Item no.: 15267-88
Function and Applications
Supplementary equipment set for Electric/Electrononics Building Block System Basic set (15265-88). Together with the Building Block System Basic set, it is possible to performe 53 student experiments in total:
- Capacitors (3 experiments)
- Diodes (11 experiments)
- Transistors (10 experiments)
- Electric Circuits (8 experiments)
- Electrical Resistance (8 experiments)
- Electrical Work and Power (1 experiment)
- Tranformation of Energy (1 experiment)
- Electrochemistry (6 experiments)
- Safe Working with Electrical Energy (2 experiments)
- Sensors (3 experiments)
Benefits
- Complete equipment set: simple execution of the experiments
- The equipment is stored in a rugged, stackable and compact box, allowing quick control of completeness (foam insert)
- Experimenting literature for pupils and teachers available: minimal preparation time
- Matched with international curriculum: all topics are covered
- The circuits are assembled directly on student’s desk and the safe electric contact is guaranteed by the use of a unique puzzle block system with corrosion-free gold plated contacts. No breadboard is required.
- Rugged -PUZZLE- blocks featuring contrasted screen-printed electric symbol on top
- Easy teaching and efficient learning by using the interactive experimentation software interTESS
Equipment and technical data
- The equipment set consists of all necessary components for the experiments
- Robust, stackable storage box with a foam insert fitting to the contained equipment
Necessary accessories
- TESS advanced Physics Electricity/Electronics Building Block System, Basic Set electricity (15265-88)
Optional accessories
- TESS advanced Physics manual Electric/Electronic with Building Block System (01006-02)
- interTESS DVD, complete version with all experiments in physics, chemistry, biology and applied sciences (01100-00)
- interTESS DVD Physics, Electricity/Electronics experiments only (01054-00)
- Supplementary set TESS Electricity/Electronics Building Block System – Electromagnetism and Induction (15266-88)