What is an electrostatic engine?
The electrostatic motor uses the attraction and repellation of the electric charge to generate energy. This is also known as the capacitor engine and is a type of eclectic engine. The electrostatic motor is most often used in micromechanical systems to create a driving voltage of less than 100 volts.
The first electrostatic engines were developed by Benjamin Franklin and Andrew Gordon in the mid -17th century. The engine was originally used to power bells and other small devices. The engine is based on the use of moving plates that are charged for positive or negative. The forces that create strength do not wear plates, resulting in a long -term and stable energy production method.
The electrostatic motor can be made of standard household items and is a great scientific fair. The amount of energy generated is not very large, but is stable, does not require any consumables and has no residual products. The output level is usually less than 100 volts and the engine can be inTo disassemble the needs quickly.
The energy in the electrostatic engine is formed by static electricity. You want to create an engine, simply charge two items: one positive and one negative. Make a simple fan by connecting the blades to the cup upside down and attach the base to the cup to the wand to allow free movement. Move positive and negative objects close to each other through the fan and watch it move. This is an electrostatic engine in action.
The invention of dry cell batteries and running electricity quickly replaced the electrostatic engine as a possibility for consumers. However, the development of computer circuits revitalized the use of this type of engine. These electronic boards are very sensitive to the tips in power. The electrostatic motor creates a stable and low energy level that does not pose any risk for circuits.
people who work in Electronic or electrical engineering are aboutBesby with an electrostatic engine well familiar and often built this engine as a scientific project and see how concepts can be applied to other projects or challenges. For example, the electrostatic image uses a very similar concept because the surface is negatively charged and the color has positively charged. When the item moves through pain, the color is released and is naturally attracted to the surface. This creates a smooth, even application with minimal effort. At the end of the process, the charge is neutralized, allowing the material to switch to the next phase without interruption.