Source and drain terminal conductors are connected to the semiconductor through ohmic contacts. They always show low capacitance values and very high ohmic ESR values. Examples of ohmic components are wires and resistors. The summarized losses in discrete capacitors are ohmic AC losses. The summarized losses in ceramic capacitors are ohmic AC losses. Another way to decrease ohmic resistance is to decrease the thickness of the electrolyte layer. This effect is called "ohmic" or "resistive" loss (see ohmic heating). It is used as substitute for a conventional ohmic load resistor. Here only the ohmic ESR determines the impedance. Unlike an ohmic conductor, the resistance of an arc decreases as the current increases. There are two basic types of MEMS switch technology&colon; capacitive and ohmic. The ideal foods for ohmic heating are viscous with particulates. Passing too much power through the coil can cause it to overheat (see ohmic heating). Two ohmic contacts B and B are attached at its ends. Decreased processing times in ohmic heating maintains nutritional and sensory properties of foods.