| Title |
Product |
| The simple circuit |
P1351600 |
| Voltage measurement |
P1351700 |
| Current measurement |
P1351800 |
| Conductors and non-conductors |
P1351900 |
| Changeover switches and alternating switches |
P1352000 |
| AND and OR circuits |
P1352100 |
| Series and parallel connection of sources of voltage |
P1352200 |
| The safety fuse |
P1352300 |
| The bimetallic switch |
P1352400 |
| Resistance in a circuit |
P1352500 |
| Ohm's law |
P1352600 |
| Current and resistance in a parallel connection |
P1352700 |
| Current and resistance in a series connection |
P1352800 |
| Voltage in a series connection |
P1352900 |
| The dependence of the resistance of a wire on its length andcross-section |
P1353000 |
| The dependence of the resistance of a wire on its materialand temperature |
P1353100 |
| The resistivity of wires |
P1353200 |
| The potentiometer |
P1353300 |
| The internal resistance of a source of voltage |
P1353400 |
| Electric power and work |
P1353500 |
| Conversion of electrical energy into thermal energy |
P1353600 |
| Conversion of electrical energy into mechanical energy |
P1353700 |
| Conductivity of aqueous solutions of electrolytes |
P1353800 |
| The connection between voltage and current in conductiveprocesses in liquids |
P1353900 |
| Electrolysis |
P1354000 |
| Galvanisation |
P1354100 |
| Galvanic cells |
P1354200 |
| The lead accumulator |
P1354300 |
| Capacitors in direct current circuits |
P1354400 |
| Charging and discharging a capacitor |
P1354500 |
| Capacitors in alternating current circuits |
P1354600 |
| The magnetic effect of a current-carrying conductor |
P1354700 |
| The coil as an electromagnet |
P1354800 |
| The electric bell |
P1354900 |
| The electromagnetic relay |
P1355000 |
| Controlling with a relay |
P1355100 |
| The light-sensitive switch |
P1355200 |
| The galvanometer |
P1355300 |
| Current-carrying conductors in magnetic fields |
P1355400 |
| The permanent magnet DC motor |
P1355500 |
| Series motor and shunt motor |
P1355600 |
| Generation of an induced voltage with permanent magnets |
P1355700 |
| Generation of an induced voltage with electromagnets |
P1355800 |
| The alternating current generator |
P1355900 |
| Voltage transformation |
P1356000 |
| Current transformation |
P1356100 |
| Self-induction when switching a circuit on |
P1356200 |
| Self-induction when switching a circuit off |
P1356300 |
| Coils in AC circuits |
P1356400 |
| NTC resistors |
P1356500 |
| PTC resistors |
P1356600 |
| Light dependent resistor (LDR) |
P1356700 |
| Diodes as electrical valves |
P1356800 |
| The diode as a rectifier |
P1356900 |
| Characteristics of a silicon diode |
P1357000 |
| Bridge rectifiers |
P1357100 |
| Filter networks |
P1357200 |
| Characteristic curve of a Zener diode |
P1357300 |
| The Zener diode as a voltage stabiliser |
P1357400 |
| Light-emitting diodes |
P1357500 |
| Photo diodes |
P1357600 |
| Solar cells |
P1357700 |
| NPN and PNP transistors |
P1357800 |
| The transistor as a switch |
P1357900 |
| The transistor time-delay switch |
P1358000 |
| Controlling a transistor with a photoresistor |
P1358100 |
| Transistors as voltage amplifiers |
P1358200 |
| Characteristic curves of an NPN transistor |
P1358300 |
| Stabilisation of the operating point |
P1358400 |
| Temperature control of a transistor |
P1358500 |
| Undamped electromagnetic oscillations |
P1358600 |
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