What is electrostics?
When an electric field is applied to an electrical insulator, the insulator can somehow deform or change shape. This feature of the electrical insulator is called electrostics. Specifically, the electrostics is bond between voltage and electric field or between voltage and polarization; This connection only occurs when an electric field is applied to the material. Electrostric materials can be used to design the controls that can be used in control circuits where a small amount of force is required to turn on the circuit. These materials also respond very quickly to electric fields, making these materials suitable for high -speed control circuits. When the voltage differential is applied to the electrical materials, these materials are subject to a temporary shape change. Materials that are the shape of electrostric changes due to electrostatic attraction of the vigilant for electrodes that are applied to the electrostric material.
Electrostric materials are unlike Magnethical materials in the fact that electrostric materials do not change the direction of deformation, if the electric field is reversed. Unlike magnetospraticity, which is of linear nature, it is necessary to use quadratic equations to calculate forces when working in electrostics. This non -linear properties of electrification allows electrostics materials to show a reproducible voltage response to the electrical fields without losing hysteresis - and the resulting heat of the waste heat - which produce magnetic materials.
Theelectrictive driver is often made of electrostric polymer materials. Each polymer shows electrostics differently. For example, silicone polymers can show high voltage power compared to other power plants.
polymer, which has a high voltage power, is more suitable for an environment in which mechanical voltage may be a problem than a low -voltage polymer. Other elEktostrikal polymers - such as polyurethane - are able to produce more strength under the same electrical conditions than other polymers. Such a polymer allows you to convert more input electricity to mechanical work.
Electrostictive materials have a high response speed - often less than 10 milliseconds - when an electric field is applied to the material. Electrostics materials with quick response can be used in mechanical and electromechanical devices that require ultra -fast response circuits such as accurate tools. Electric materials are often used in mechanical applications such as microagle equipment, oil pressure and piezoelectric converters that have been tuned in the field.