Web-Animation: Diffusion und Drift (Analogiemodell zur Solartechnik)

Die Animation stellt den Gegensatz von Diffusions- und Driftbewegungen dar. Diffusion lässt sich als zufällige Bewegung und Drift als gerichtete Bewegung verstehen. Beide Bewegungen können sich überlagern. Drift und Diffusion kommen beispielsweise in Solarzellen vor. Die Löcher und Elektronen bewegen sich aufgrund von Wärme zufällig durch das Halbleitermaterial. Das elektrische Feld in der Raumladungszone bewirkt […]

Continue reading


Animation: RLC circuits

The following animation illustrates how an RLC circuit works. RLC circuits play an important role in electronics and electrical engineering. The letters “RLC” also refer to the three basic electrical elements: Resistance (R), Inductance (L) and Capacitance (C). RLC circuits offer a wide range of possible applications in the field of signal processing. Single R, […]

Continue reading


Animation: Electrical circuits (App)

The following interactive app shows basic circuits in electrical engineering: Single circuit Serial circuit Two-way circuit Title Electrical circuits (App) Target group Selft learners Platforms (primary) Internet browser Features Full screen modeLossless magnificationLarge screens supported Licence Freeware (for non-commercial use) Link http://www.educational-animation.com/kis/Apps/Schaltung/Schaltung.php Sources Authoring tool: Adobe Animate JavaScript library: CreateJS

Continue reading


Animation: Electric generator (App)

The following interactive app shows how an electrical generator works. Title Electric generator (App) Zielgruppe Self-learners Plattforms Internet browser Features Full screen modeLossless magnificationLarge screens and screens supported Lizenz Freeware (for non-commercial use) Link http://www.educational-animation.com/kis/Apps/Generator/Generator.php Sources Authoring tool: Adobe Animate JavaScript library: CreateJS

Continue reading


Animation: Electrical induction 2 (App)

The following interactive app shows the principle of electromagnetic induction by means of a rotary motion. The animation shows a cross-section of a conductor loop that rotates inside a magnetic field. Title Electrical induction 2 (App) Target group Self-learners Platforms Internet browser Features Full screen modeLossless magnificationLarge screens supported Licence Freeware (for non-commercial use) Link […]

Continue reading


Animation: Electromagnetic induction through rotation

The interactive animation illustrates the principle of electromagnetic induction. It shows how a rotating magnetic field induces an electrical voltage inside a conductive material. In technical applications, e.g. in classic generators, conductor windings that run around the magnet several times are used instead of a single conductor material. In principle, the induced voltage can be […]

Continue reading


Animation: Electrical induction 2

The interactive animation illustrates the principle of electromagnetic induction using the example of a rotating conductor loop. The 3D model can be rotated interactively. You can zoom in and out the rectangles in the animation with a mouse click. In the following screenshot only the 3D model is shown. The animation shows a conductor loop […]

Continue reading


Animation: Electromagnetic induction 1

The interactive animation illustrates the principle of electromagnetic induction. A conductive material is shown that can be moved within a homogeneous magnetic field. Depending on the direction and speed of the movement, a voltage of varying strength is induced inside the material. Note on use After starting the application, you can view the animation in […]

Continue reading