development and deployment of world class electronic and IT solutions, for the economic and human advancement, under DIT, Govt of India AREAS OF ACTIVITIES Strategic Electronics Hardware Design Power Electronics Broadcast & Communications Control & Instrumentation Education & Training (MCA & MTech) EXPERTISE ON EMBEDDED & REALTIME PRODUCTS/SYSTEMS WORK ON SPONSERED PROJECTS FROM GOVERNMENT/


TECHNOLOGY MILESTONES FROM THE CHEMISTS VIEW II. INFORMATION AND COMMUNICATIONS Innovations in chemistry, engineering, and electronics from the end of.

, more powerful, energy-efficient, and cheaper. New materials, processes for producing highly purified materials, and processes for building semiconductors have resulted in components, such as transistors and integrated circuits, which can be assembled into complex electronic circuitry to provide new capabilities to a wide range of electronic devices. II. 4. Innovations in Electronics Advanced synthetic materials Consumer electronics, cellular phones, and personal computers rely on though/


By Sravanthi Karumanchi

, extensible, and cross-platform software framework that makes computer platforms more secure for all applications including electronic commerce, communications, and digital content. Microsoft Cryptographic API: The Microsoft Cryptographic API (CryptoAPI) provides services/.C.L.E: http://www.linuxnet.com/ Bibliography Paul Kocher, Joshua Jaffe, Benjamin Jun, Differential Power Analysis, Advances in Cryptology, proceedings of Crypto99, Lecture Notes in Computer Science 1666, Springer-Verlag, pp. 388/


Federal University of Juiz de Fora

not fast enough But It was not always the case for other industries like automobile and power electronic: Before the advent of powerful computers and simulation tools, people used To write specifications on paper and use this to/ Permanent Magnet Synchronous Machine Drives on a FPGA card”, Proceedings of 2007 European Conference on Power Electronics and Applications (EPE-07) , Aalborg, Danemark , Sept 2007 Advanced solvers: State-Space Nodal (SSN) approach For all user-defined groups or subsystems. one/


GEANT4 Validation Model for Radiation Shielding of Advanced Data and Power Management Systems (ADPMS) Housing 4 th GEANT4 Space Users Workshop and 3 rd.

Phantom 05-Nov-06 GEANT4 Space and Spenvis Users Worshop 2006 – Session II F. García 9 Advance Data and Power Management Systems (ADPMS) Housing GEANT4 Simulations – electrons 05-Nov-06 GEANT4 Space and Spenvis Users Worshop 2006 – Session II F. García 10 Advance Data and Power Management Systems (ADPMS) Housing Comparison of the Simulations – GEANT4 05-Nov-06 GEANT4 Space and Spenvis Users/


OBJECTIVES After studying Chapter 2, the reader will be able to:

DIGITAL COMPUTERS Control Module Locations The onboard automotive computer has many names. It may be called an electronic control unit (ECU), electronic control module (ECM), electronic control assembly (ECA), or a controller, depending on the manufacturer and the computer application. FIGURE / FIGURE 2-19 Sixteen-pin OBD II DLC with terminals identified. Scan tools use the power pin (16) ground pin (4) for power so that a separate cigarette lighter plug is not necessary on OBD II vehicles. SUMMARY The/


OBJECTIVES After studying Chapter 25, the reader will be able to:

with the least RPM drop is the cylinder not producing its share of power. POWER BALANCE TEST PROCEDURE FIGURE 25-15 Using a vacuum hose and a test/engine speed is increased slightly above idle indicates that the ignition timing is advanced. FIGURE 25-26 A needle that drops to near zero when the / receives that there may be engine problems. Oil (Engine) Light Coolant Temperature Light ELECTRONIC ENGINE CONDITION DIAGNOSIS Relative Compression Testing Many digital storage oscilloscopes (DSO) are capable of/


2005 Advanced Planning Brief to Industry PEO CS&CSS and Industry Challenges Develop, Produce, Field, and Sustain – Safe, Reliable, Suitable, and Effective.

against unexploded ordnance and improvised explosive devices. Incorporating robotics and advanced diving components for improved gap crossing and underwater surveying. Combined Laser and Powered metal technology for Mobile Parts Hospital (MPH). Simplified computer / commercially. The technology has a natural evolution toward At-Platform test and diagnostics. General Purpose Electronic Test Equipment (GPETE) Application of Performance Based Logistics in Test Equipment Modernization (TEMOD) program will/


PSMA - Power Sources Manufacturers Association Our Mission To integrate the power industry resources to profitably serve the needs of the users, industry,

(nm) to hundred (100) nanometers (nm) as it pertains to all types of power sources and converters. NANOTECHNOLOGY COMMITTEE NANOTECHNOLOGY COMMITTEE POWER ELECTRONICS PACKAGING COMMITTEE Provides members with latest advancement information in power electronics packaging technologies. SEMICONDUCTOR COMMITTEE Provides members with latest advancement information in IC and power semiconductor technologies. Active Committees TECHNOLOGY ROADMAP COMMITTEE TECHNOLOGY ROADMAP COMMITTEE Develops and publishes the/


Logic Families and Their Characteristics

Copyright ©2006 by Pearson Education, Inc. Upper Saddle River, New Jersey 07458 All rights reserved. William Kleitz Digital Electronics with VHDL, Quartus® II Version Improved TTL Series 74HXX series Schottky TTL 74FXX half the propagation delay double the power consumption Schottky TTL low-power (LS) advanced low-power (ALS) 74FXX reduced propagation delay Copyright ©2006 by Pearson Education, Inc. Upper Saddle River, New Jersey 07458/


The Power Electronics and Renewable Energy Laboratory at UPRM is the only undergraduate research & educational laboratory focused on modeling, design,

than 30 publications in the areas of power electronics, renewable energy, and engineering education. INEL 4416 – Power Electronics INEL 4417 – Alternative Power Generation INEL 4998 – Undergraduate Research INEL 5195 – Design Project on Power Electronics INEL 5417 – Power Electronics Applied to Renewable Energy INEL 5995 – Undergraduate Special Topics INEL 6000 – Nonlinear Systems INEL 6058 – High Frequency Power Converters. INEL 6085 – Advanced Power Electronics. 1. Ortiz-Rivera, Eduardo I.; Cosme, Antonio/


OBJECTIVES After studying Chapter 8, the reader will be able to:

off of the primary circuit is called switching. The unit that does the switching is an electronic switch, such as a power transistor. This power transistor can be located in any of the following locations: In the ignition control module (ICM/when ignition timing is being set. DISTRIBUTOR IGNITION FIGURE 8-20 A Chrysler electronic ignition distributor. This unit is equipped with a vacuum advance mechanism that advances the ignition timing under light engine load conditions. WASTE-SPARK IGNITION SYSTEMS Waste/


Everything Is Connected: Chinas Political, Economic and Industrial Policies and the Development Of Chinas High Tech Industries 中国的电子工业 China’s Electronics.

–Unmanned systems –Space –Producing 4th Generation Fighters –Expanding amphibious capabilities –Carrier and Blue Water Navy –Submarine force transformation –C4ISR Power Projection Naval Deployments Advanced Base Agreements 中国的电子工 业 China’s Electronic s Industry © TBI 2010 The C4ISR Challenge – its all electronics and software 中国的电子工 业 China’s Electronics Industry © TBI 2010 Chinas Defense Expenditures 1985-2008 Source: The Military Balance, International Institute for Strategic Studies 1985200020052008 $US/


Center for Advanced Research in Photonics Department of Electronic Engineering, The Chinese University of Hong Kong Focus Areas Photonic Signal Processing.

(KT Chan) Photonic Crystal Fibers for signal processing and sensors (CT Shu) Si SiO 2 Si (substrate) n+n+ p+p+ DFB Laser Monochrometer Power Meter Coupler waveguide Stokes (nm) Center for Advanced Research in Photonics Department of Electronic Engineering, The Chinese University of Hong Kong Future Directions in planar waveguides & nanophotonics Possible future directions: –Miniaturization of planar waveguide components using silicon wires/


Power Generation Micro-electronics Oil & Gas Power Generation Chemical & Petrochemical Micro-electronics Advanced Holdings Ltd. Corporate Presentation.

focus on the design & supply of Process Equipment used for the proper, safe & efficient operations of process plants Chemical & Petrochemical Power generation Oil & Gas Micro electronics Primary market: PRC & Singapore Secondary market: Malaysia, South Korea, Hong Kong, Thailand and Japan Established in 1993, Advanced is a homegrown designer and provider of Process Equipment for key global industrial customers Market Focus Our Reach       South/


MBA290: ADVANCED STRATEGIC MANAGEMENT

, Deskilling Overcapacity URING intensive mass-production TRADE -----Production shifts from advanced to developing countries----- COMPETITION Technology- Entry & exit Shakeout & /lower seller concentration --- greater diversity of competitors Increased buyer power: wider choice for dealers & consumers COMPETITION Increased intensity / national differentiation Jet engines Autos Benefits of global integration Consumer electronics Telecom equipment Investment banking Steel Restaurant chains Cement Online C2C /


University of Bucharest – Faculty of Physics MDEO Research Center RESEARCH AND DEVELOPMENT CENTRE FOR MATERIALS AND ELECTRONIC&OPTOELECTRONIC DEVICES (MDEO)

kind of semiconducting materials and electronic and optoelectronic devices. Applied research is focused on the assessment of possible applications of new generation of hybrid organic/inorganic photovoltaic cells as low power energy sources and to increase / milimetric- waves" (MATMIUM) 8) Scientific Director of the Project: CEEX06 Nr.53 /2006: " Optical nanostructured Sensors for advanced gases detection" (SONDAG) 9) Scientific Director of the Project: CEEX06 Nr. 33 /2006: „Investigation of bor Nitride as/


IGBT Applications In HEV/EV

low voltage MOSFET solutions. --We have a rich portfolio of ASIC solution with an advanced 90nm, 65nm, 40nm and 28nm processes. The key solutions are for the Smart Grid, Integrated Power Management and Networking --ASSP: Industry leader for USB 2.0 and USB 3.0/ Darlington with a MOSFET as the input transistor. Right image - Placing a positive voltage (charge) on the base “capacitor” attracts electrons into the “p” silicon under the oxide. This forms a channel, which pulls the base down to (more or less) the/


Power Electronics for Renewable Energy, Smart Grids

smart grid development. •Environmental Goals – The country has a strong focus on environment and climate goals and the advancement of smart grid initiatives is seen as a key factor in meeting those goals. •Electric Vehicle Integration – The/ of daily charge and discharge cycles.  The result was reported in the journal Energy & Environmental Science. References Power Electronics in Smart Electrical Energy Networks, Strzelecki.Benysek http://www.eia.gov/energy_in_brief/article/power_grid.cfm http://www.eia.gov/


FADEC. What is FADEC?What is FADEC? Digital Electronic ControlsDigital Electronic Controls Design Requirements : Modern Engine Control SystemDesign Requirements.

being made to maintain efficiency. Maximum thrust is available for emergency situations if the throttle is advanced to full, but remember, limitations can’t be exceeded. HOW DOES FADEC WORK? Another /CONTROL FADEC EECU POWERSUPPLY CPU / Memory Actuation electronics Sensor electronics Sensor electronics Actuation electronics Sensor electronics Actuation electronics Actuator_1 Sensor_1 Sensor_ j Actuator_n Sensor_2 Actuator_2 Communication Power BUS FADEC Centralized Engine Control Communication CENTRALIZED /


Advanced Acceleration Techniques Carl B. Schroeder (LBNL) Office of Science 26 th International Symposium on Lepton Photon Interactions at High Energies.

International Symposium on Lepton Photon Interactions at High Energies San Francisco, CA June 24-29, 2013 Outline  Introduction to Advanced Accelerators High gradient structures -Plasma -Dielectrics High peak power drivers -Laser driven -Particle beam driven  Plasma-based accelerators Laser driven Particle beam driven -Electron beam -Proton beam  Dielectric laser accelerators 2 New accelerator technology needed M. Tigner, DOES ACCELERATOR-BASED PARTICLE PHYSICS HAVE/


Advanced Engine Performance Diagnosis, 4/e By James D. Halderman © 2009 Pearson Higher Education, Inc. Pearson Prentice Hall - Upper Saddle River, NJ.

low-level signal to a controller. The controller contains logic to calculate a signal to the pump power driver. The power driver contains a high-current transistor that controls the pump speed using pulse-width modulation (PWM). This system is called the electronic returnless fuel system (ERFS). Advanced Engine Performance Diagnosis, 4/e By James D. Halderman © 2009 Pearson Higher Education, Inc. Pearson Prentice/


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PREAMBLE Power Electronics (TEE-603). 2 CONTENTS 1.Why we study the Power Electronics? 2.Holistic Fix 3.Key Concepts and Key Research Areas 4.Key Applications.

 Simulation Tools like PSPICE, PSIM, MULTISIM etc 6 SCOPE IN RELATED FIELDS… Industrial and Domestic Automation (Hardware Engineers) Power Quality & Maintenance Engineer. (Power sector) Power Transmission (HVDC) (Power System Engineers). Etc. 6 HOLLISTIC FIX OF Power Electronics 7 RELATED ADVANCED COURCES IN UPTU CURRICULUM 1.TEN - 011 : Applications of power Electronics to Power System 2. TEE – 702 : Electric Drives 3. TEE – 802 : Utilization of Electric Energy & Traction 4. TEE – 034/


ADVANCED COMPUTATION IN PLASMA PHYSICS Forty-Third American Physical Society Division of Plasma Physics Annual Meeting Long Beach, California W. M. TANG.

Science is both utilizing and contributing to the exciting advances in Information Technology and Scientific Computing. Advanced computation in tandem with theory and experiment is powerful new tool for scientific understanding and innovation in research / …) Single Fluid Resistive MHD Two Fluid MHD (electrons and ions) Two Fluid MHD plus energetic gyro- particles Gyro- particle ions and fluid electrons Full orbit particle ions and fluid electrons Less complex model, valid for high- collisionality, strong/


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