Electronic components animations and java applets  |
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Allumage d'un tube
fluorescent swf file,
en Français |
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Buzzer A simple buzzer consisting of a battery, a flexible metal strip, a
piece of iron, and some wire |
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Buzzer |
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Capacitance Charging of a Capacitor |
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Capacitor
Two conducting plates are placed one above the other as shown in the frame. They
are connected to a battery which is not shown |
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Capacitor Observe how the electric field and the charge on the capacitor and
the dielectric change when you move the dielectric, parallel plate capacitors,
a tip |
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Capacitor |
| Capacitors
in this applet, you can select different configurations of capacitors in
parallel and/or in series, change the capacitances of the individual capacitors,
and the applet will calculate the equivalent capacitance of the network |
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Capacitors |
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Capacitors
In this applet, you can select different configurations of capacitors in
parallel and/or in series, change the capacitances of the individual capacitors,
and the applet will calculate the equivalent capacitance of the network |
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Capacitors and Dielectrics Observe how the electric field and the charge on
the capacitor and the dielectric change when you move the dielectric |
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Capacitor
networks In this applet, you can select different configurations of
capacitors in parallel and/or in series, change the capacitances of the
individual capacitors, and the applet will calculate the equivalent capacitance
of the network |
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Cartouches Fusibles swf
file,
en Français |
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Charged
Parallel Plates This animation helps illustrate that no matter where a
charge is placed between to oppositely charged parallel plates, the net force is
the same |
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Coaxial Cable
A coaxial cable consists of an outer conductor and an inner
conductor separated by an insulating plastic filler. These two conductors
usually carry equal currents in opposite directions |
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Codeur |
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Disjoncteur differentiel swf
file,
en Français |
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Disjoncteur Magnétique |
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Disjoncteur
magneto-thermique swf
file,
en Français |
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Disjoncteur
thermique |
| Factors
affecting capacitance this tutorial explores how variations in capacitor
plate area, separation distance, and the dielectric insulator work together to
change the overall capacity of the capacitor |
| Ideal
transformer |
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Inductor |
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Memristor
This example shows a memristor, a recently discovered device. It acts as a
resistor, but the resistance varies depending on the current over time |
| NotGate
thermistors |
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Plattenkondensator-Dielektrikum |
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Solénoïde en Français |
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Solenoid
Build a solenoid by adding current loops to the simulation |
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Thermistance en Français |
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Transformer
Transformer, swf file |
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Transformer |
| Transformer
applet this tutorial explores how transformers are used to increase or decrease AC voltages and currents in circuits, and how the operation of
transformers is based on the principal of mutual inductance |
| Transformer
circuit |
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Transformer
circuit The transformer in this applet is assumed no flux leakage and no
resistance in the two windings |
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Transformers |
| Vacuum
tube diodes current flowing from the cathode to the plate of a vacuum tube diode changes the nature of the current from alternating current (AC) to
direct current (DC) |
| Variable
capacitor explore how the plates of a variable capacitor move in relation to one another to produce changes in capacitance |
| Variable
capacitor applet a simulation of a rectangular parallel-plate capacitor. You can vary the separation between the plates, as well as the width of the
plates |
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Horizontaal |
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Sensors animations and java applets |
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Capteur vitesse
swf file, en Français |
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Hall Effect
The Hall effect is when a magnetic field placed transverse to the current flow
induces an EMF, ... |
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Hall Effect
Hall Effect animation |
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Hall
Effect What is the Hall Effect? |
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Hall
Effect |
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Hall
Effect The difference is caused by the difference of the supporter of the
current of the semiconductor in the electric field in the semiconductor,
swf file |
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LDR
LDR animation |
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LDR light dependent resistor
animation, Light-Dependent Resistor (LDR)? |
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LDR
light dependent resistor animation.
Behaviour of a light-dependent resistor resistance of LDR,
swf file |
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LDR
LDR and transistor, How does it work? |
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Moisture
Sensor Op-Amp circuit (wet on) |
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Moisture
Sensor Op-Amp circuit (dry on) |
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Strain Gauge Load Cell
A strain gauge is a long length of conductor arranged in a zigzag pattern on a
membrane. When it is stretched, its resistance increases |
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Reed Switch
magnetic Reed Switch animation |
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Reed switch: how a reed switch works
A Reed Switch consists of two ferromagnetic blades (generally composed of iron
and nickel) hermetically sealed in a glass tube. The blades overlap internally
in the glass capsule with a gap between them, and make contact with each other
when in the presence of a suitable magnetic field, movie |
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Rotational
Encoder Rotational Encoder simulation |
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Thermistance |
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Thermoelectric Movies |
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Thermistor
transistor circuit (heat on) |
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Thermistor Op-Amp circuit (hot on) |
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Thermomètre à diode |
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Thermomètre Pt500 |
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Tilt Switch |
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Horizontaal |
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Last updated on:
2011-01-02
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