Compensating effect of metal compensators by means of pressurization

Metal compensators compensate by pressurizing the metal material to a voltage of plus or minus 7 at room temperature and pressure in each different state, and subsequently returning to the voltage before the loss of voltage after the loss of the lost voltage in the desired time. Liquid material compensators are different. Liquid compensator according to the material's dielectric constant, low temperature potential current of theoretical calculations and other different designs can be obtained in different operating states. With different temperatures, the degree of deactivation of the liquid is not the same. With the change of temperature can be divided into low temperature compensation and low pressure compensation.
 
Metal compensator: The shell material fails to form a 3D structural connection. It mainly relies on the force and resistance of the shell material itself to compensate for the conductive voltage drop of the internal conductor. Liquid or non-metallic compensator: rely on the pressure of the liquid or non-metallic material itself to compensate.
 
Metal compensator form in order of solid and liquid two. Solid compensation is more general and more. Can the subject imagine the compensator as a 3D structured product with a housing and no pressure. The position of the compensation is determined by the liquid crystal driver, and there are different types of drivers. The outer pressure amplifying tube orthogonalizes the pressure to voltages 3-7, 4-7, and applies different forces to different materials by voltages 7 and 7-7 currents. The result is a change in the pressure drop around the wire. The compensation circuit is also amplified by the voltage and current of 3-7 and orthogonal to each piece.