Electricity + Electronics Basic-Set (MBC)

Consisting of:- All components of the ‘Electrical - Basic’ MBC- All components of the ‘Electronic - Basic’ MBC- DS615-1P metal plate- Storage box II large, with lid- Experiment instructions


Set of magnetic building block system compact (MBC), electricity and electronics - basic, for carrying out more than 40 experiments on the topics:
- Basics of electricity
- Electrical resistance
- Heat energy from electrical energy
- Work and power
- Semiconductors
- Diodes
- Transistors
- capacitors

Complete device set, including the necessary lamps, wires and cables, metal plate, storage and instructions, the magnetic components consist of a robust plastic housing (ABS) with transparent base plate
- Switching symbol printed on (screen printing)
- Sockets also suitable for 4 mm safety plugs
- Base plate with embedded neodymium magnets
- Dimensions: 84 x 84 x 39 mm

Contents of the device set:

2 x P3710-2A MBC Lamp socket E 10. 2 jacks
1 x P3710-2R MBC On-Off switch
1 x MB200-1W MBC Precision resistor, 5 ohms
1 x MB200-2W MBC Precision resistor 10, ohms
4 x DE312-1A Clip terminal for 1,5 V batteries, magnetic
3 x P3711-4M Clamp socket, magnetic
1 x P3314-1A Fuse wire, D0,1 mm, L50 mm
1 x P3316-1C Constantan wire D0,5 mm, L15 m
1 x P3316-1B Copper wire, D0,2 mm, black, SE
1 x P3325-1A Set of conductors and nonconductors
3 x P3320-1A Light bulb, 2,5V / 70mA(1,5 V/50 mA),E10
3 x DE309-5S1 Light bulb 12 V / 100 mA, E10
2 x P3310-1A Crocodile clip, plain metal
1 x P3325-2C Electrolysis tank, plastic, transparent
3 x P3310-2R Connecting lead, 25 cml, red, SE
3 x P3310-2E Connecting lead SE 25 cm, black
1 x P3310-3A Connecting lead 50 cm, red, SE
1 x P3310-3R Connecting lead 50 cm, black, SE
1 x DE309-1A Storage container, transparent
1 x P3710-1T MBC Lead, transparent
1 x P3710-3M MBC Resistor 500 ohms
1 x P3710-3O MBC Resistor 1 kOhm
1 x P3710-3R MBC Resistor 10 kOhm
1 x P3710-4E MBC PTC Thermistor
1 x P3710-4J MBC Photo Resistor (LDR)
1 x P3710-6N MBC Capacitor 100 μF
1 x P3710-6R MBC Capacitor 1000 μF
1 x P3710-7A MBC Si-Diode
1 x P3710-7K MBC LED red
1 x P3710-8A MBC transistor NPN, left
1 x P3711-2A MBC Summer
2 x P3712-1S Jumper plugs, black
1 x P3712-2S Jumper plug with connector terminal, black
1 x DS615-1P Bottom-shelf for MBC system, 50 x 35 cm

Storage:
1 x P7840-1B Box insert metal, bottom, big
1 x P7806-1G Storage box – lid, II, with fleece
Box insert plan and 2 stickers


Including experiment instructions for the following experiments:

Basic circuits, conductors & non-conductors
ELC 01.01 The electrical circuit
ELC 01.02 * Double-throw switch
ELC 01.03 * Two-way switch
ELC 01.04 Voltage
ELC 01.05 Serial connection of voltage sources
ELC 01.06 Parallel connection of voltage sources
ELC 01.07 Terminal voltage – Idle voltage
ELC 01.11 Amperage
ELC 01.12 Conductors and non-conductors - solids
ELC 01.13 Conductors and non-conductors - liquids
ELC 01.14 Is the human body an electrical conductor?
ELC 01.15 Is the human body an electrical conductor in contact with water?
ELC 01.16 Closing a circuit by grounding

Electrical Resistance
ELC 02.01 Ohm’s law
ELC 02.02 Application of Ohm’s law
ELC 02.03 * Measuring resistance with an Ohmmeter
ELC 02.04 Is the resistance of a wire depending on its length and its diameter?
ELC 02.05 * Is the resistance of a wire depending on its material and temperature?
ELC 02.06 Is an incandescent lamp an ohmic resistor?
ELC 02.07 Serial connection of incandescent lamps
ELC 02.08 Serial connection of ohmic resistors
ELC 02.09 Parallel connection of incandescent lamps
ELC 02.10 Parallel connection of ohmic resistors
ELC 02.11 * Ohmic resistors in parallel and series circuits
ELC 02.12 Voltage division
ELC 02.13 Model of potentiometer
ELC 02.14 * Dimming by means of a potentiometer

Thermal energy derived from electrical energy
ELC 03.01 Electrical energy is converted into thermal energy
ELC 03.02 The incandescent effect of a filament
ELC 03.03 Conducting wires and resistance wires
ELC 03.04 Safety fuse

Work and power
ELC 04.01 Work and power of electrical current
ELC 04.02 * Work and power of an electric motor

Semiconductors
EOC 01.01 PTC-resistor
EOC 01.02 Automatic protection agbainst overheating
EOC 01.05 LDR
EOC 01.06 Modell of an exposure meter

Diodes
EOC 03.01 Silicone - diode
EOC 03.02 Characterisitc lines of semiconductor diodes
EOC 03.03 Forward voltage of the silicon-diode
EOC 03.06 Forward voltage of an LED

Transistors
EOC 04.01 Transistor as double-diode (NPN)
EOC 04.02 Transistor as a switch (NPN)
EOC 04.05 Transistor as an amplifier
EOC 04.06 Light triggers alarm
EOC 04.08 Burglary alarm by means of a trip wire
EOC 04.09 Automatic lighting
EOC 04.10 Alarm via light battier

Condensors
EOC 05.01 Condensors can store electric charges
EOC 05.03 Charging a condensor
EOC 05.04 Discharge of a condensor
EOC 05.05 A condensor supplies basis current
EOC 05.06 Capacity
EOC 05.07 Timer
EOC 05.08 A condensor blocks DC
EOC 05.09 Condensor on AC
EOC 05.10 One-way rectification
EOC 05.14 Series connection of charged capacitors

The experiments marked with * require additional material outside from the MBC Electricity set.

Dimensions: 600 x 400 x130 mm
Mass: approx. 9.7 kg