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JavaOptics is an ensemble of teaching resources for Physical Optics at university level as part of physics or optics and...
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JavaOptics is an ensemble of teaching resources for Physical Optics at university level as part of physics or optics and optometry studies. Some of the resources can also be used by high school teachers or students to illustrate and broaden knowledge on some aspects of physics at this teaching level. The resources may be used either in an ordinary course as support material or as the main working tool in an online Internet course.
Material Type:
Simulation
Author:
Artur Carnicer
Date Added:
Jun 06, 2006
Date Modified:
May 13, 2014
Peer Review for material titled "JAVA Optics Course"
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This site contains a collection of tutorial materials that support the teaching and learning of elementary topics in computer...
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This site contains a collection of tutorial materials that support the teaching and learning of elementary topics in computer engineering. Topics include Boolean algebra, logic design, Karnaugh maps, binary arithmetic, combinational logic, sequential logic, floating point numbers, two's complement arithmetic, etc.
Material Type:
Collection
Author:
Joseph Tront
Date Added:
Apr 03, 2005
Date Modified:
Mar 30, 2014
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An interactive simulation designed to help students understand fourier series. Includes a discrete-only module and a module...
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An interactive simulation designed to help students understand fourier series. Includes a discrete-only module and a module that illustrates the transition from discrete to continuous transforms. A wave game module in which students try to match a given waveform is also included.
Material Type:
Simulation
Author:
The PheT project
Date Added:
Nov 14, 2005
Date Modified:
Apr 04, 2011
Peer Review for material titled "Fourier: Making Waves"
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Description of the basic operation of CMOS circuits including inverters, NAND gates, and NOR gates. Circuit simulations are...
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Description of the basic operation of CMOS circuits including inverters, NAND gates, and NOR gates. Circuit simulations are shown. Power dissipation is discussed. Including: Inverter; NAND and NOR gates; Transmission gates;D-latch with T-gates; Power Consumption; Complex gates; SRAM cell
Material Type:
Presentation
Author:
Norman Hendrich
Date Added:
May 02, 1997
Date Modified:
Sep 16, 2009
Peer Review for material titled "Basic CMOS Technology"
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