Electric ceramic component having - a base body made of a dielectric material, in which an active region is arranged, - an outer contact, which is arranged on the base body, and a further outer contact, which is arranged on an opposite side of the base body from the outer contact, - a supply region, which connects the outer contact to the active region, and a further supply region, which connects the further outer contact to the active region, - electrodes (4, 5, 6, 6"), which are formed as plates and are arranged in mutually parallel planes at distances from one another and arranged next to the supply region in the base body and are electrically conductively connected to the outer contact, but not to the active region, so that they surround the supply region there as a Faraday cage in a ring, where the supply region is not adjacent to the outer contact or the active region, - further electrodes (4', 5', 6'), which are formed as plates and are arranged in mutually parallel planes at distances from one another and arranged next to the further supply region in the base body and are electrically conductively connected to the further outer contact, but not to the active region, so that they surround the further supply region there as a Faraday cage in a ring, where the further supply region is not adjacent to the further outer contact or the active region, characterized in that - a central outer contact (1") is arranged between the outer contact and the further outer contact on the base body, - a central supply region (2") is provided, which connects the central outer contact to the active region, and - a central electrode (7") is formed as a plate and is arranged next to the central supply region (2") and at a distance from the central supply region (2") in the base body and is electrically conductively connected to the central outer contact (1"), but not to the active region. - a base body made of a dielectric material, in which an active region is arranged, - an outer contact, which is arranged on the base body, and a further outer contact, which is arranged on an opposite side of the base body from the outer contact, - a supply region, which connects the outer contact to the active region, and a further supply region, which connects the further outer contact to the active region, - electrodes (4, 5, 6, 6"), which are formed as plates and are arranged in mutually parallel planes at distances from one another and arranged next to the supply region in the base body and are electrically conductively connected to the outer contact, but not to the active region, so that they surround the supply region there as a Faraday cage in a ring, where the supply region is not adjacent to the outer contact or the active region, - further electrodes (4', 5', 6'), which are formed as plates and are arranged in mutually parallel planes at distances from one another and arranged next to the further supply region in the base body and are electrically conductively connected to the further outer contact, but not to the active region, so that they surround the further supply region there as a Faraday cage in a ring, where the further supply region is not adjacent to the further outer contact or the active region, - a central outer contact (1") is arranged between the outer contact and the further outer contact on the base body, - a central supply region (2") is provided, which connects the central outer contact to the active region, and - a central electrode (7") is formed as a plate and is arranged next to the central supply region (2") and at a distance from the central supply region (2") in the base body and is electrically conductively connected to the central outer contact (1"), but not to the active region.