An obstructive direct current, which prevents the way in the DC current, is called ohmic resistance. It is also called DC resistance. DC resistance is dependent on the length of the conductor, the conductive cross-section and the conductive material. It indicates the actual resistance of the conductor and its value
AC circuits contain effective resistance to combustive blockages due to the presence of any conductor’s ohmic resistance, skin effect, eddy current, hetresis and die-electric loss. If there is no resistance to AC circuit, then DC resistance or ohmic resistance works and skin quality, ED currents, heterations, diy-electric accumulation increases the amount of ohmic resistance. Effective resistance of the resistor is 1.25 to 1.75 times higher than DC resistance.
Due to Frequency, the AC current flows through the surface area of the conductive passage without the flow of the entire passage the tendency of the AC current to flow through these surveys is called skin effect. Actually when the AC current flows through the conductive, the flux caused by the change of current also changes, which reduces the conductive and voltage generated by the electromagnetic formula of the fermented transport. More voltage is produced in the center than the conductor’s surfaces, which prevents the current flowing through the conductive center according to the langue formula, so that tendency to flow through the current carrying surface is high. Basically this whole process is called skin effect. The higher the frequency, the greater the amount of skin effect.