A disposable programmable capacitive fuse position. The fuse position comprises an upper polar plate (3). The upper polar plate (3) comprises several fuses (5) arranged side by side at intervals, wherein middle portions of two adjacent fuses (5) are connected; and a connecting portion connected to each of the fuses (5) is respectively correspondingly arranged in a space above two end portions and a middle portion of the fuse (5). The fuse position further comprises a lower polar plate (2) arranged corresponding to the two end portions and middle portion of the fuse (5), wherein the lower polar plate (2) is arranged in a space below the fuse (5); a lower polar plate (2) corresponding to the middle portion of the fuse (5) and the connecting portion corresponding to the middle portion of the fuse (5) have a directly opposite area; and there is a hollow portion (4) between the lower polar plate (2) corresponding to the middle portion of the fuse (5) and the lower polar plate (2) corresponding to the two end portions of the fuse (5), and projections of edges of the two end portions of the fuse (5) are located in the hollow portion (4). The structure of the fuse position is made of an MIM upper polar plate, is thinner than a metal wire in one layer, and requires a smaller fusing current than a metal wire.