Multilayer ceramic capacitor

A multilayer ceramic capacitor comprising:

• a laminated body that includes a plurality of ceramic layers laminated, first and second principal surfaces which are opposed to each other, first and second side surfaces which are opposed to each other in a laminating direction, and first and second end surfaces which are opposed to each other, with one of the first or second principal surfaces defining a mounting surface;
• a first internal electrode disposed on a surface of one of the plurality of ceramic layers in the laminated body, and partially exposed at the first and second principal surfaces;
• a second internal electrode disposed on the surface of the one of the plurality of ceramic layers on which the first internal electrode is disposed, arranged spaced away from the first internal electrode, and partially extended at the first and second principal surfaces;
• a first auxiliary conductor disposed in the laminated body, disposed on a surface of a different one of the plurality of ceramic layers from the one of the plurality of ceramic layers on which the first and second internal electrodes are disposed, and unexposed at any of the surfaces of the laminated body;
• a second auxiliary conductor disposed on the surface of the different one of the plurality of ceramic layers on which the first auxiliary conductor is disposed, arranged spaced away from the first auxiliary conductor, and exposed at any one of the first and second principal surfaces;
• a third auxiliary conductor disposed on the surface of the different one of the plurality of ceramic layers on which the first and second auxiliary conductors are disposed, arranged spaced away from the first and second auxiliary conductors, and exposed at any one of the first and second principal surfaces;
• a fourth auxiliary conductor disposed on the surface of the different one of the plurality of ceramic layers on which the first, second, and third auxiliary conductors are disposed, arranged spaced away from the first, second, and third auxiliary conductors, and exposed at the principal surface opposed to the surface with the second auxiliary conductor disposed;
• a fifth auxiliary conductor disposed on the surface of the different one of the plurality of ceramic layers on which the first, second, third, and fourth auxiliary conductors are disposed, arranged spaced away from the first, second, third, and fourth auxiliary conductors, and exposed at the principal surface opposed to the surface with the third auxiliary conductor disposed;
• a first external electrode disposed on the second principal surface and connected to the first internal electrode and the second auxiliary conductor;
• a second external electrode disposed on the second principal surface and connected to the second internal electrode and the third auxiliary conductor;
• a third external electrode disposed on the first principal surface and connected to the first internal electrode and the fourth auxiliary conductor;
• and
• a fourth external electrode disposed on the first principal surface and connected to the second internal electrode and the fifth auxiliary conductor.