A multilayer capacitor comprising: an element configured to have a pair of end faces that face each other and four lateral surfaces that couple the pair of end faces ; first and second external electrodes disposed close to the pair of end faces such that the first external electrode is formed on the one end face and the four lateral surfaces and the second external electrode is formed on the other end face and the four lateral surfaces ; and a plurality of internal electrodes disposed in the element , wherein the plurality of internal electrodes include first internal electrodes that are electrically connected to the first external electrode , second internal electrodes that are electrically connected to the second external electrode , and a plurality of third internal electrodes , the plurality of third internal electrodes are electrically connected by a connection conductor , first capacity parts (C1) are constituted of the first internal electrodes and the third internal electrodes , second capacity parts (C2) are constituted of the second internal electrodes and the third internal electrodes , and the first capacity parts (C1) and the second capacity parts (C2) are electrically connected in series, characterized in that the connection conductor is disposed in a center portion between the pair of end faces in a facing direction (D2) on the lateral surface that faces the lateral surface that is a mounting surface, among the four lateral surfaces , the third internal electrodes each have a connector part exposing at the lateral surface that faces the mounting surface , and each connector part is directly connected to the connection conductor located in the center portion, and wherein the first internal electrodes , the second internal electrodes , and the third internal electrodes are orthogonal to the mounting surface , and extend in a facing direction (D2) of the pair of end faces ; and the connection conductor is only disposed on the lateral surface that faces the mounting surface . an element configured to have a pair of end faces that face each other and four lateral surfaces that couple the pair of end faces ; first and second external electrodes disposed close to the pair of end faces such that the first external electrode is formed on the one end face and the four lateral surfaces and the second external electrode is formed on the other end face and the four lateral surfaces ; and a plurality of internal electrodes disposed in the element , wherein the plurality of internal electrodes include first internal electrodes that are electrically connected to the first external electrode , second internal electrodes that are electrically connected to the second external electrode , and a plurality of third internal electrodes , the plurality of third internal electrodes are electrically connected by a connection conductor , first capacity parts (C1) are constituted of the first internal electrodes and the third internal electrodes , second capacity parts (C2) are constituted of the second internal electrodes and the third internal electrodes , and the first capacity parts (C1) and the second capacity parts (C2) are electrically connected in series, the connection conductor is disposed in a center portion between the pair of end faces in a facing direction (D2) on the lateral surface that faces the lateral surface that is a mounting surface, among the four lateral surfaces , the third internal electrodes each have a connector part exposing at the lateral surface that faces the mounting surface , and each connector part is directly connected to the connection conductor located in the center portion, and wherein the first internal electrodes , the second internal electrodes , and the third internal electrodes are orthogonal to the mounting surface , and extend in a facing direction (D2) of the pair of end faces ; and the connection conductor is only disposed on the lateral surface that faces the mounting surface . <EOS>