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Topic: Fabrication principles electronics

	Electronic engineering - Wikipedia, the free encyclopedia
		Electronic engineering is a professional engineering discipline that deals with the emission, behavior, and effects of electrons (as in electron tubes and transistors) and with electronic devices, systems or equipment.
		Electronics engineering in Europe is a very broad field that encompasses many subfields including those that deal with, electronic devices and circuit design, control systems, electronics and telecommunications, computer systems, embedded software etc. Many European universities now have departments of Electronics that are completely separate from or have completely replaced their electrical engineering departments.
		Electronics engineers may be found in the pristine laboratory environment of a fabrication plant, the offices of a consulting firm or in a research laboratory.
	en.wikipedia.org /wiki/Electronic_engineering (3735 words)

	Electronics, Basic Electronics and Electrical Theory Related Books and Study Materials - some Spanish Versions
		Electronics for Computer Technology - is perfect for today's career-minded students as well as anyone with a keen interest in troubleshooting computer devices, components and electrical circuits.
		Principles of Electricity and Electronics for the Automotive Technician - Written by an ASE Master technician and teacher, this simplified approach provides the novice technician with a comprehensive introduction to the basics of automotive electricity and electronics.
		Principles and techniques are introduced by practical examples rather than by abstract theory.
	www.contractor-books.com /Electronics.htm (2291 words)

	Battelle - Electronics / Sensors
		Battelle scientists and engineers apply advanced electronics and sensor technology to defense challenges ranging from cost-effective upgrades for aging military platforms to detection, stealth and other sensitive missions.
		Battelle’s multidisciplinary approach combines skills in such diverse fields as electronics, avionics, optics, laser, radar, specialty materials and engineering services to devise best-in-class solutions for mission critical applications—from missile cloaking to more reliable sonar and sensitive detection equipment.
		Battelle’s electronics and sensor experts also specialize in performance improvements that reduce costs for subsystems and components for legacy and aging U.S. military aircraft and other equipment platforms.
	nationalsecurity.battelle.org /capabilities/electronics.aspx (344 words)

	Transistor - Wikipedia, the free encyclopedia
		For a typical silicon junction the change is approximately −2.1 mV/°C. The electron mobility and hole mobility columns show the average speed that electrons and holes diffuse through the semiconductor material with an electric field of 1 volt per meter applied across the material.
		Because the electron mobility is higher than the hole mobility for all semiconductor materials, a given bipolar NPN transistor tends to be faster than an equivalent PNP transistor type.
		Transistors are commonly used as electronic switches, for both high power applications including switched-mode power supplies and low power applications such as logic gates.
	en.wikipedia.org /wiki/Transistor (3448 words)

	Electronics (Site not responding. Last check: 2007-10-29)
		Principles of triode, tetrode, pentode, multiunit and multielement vacuum tube; and introduction to P-N junctions, transistor operation, transistor amplifiers, coupling and wave-shaping circuits, power supplies, sinusoidal and relaxation oscillators, hand tools and soldering techniques.
		Principles of operation of control units, monitoring and display equipment, audible alarms, sensors (mechanical, capacitance proximity, vibration, ultrasonic motion magnetic weapons, passive ultrasonic), and system checkout and troubleshooting.
		Principles of transmitters, receivers, audio and data intercept consoles, and automatic switchboard principles as applied to ground radio system.
	www.au.af.mil /au/ccaf/catalog/2005cat/cd_elt.htm (1761 words)

	Mead and Conway win '81 Electronics Award
		Electronics was very widely read and highly regarded in the industry at the time.
		This award article sketches the story of the Mead-Conway work, and indicates the major impact their work was having within just 2 years of emerging from Xerox PARC and Caltech.
		They skirted the issues of fine tuning of the fabrication line by making some fundamental assumptions about such questions as how wide metal should be in proportion to polysilicon.
	ai.eecs.umich.edu /people/conway/Awards/Electronics/ElectAchiev.html (2277 words)

	Electronics Engineering (Site not responding. Last check: 2007-10-29)
		The present "information age," which features electronic data storage, retrieval, manipulation, and high-speed computing and communications, is based on high-density microelectronic (and soon nanoelectronic) solid-state integrated circuits.
		The Electronics Engineering curriculum is designed to strike a balance between theoretical and laboratory experience and to impart fundamental and practical understanding of the principles required for a successful career in electronics and communications engineering.
		State-of-the-art electronics engineering elective courses provide seniors and advanced undergraduates the opportunity to develop a thrust in advanced electronics, communication systems and computers.
	www.aucegypt.edu /catalog/undergrad/fields/Electronics_Engineering/electronics_engineering.html (323 words)

	Power Electronics Books - S
		Part of a four part series on power electronics (ac-dc, ac-ac, dc-ac, and dc-dc conversion) written by French academics working with industry to reduce research in power electronics to a usable form.
		The chapters dealing with electronic switching devices and with adjustable speed drives have been entirely rewritten, to ensure the text is completely up-to-date.
		This book is an introduction to the physical principles of semiconductor devices and their fabrication technology.
	www.smpstech.com /books/books.htm (1309 words)

	Neets - Naval Electrical Engineering Training Series (Site not responding. Last check: 2007-10-29)
		Presents an introduction to the theory of electronic emission and electron tubes.
		It presents a basic discussion of electron and hole flow in semiconductor devices and explains the construction, function, and theory of operation of the transistor.
		Also covered are the purpose modular circuitry and the advantages of integrated circuits over conventional transistor circuits, and the construction and use of the other solid-state devices such as the Zener diode, tunnel diode, varactor, silicontrolled rectifier, triac, unijunction transistor, and the more commonly used opto-electric devices.
	www.tpub.com /neets (1563 words)

	Christophe ANTOINE-SNOWDEN's such a geek ;-)
		Integrated Circuit Fabrication Processes —For students interested in the physical bases and practical methods of silicon VLSI chip fabrication, or the impact of technology on device and circuit design, or intending to pursue doctoral research involving the use of Stanford’s Nanofabrication laboratory.
		Principles and Models of Semiconductor Devices —The fundamentals of carrier generation, transport, recombination, and storage in semiconductors.
		The physical principles of operation of the p-n junction, metal semiconductor contact, bipolar junction transistor, MOS capacitor, MOS and junction field-effect transistors, and related opto-electronic devices such as CCDs, solar cells, LEDs, and detectors.
	www.stanford.edu /~cmgas/coursework.html (999 words)

	ASU NanoLab (Site not responding. Last check: 2007-10-29)
		Electronic materials and metallization of integrated circuits; development of new semiconductor materials; development of new metal systems for interconnectors; interdiffusion and reactions in thin films; analysis of paint pigments, art media, and metallic artifacts; ionbeam analysis; Rutherford back scattering analysis.
		Electronic materials synthesis and processing; nanostructures on silicon; nanowire and nanopillar growth; metal silicides; focused ion beam and lithographic patterning; ion beam modification.
		Molecular electronics; nanostructured materials and devices; chemical and biological sensors; surface plasmon resonance; atomic force and scanning tunneling microscopies.
	www.eas.asu.edu /nanofab/research/faculty.html (869 words)

	CEDRA-Laboratories-Mechatronics
		Research and education at the Mechatronics lab help students gain a better understanding of the principals of electronics and to give them experience with instruments and methods used by technicians and electronic engineers.
		FPGA programming, electronic instrumentation, computer (PC and Micro-controller based) interfacing and real-time control are some of the principles, which the students working in this lab are exposed to.
		Fabrication of the electronic drive for an electric furnace and its computer control.
	sina.sharif.ac.ir /~cedra/mecha.htm (252 words)

	Electronics - Courses
		Approximately 50% of the course is spent in lab applying the principles and theory presented in the classroom.
		Approximately 25% of the course is spent in lab applying the principles and theory presented in the classroom.
		This course is a continuation of Electronics Fabrication 1 in which you will assemble, test and troubleshoot your electronics projects.
	www.mstc.edu /electronics/courses.htm (1611 words)

	Introduction to Microelectronic Fabrication: Volume 5 of Modular Series on Solid State Devices, 2nd Edition - $43.18 (Site not responding. Last check: 2007-10-29)
		Introduction to Microelectronic Fabrication, Second Edition, by Richard C. Jaeger, is a concise survey of the most up-to-date techniques in the field.
		Additionally, the pervasive use of integrated circuits requires a broad range of engineers in the electronics and allied industries to have a basic understanding of the behavior and limitations of ICs.
		An introductory knowledge of electronic components such as resistors, diodes, and MOS and bipolar transistors is also useful.
	www.informit.com /title/0201444941 (752 words)

	[No title]
		More specifically, students learn that MEMS are sensors and actuators that are designed using different areas of engineering disciplines and they are constructed using a microlithographically-based manufacturing process in conjunction with both semiconductor and micromachining microfabrication technologies.
		Different examples of MEMS designs and fabrication technologies would be studied that are currently employed in a wide range of devices, including microaccelerometers for crash detection in vehicles, pressure sensors for implantable medical devices, arrays of miniature mirrors for projection displays, and systems for chemical detection and assay.
		It is desirable that students have an awareness of some of the following: material properties, fabrication technologies, basic structural mechanics, sensing and actuation principles, circuit and system issues, packaging, calibration and test.
	www.ee.umd.edu /Academic/Grad/Gindepth/ENEE719R.html (764 words)

	NIST GCR 03-844 Low-Cost Manufacturing Process Technology for Amorphous Silicon Detector Panels
		The final step during baseline fabrication is a vapor phase deposition of cesium iodide (CsI) scintillator layer to convert X-ray energy to light.
		CsI is deposited to form microscopic columns or needles with their long axis normal to the substrate resulting in anisotropic properties (highly scattering to light propagating parallel to the substrate and transmissive to light normal to the substrate).
		Device fabrication is completed with the deposition of a CsI scintillator layer, using the identical process for baseline fabrication.
	www.atp.nist.gov /eao/gcr03-844/append-a.htm (1134 words)

	UNLV Nanoscale Device Research - Courses
		Topics of current interest in solid state electronic devices: physics of semiconductors, thermal and optical and electronic properties of semiconductors, bipolar junction devices, field effect devices, surface related effects, optoelectronic devices, semiconductor lasers.
		Vacuum theory, thin and thick film fabrication, electron transport phenomena, electronic properties active and passive films, distributed networks, designing hybrid microcircuits.
		Fabrication of integrated silicon and gas circuits, thermal oxidation, solid state diffusion, epitaxial growth, ion implantation, photo and electron lithography, design considerations, surface effect.
	www.unlv.edu /labs/nanotrp/courses.htm (609 words)

	electronics - cmos - mems - dc/ac circuits and electronics
		electronics - cmos - mems - dc/ac circuits and electronics
		Microstructures, electronics, nanotechnology - these vast fields of research are growing together as the size gap narrows and many different materials are combined.
		Central to this book is its ability to engage readers who are new to the study of electronics in interesting and useful concepts from the start, guiding them in their efforts to learn how to develop and apply fundamental laws.
	www.yourelectronicsspace.com /CMOS---MEMS/page/3503826 (744 words)

	Electronics
		Covering a broad range of topics, from simple DC magnetic circuits to electronic control of DC and AC motors, all the concepts and their applications are clearly explained and illustrated.
		This book revolutionized the teaching of electronics by emphasizing the methods actually used by circuit designers--a combination of some basic laws, rules of thumb, and a large bag of tricks.
		Based on the sensible notion that if machines are going to be moving around by themselves, they should have some way of telling where they are and where they are going, compiles information on the many supporting technologies associated with mobile robots for student and practicing developmental engineers.
	www.teamdavinci.com /electronics.htm (1409 words)

	Nanotechnology Is BIG at NIST
		Here, scientists and engineers are building atom and electron counters, single-photon turnstiles, ultracold ion and atom traps, and lasers that generate uniform pulses of light that last only a few trillionths of a second.
		The technique could be used to fabricate a single patterned measurement reference for calibrating and checking the accuracy of microscopes with resolutions ranging from less than a nanometer to micrometers—from scanning probe microscopes to optical microscopes.
		Developed the world’s most accurate electron counter—a device in which single electrons are pumped through nanoscale tunnel junctions by gate electrodes.
	www.nist.gov /nanotech (5680 words)

	ECE - Physical and Quantum Electronics
		The tremendous advances in computers, calculators, digital watches, electronic ignitions, transistor radios, and lasers have been spurred by developments in the general area of Electrical Engineering known as "physical electronics." This area concerns itself with the development of the electronic devices that generate, detect, transmit, and amplify electrical energy and information.
		Furthermore, advances in developing optical devices and an improved understanding of the underlying physical principles (quantum electronics and nonlinear optics) has led to reliable and increasingly sophisticated applications in optical communications, displays reprographics and medicine.
		Certainly, the demand for professional competence in electronic device development and fabrication continues to grow with each passing year as the impact of new device technology is felt in the industrial and consumer marketplace.
	www.ece.uiuc.edu /ugrad/physe.html (357 words)

	University of Colorado at Boulder Catalog \| 2004-05 (Site not responding. Last check: 2007-10-29)
		Introduces manufacturing principles and practices that are essential to competing successfully in a global environment.
		Topics covered include wafer fabrication, different levels of packaging, thermal management, life cycle engineering, printed wiring board assembly processes, and process control.
		Emphasizes the design and fabrication of sensors and actuators due to significance of these devices in optics, medical instruments, navigation components, communications, and robotics.
	www.colorado.edu /sacs/catalog04-05/courses.html?s=5-12-7 (210 words)

	Semiconducting Polymers for Multidisciplinary Education
		In EE 422, Polymer Electronics Laboratory, students apply their knowledge of solid state device fabrication and characterization to build and analyze the performance of a solid state device based on a semiconducting polymer.
		First, the fabrication of an inorganic light-emitting diode requires sophisticated and expensive fabrication techniques, which are not readily accessible to undergraduates.
		As consumers make increasing demands in the areas of large-area electronics, lightweight displays, and portable computing, semiconducting polymers are promising candidates for applications that contain not only the display but also integrate the computing and input/output circuitry onto one or both sides of a single substrate, such as a piece of glass.
	www.ee.calpoly.edu /~dbraun/papers/MRS00BraunKingsbVanasHH8-4.html (1901 words)

	[No title]
		Power Electronics; Principles and Applications guides the reader through the circuit analysis techniques in the design, analysis and fabrication of power electronics for consumer, and commercial applications as well as those unique to industrial manufacturing.
		Both protoboard and printed circuit board layout principles are explained with detailed, step-by-step illustrations, photographs and lots of lab practice.
		Power electronics are needed to follow their commands, delivering hundreds of milliamps to tens of amps to the motors, valves, heaters and lights that we use.
	www.delmarlearning.com /browse_product_detail.aspx?catid=6750&isbn=0766823326 (437 words)

	Microelectronic Engineering
		The physics and operation of semiconductor devices involve the understanding of band theory of solids, statistical distribution of electrons and holes in semiconductors, and fundamentals of electrostatics fields.
		One of the great challenges in integrated circuit manufacturing is the need to draw on scientific principles and engineering developments from such an extraordinary wide range of disciplines.
		Of the undergraduate microelectronics engineering laboratories, which include modern IC fabrication (cleanroom) and test facilities, RIT’s are the best in the nation.
	www.rit.edu /~932www/ugrad_bulletin/colleges/coe/microeng.html (1336 words)

	ARCHIVE: Spring 2001: UET Microelectronics Engineering Technology Courses
		Fundamentals, applications, and practical aspects of vacuum systems and their uses in semiconductor fabrication.
		Laboratory practice in the fabrication of integrated circuits.
		Band structure of solids, electron hole-pairs, mobility, lifetime, fermilevel, pn junctions, diodes, and bipolar and MOS transistors.
	www.asu.edu /aad/catalogs/spring_2001/uet.html (318 words)

	Electronics Engineering Technology Lake Land College - Mattoon Illinois (Site not responding. Last check: 2007-10-29)
		Microprocessor structure and operation, including principles of machine language programming and interfacing with external systems such as videoterminals, cassettes, and industrial processes.
		Logic circuit theory and hardware (electronic circuits) is covered; also included are transistor, transistor logic, and complementary metal oxide semiconductor-integrated circuits principles.
		Instructor approved and student selected electronic project providing experience in design, fabrication and testing of an electronic unit.
	www.lakeland.cc.il.us /coursedescription/courselisting-subject.cfm?prefix1=EET (1359 words)

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