Geometry.Net - the online learning center
Home  - Physics - Electronics Bookstore
Page 1     1-20 of 125    1  | 2  | 3  | 4  | 5  | 6  | 7  | Next 20

         Electronics:     more books (100)
  1. Quantum Electronics for Atomic Physics (Oxford Graduate Texts) by Warren Nagourney, 2010-06-11
  2. Electronic Structure and the Properties of Solids: The Physics of the Chemical Bond by Walter A. Harrison, 1989-07-01
  3. Beginning Electronics Through Projects by Andrew Singmin Education: Master's DegreeSemiconductor Physics from Brunel University inLondon; Ph.D.Solid State Physics from the University of London., 1997-08-21
  4. Electronic Properties of Materials by Rolf E. Hummel, 2000-12-21
  5. Handbook of Modern Sensors: Physics, Designs, and Applications by Jacob Fraden, 2001-09-21
  6. Electronic Structure: Basic Theory and Practical Methods (Vol 1) by Richard M. Martin, 2004-04-26
  7. Electronic Transport in Mesoscopic Systems (Cambridge Studies in Semiconductor Physics and Microelectronic Engineering) by Supriyo Datta, 1997-05-28
  8. Introducing Molecular Electronics (Lecture Notes in Physics)
  9. Hands-On Electronics: A Practical Introduction to Analog and Digital Circuits by Daniel M. Kaplan, Christopher G. White, 2003-06-23
  10. Physics of Quantum Electron Devices (Springer Series in Electronics and Photonics)
  11. The Art of Electronics by Paul Horowitz, Winfield Hill, 1989-07-28
  12. Principles of Condensed Matter Physics by P. M. Chaikin, T. C. Lubensky, 2000-10-09
  13. Gallium Nitride Processing for Electronics, Sensors and Spintronics (Engineering Materials and Processes) by Stephen J. Pearton, Cammy R. Abernathy, et all 2010-12-28
  14. Beginning Analog Electronics through Projects, Second Edition by Andrew Singmin Education: Master's DegreeSemiconductor Physics from Brunel University inLondon; Ph.D.Solid State Physics from the University of London., 2001-02-01

1. TNO FEL - Physics And Electronics Laboratory
Shop here for Low Temperature electronics physics, Devices, Circuits, and Applications and find more books by Jamal Deen. For a limited time, get free shipping on orders over $25!
You can search the TNO-FEL site by entering your query here: Technology area - Business Management - Command and Control - Electronics and EW - Observation Systems - Operations Research - Security - Simulation - Telecommunications Expertise area - Business Management - E-Business - Electro-optics - Electonics - Operations Research - Radar - RF and Electronics - Security - Simulators - Telecommunication Infrastructures - Underwater Acoustics
No rights can be derived from the content of the TNO-FEL website. © TNO-FEL
TNO Physics and Electronics Laboratory
P.O. Box 96864, 2509 JG The Hague, The Netherlands
phone +31 70 374 00 00 (switchboard), +31 70 374 00 68 (info)
fax +31 70 328 09 61
Public relations contact: mr. W.L.Smith
Products and Services
Radar Performance Evaluation Tool
(new) Datalogger EMC Real-time image processing MMIC ... and more ...see some examples History ...visit Museum Waalsdorp Our web services ...see

2. ThinkQuest Library Of Entries
Adobe Acrobat Logo. Solar Electric Physics. The energy that comes fromthe sun comes through the sun's rays. These rays include photons.
Welcome to the ThinkQuest Internet Challenge of Entries
The web site you have requested, Comparing Alternative Energy Forms , is one of over 4000 student created entries in our Library. Before using our Library, please be sure that you have read and agreed to our To learn more about ThinkQuest. You can browse other ThinkQuest Library Entries To proceed to Comparing Alternative Energy Forms click here Back to the Previous Page The Site you have Requested ...
Comparing Alternative Energy Forms
click here to view this site
A ThinkQuest Internet Challenge 1998 Entry
Click image for the Site Languages : Site Desciption This is a sophisticated site that attempts to explain the scientific principles behind different forms of energy. It provides the physics principles and chemical equations involved with energy. You'll also find animations, quizzes, problem sets, and links to organizations world-wide. You'll need to have a background in chemistry and physics in order to do some of these problems, but the site is an excellent effort.
Students Ben Fox Chapel Area High School Library
PA, United States

3. Electronics: Physics 171L
Electronics 171/220. These pages maintained by LR Fortney. The Syllabus for theSpring 1997 course; The text is Principles of Electronics, Analog and Digital;
Electronics 171/220
These pages maintained by L. R. Fortney
Spring 1998 Course Instructor: W.J. Robertson
This page will contain links to the syllabus, handouts , notes , explanations and animations of particular points, and exam grade distributions.
A few Exams from Past Years
These are exams given by L. R. Fortney in past years. All are pdf files and because of the figures may be rather slow to display and scroll. Hopefully, you can print a good paper copy. The solutions are not included. Note that due to schedule changes from year to year, specific material may not always appear on exams of the same number.
  • Exam 2 Exam 3 Final Exam 1 Exam 2 Exam 3 Final Final
  • You may need to obtain the quicktime plugin or one of various quicktime movie playing applications (MoviePlayer is the Apple product) for your browser. Back to Top Back to Home Page

    4. Allis Prize Lecture: Gaseous Electronics Physics Inside
    LW.001 Allis Prize Lecture Gaseous electronics physics Inside. Alan Garscadden(Propulsion Directorate Air Force Research Laboratory, WPAFB, OH and EAFB, CA).

    Previous abstract
    Graphical version Next abstract Session LW - APS Allis Prize Talk.
    INVITED session, Wednesday morning, October 16
    North/Center Forum, Millennium Hotel
    [LW.001] Allis Prize Lecture: Gaseous Electronics Physics Inside
    Alan Garscadden (Propulsion Directorate Air Force Research Laboratory, WPAFB, OH and EAFB, CA) I was fortunate to enjoy the advice of K. G. Emeleus during my graduate studies and for many years afterwards. He introduced me to the papers of Will Allis and later I was privileged to correspond with Professor Allis. At this time I had moved from the Queens university environment to work at a large Air Force base. There I have worked with a lot of smart people, including several who also come to the GEC each year to be refreshed and calibrated. A personal overview is presented on a few of the many roles that atomic, molecular and optical physics, including gaseous electronics, play in programs of the Air Force Research Laboratory and subsequently on AF systems and operations. While there have been misses, overall there have been many successes with impacts that provide more effective systems, as recent experiences have demonstrated. Some example studies, involving primarily electron collision physics, successful and unsuccessful in being chosen for application, are discussed. Part L of program listing

    5. Allis Prize Lecture: Gaseous Electronics Physics Inside
    Previous abstract Graphical version Text version Next abstractSession LW APS Allis Prize Talk. INVITED session, Wednesday

    Previous abstract
    Text version Next abstract Session LW - APS Allis Prize Talk.
    INVITED session, Wednesday morning, October 16
    North/Center Forum, Millennium Hotel
    [LW.001] Allis Prize Lecture: Gaseous Electronics Physics Inside
    Alan Garscadden (Propulsion Directorate Air Force Research Laboratory, WPAFB, OH and EAFB, CA) Part L of program listing

    6. Electronics
    Physics 3500, Electronics. Day 1 Aug 23 Introductory Electricity, Day2 Aug 25 Introductory Electromagnetism, Day 17 Oct 18 Operational
    Physics 3500, Electronics
    Day 1 Aug 23
    Introductory Electricity Day 2 Aug 25
    Introductory Electromagnetism Day 17 Oct 18
    Operational Amplifier Applications Day 18 Oct 20
    Packaged Op-amps, Feedback Day 3 Aug 30
    Basic Circuits Day 4 Sep 1
    Network Analysis Day 19 Oct 25
    Oscillators and Feedback Day 20 Oct 27
    Oscillator Design Day 5 Sep 6
    Holiday Day 6 Sep 8
    AC Circuits Day 21 Nov 1 Oscillator Packaged Circuits Day 22 Nov 3 Use of Feedback in Control Day 7 Sep 13 Semiconductor Physics Day 8 Sep 15 Power Sources Day 23 Nov 8 Mechanical/electronic applications Day 24 Nov 10 Intro to Pulse and Digital Circuits Day 9 Sep 20 Power Supply Design Day 10 Sep 22 Transistors Day 26 Nov 15 Sequential Logic Circuits Day 27 Nov 17 Sequential Logic Applications Day 11 Sep 27 Amplifiers Day 12 Sep 29 Amplifier Design Day 28 Nov 22 Integrated Circuit Applications Day 29 Nov 24 Thanksgiving holiday Day 13 Oct 4 Amplifier Applications Day 14 Oct 6 Operational Amplifiers Day 30 Nov 29 Integrated Circuit Applications Day 31 Dec 1 Data Acquisition, Digital Day 15 Oct 11 Midterm Day 16 Oct 13 Operational Amplifiers Day 32 Dec 6 Data Acquisition, Digital

    7. Physics 350 - Electronics
    Physics 350 Electronics. Spring 2003 Schedule of Classes. Section, Time(s),Instructor, Room. See Department for Next Scheduled Offering. Syllabus.
    Physics 350 - Electronics
    Spring 2003 Schedule of Classes Section Time(s) Instructor Room See Department for Next Scheduled Offering
    • Syllabus

    Last Updated: Fri Jan 10 14:04:08 PST 2003
    University of Southern California

    Next Contents. physics. LECTURE NOTES. PHYS 395. electronics. ©D.M.
    Next: Contents
    PHYS 395
    University of Alberta
    Department of Physics
    Preface Electronics is one of the fastest expanding fields in research, application development and commercialization. Substantial growth in the field has occured due to World War II, the invention of the transistor, the space program, and now, the computer industry. The research grants are high, jobs are available and there is much money to be made in areas related to electronics. With the beginning of the ``information superhighway'' and computerized video coming to your home, it is hard to imagine that electronics will not continue to expand in the future. Electronics is everywhere in our lives. It is difficult for the practicing engineer to stay informed of the most recent developments in electronics. What is taught in this course could well be out of date by the time you actually go to use it. However the physical concepts of circuit behavour will be largely applicable to any future development. The approach to electronics taken in this course will be a mixture of physical concepts and design principles. The course will thus appear more qualitative and wordy compared to other physics courses. Nevertheless, it is hoped that this course will become a useful tool for your future physics laboratories and research.

    9. Home
    home page for the Department of Maths, physics electronics at APU, Cambridge, England
    Home Page Applied Sciences Home Page
    How to Apply

    APU Home
    Staff in MPE are a vibrant group of academics and professionals who are keen to take advantage of and to contribute to the development of new technologies. This forward looking department is anxious to provide pathways which are applied in nature and which are designed to provide good employment prospects for its graduates and diplomates. Link to the NACoM-2003 Conference, please CLICK HERE Applied Sciences Home Search Departments ... Applied Sciences
    This page is maintained by Dr Georgios Psihoyios
    E-mail with any problems encountered while browsing this site
    School of Applied Sciences
    Anglia Polytechnic University
    East Road
    Cambridge CB1 1PT, UK
    Tel: +44 (0)1223 363271 Fax: +44 (0)1223 417712

    10. Physics
    Explore the departments of physical electronics, theoretical physics, solidstate physics, and general physics at this Czech university. Department of Physical electronics. Department of Theoretical physics and Astrophysics
    Faculty of Science, Masaryk University
    David Trunec

    11. (Mongolia) National University Of Mongolia, Ulaanbaatar
    School of physics and electronics. Faculty members, research fields.

    electronics/physics. electronics. Research interests in electronics atARLERO are in the areas of Solid State Devices; Quantum electronics
    ELECTRONICS Research interests in electronics at ARL-ERO are in the areas of: Solid State Devices; Quantum Electronics; Optoelectronics; Mobile, Wireless Communications; Image Analysis and Information Science; Signal Processing and Circuits; Low Power Electronics; Electromagnetics and Millimeter Wave Circuit Integration. This research has application to a wide variety of systems and contributes to the solution of technology-related problems in communications, command and control, surveillance, target acquisition and night observation. These research areas are described below. A. Solid State Devices: This research area is focused on electronic, magnetic, and optical properties of materials and structures for electronics-based microdevices. Research needs include: (1) carrier transport properties and non-equilibrium phenomena; (2) electrical characterization of ultrasmall structures; (3) electronic properties of nano-dimensional structures; (4) novel device structures, with emphasis on mesoscopic devices; and (5) the coupling of ultraviolet, visible and infrared radiation to novel direct bandgap semiconductor structures. B. Quantum Electronics: This research area includes: (1) ultrafast switching devices with high bandwidths for signal and data processing; (2) monolithic ultrasubmicron device components for networks capable of application-specific signal processing; and (3) terahertz emitters, detectors, and electronic devices. Other research interests are submicron device modeling and fabrication for enhanced functionalities.

    13. The Electronic Services Unit
    Quite a bit of theory, practical advice, math and diagrams, from bacic electronics theory to very advanceed physics.
    The Electronic Services Unit
    ESU home page index -
    • The ESU Advice Pages (construction techniques, useful data)
    • Contacting the ESU
    • Electrical safety FAQs
    • Staff in the ESU
    • What does the ESU do?
    • Printed Circuit Boards ( SECM access only)
    • Examples of our work
    • Where is the ESU?
    • What's
      • (2001 April) Decibels demystified.
      • (2001 March 2nd.) Power loss in wound components.
      • (1997 May 25th.) Mouse connectors
      School of Electronics Computing and Mathematics home
      Staff in the ESU
      • David Dryden (board fabrication)
      • Richard A. Clarke (equipment inventory)
      • Charles W. Murray (electrical safety)
      ESU home page index
      What does the ESU do?
      It provides technical support for both teaching and research groups within the School of Electronics, Computing and Mathematics . This includes -
      • Assesment of safety issues, particularly electrical safety testing.
      • Repairs maintenance and calibration of electronic systems and equipment.
      • Verification of incoming new equipment for safe transit and operation.
      • Registration of new equipment on the Inventory and disposal of redundant items.
      • Design and construction of specialised instruments for research
      • Design and construction of Lab Class experiments.

    14. Introspek Scientific
    Research and development specialising in wireless telecommunications systems, analog and digital electronics and engineering physics.
    Home About us Areas of Expertise Ordering ... SERVICES PRODUCTS PC-hosted signal-generator with freq. DC-40MHz ... with Data-logging capability
    RF, Analog and digital electronics, wireless telecommunications systems,
    and engineering physics. We will deliver solutions of your problems
    from the very conception stage to the working system. INTROSPEK SCIENTIFIC is committed to timely meet your design
    reliability, expediency, and quality goals. Given a specific customer's need,
    Our extensive design expertise in the applications of physical methods enables
    the development of specific solutions, which are feasible and cost effective.
    As a result we are able to offer everything from individual devices to complete system.
    We also offer some products, which can be customized to meet your needs.
    For such projects we can sell the design to the customer. OEM partnerships allow us to offer one-stop solutions for your specific applications needs.
    Please contact us at Mail: Introspek Scientific 72025 Old Orchard Rd

    15. Institute For Research In Electronics And Applied Physics
    Institute for Research in electronics and Applied physics at the University of Maryland provides research, personnel, and publication details. Includes contact details.
    Student Information: Undergraduate - TREND Research Program Research Fellowship Admissions Research Fellowship
    Formerly known as the "Institute for Plasma Research"
    A joint Institute of the College of Computer, Mathematical, and
    Physical Sciences
    and the A. James Clark School of Engineering
    Training and Research Experiences in Nonlinear Dynamics


    Submissions Due by March 31, 2003

    Click on picture for further information


    MARYLAND DAY 2003 (APRIL 20)
    ENVIRONMENTAL SAFETY ... ARTICLE IN 'NATURE': "Measuring intense rotation and dissipation in turbulent flows"
    • Envision a thermonuclear power plant that does not produce radioactive waste.
    • Consider a new technology that will manufacture microelectronic chips that will be able to process 12 times more information than those currently available.
    • How can we develop diesel engines that are more environmentally friendly?
    • Did you ever wonder how the earth's magnetic field is generated?

    16. ThinkQuest Library Of Entries
    Foundations of electronics physics. The other tutorials. Table ofContents. Charges; Electric Fields; Electric Potential and Potential
    Welcome to the ThinkQuest Internet Challenge of Entries
    The web site you have requested, The Electronics Workshop , is one of over 4000 student created entries in our Library. Before using our Library, please be sure that you have read and agreed to our To learn more about ThinkQuest. You can browse other ThinkQuest Library Entries To proceed to The Electronics Workshop click here Back to the Previous Page The Site you have Requested ...
    The Electronics Workshop
    click here to view this site
    A ThinkQuest Internet Challenge 1997 Entry
    Click image for the Site Languages : Site Desciption This web site is designed to teach the basic concepts of electronics. Tutorials on physics and chemistry concepts and an encyclopedia of electronics terms help the beginning electronics student learn vital information. The Electronics Forum offers online help via e-mail and connects readers to links and newsgroups about electronics. An online Electronics Safety section sets forth guidelines (and warnings).
    Students Nikesh Roy C. Ketcham High School
    NY, United States

    17. Self Study Material In Solid State Electronics Using Multimedia
    A collection of notes on solid state physics.
    Self study material in Solid State Electronics using Multimedia
    In this material we recommend the following reference books:
  • Introduction to Solid State Physics, Charles Kittel, Wiley Solid State Electron Devices, Ben G. Streetman, Prentice-Hall 1. Crystal structures 2. Bandgap in semiconductors 3. Lattice vibrations 4. Electron transport in semiconductor materials ... 5. Electron transport over a barrier
  • 18. Name Title Areas Of Practice Email George Biernacki Partner
    electronics, physics IT. this is the electronics, physics IT department. Partner.Designs. electronics, physics IT.

    19. The Great Web Of Science
    Providing links for science, astronomy, biology, chemistry, electronics, medicine, meteorology, oceanography,physics and space.
    The Great Web of Science
    A growing resource to sites about the sciences and books about science and technology.
    Chemistry Electronics Meteorology ...
    Return to ImagineHawaii
    Email me at:
    Last updated on 03/07/03

    20. Macquarie University - ICS
    ICS brings together the Departments of Computing, electronics, Mathematics and physics at Macquarie University.
    ICS brings together the Departments of Computing, Electronics, Mathematics and Physics at Macquarie University. We teach, research and consult across the broad area of information and communication sciences and in the specific disciplines related to each department. Our work is underpinned by a strong collaboration with industry and a commitment to community outreach.
    Intern Opportunity at Avaya for 2nd and 3rd Year IT Students!!

    2003 ICS Waiver Information

    Macquarie Home Macquarie Staff ... Your Privacy

    Page 1     1-20 of 125    1  | 2  | 3  | 4  | 5  | 6  | 7  | Next 20

    free hit counter