Presentations should cover the following areas:
-the history of a device, instrument
- the definition
- types of (if any)
- how it works
- its applications
- glossary with polish equivalents
-other ( your own ideas)
Dół formularza
SOLID STATE ELECTRONICS
Solid state components are the building blocks of today's electronics.
The capacitor plays a crucial role in electronics—it stores electrons for when they're needed most, dumping a huge charge instead of a steady flow.
The circuit breaker is one of the most important safety mechanisms in your home. Without it, the risk of fire would skyrocket.
The brushless motor is more precise than a regular electric motor and it's also a great deal more efficient.
They're everywhere! You'll find them in your car, your kitchen, bathroom, office... Find out how electric motors get stuff moving.
Would you like to be able to build your own digital devices? Logic gates are the basis of digital electronics.
An inductor is little more than a coil of wire. Sound simple? Well, it is—but that coil of wire can do some pretty cool things. Learn all about inductors and what they're used for.
Light emitting diodes form numbers on digital clocks, send data from remote controls, light up traffic signals, illuminate watches—the simple genius of the design makes it infinitely applicable.
Most modern electronic devices (TVs, appliances, power tools) contain an embedded microcontroller. It's basically a dedicated computer.
Electronic ink promises to be an amazing, breakthrough technology that we will all be using in five years—it will completely change books and newspapers.
Backscatter imaging
Optic fibres
Coaxial cables- faults detecting
Lidar systems
Solar- powered cars
Hybrid cars
Hydrogen fuel cell
Induction charging and its applications
Recycling in electronics, electronic waste
Energy saving bulbs versus normal bulbs - comparison
RELATED CATEGORIES: ELECTRICAL ENGINEERING, ELECTRONICS