Interconnect structure for an integrated circuit and corresponding fabrication method
AssigneeInfineon Technologies AG
InventorsAlexander Benedix, Stefan Dankowski, Reinhard Dueregger, Wolfgang Ruf
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AssigneeInfineon Technologies AG
InventorsAlexander Benedix, Stefan Dankowski, Reinhard Dueregger, Wolfgang Ruf
Estimating the term…
The present invention relates to an interconnect structure for an integrated circuit (1) having a first interconnect (B1; B1′; B1″), which is composed of a plurality of interconnect sections (A11-A16; A11′-A16′; A11″-A14″) lying in a first and a second interconnect plane (M0, M1); and a second interconnect (B2; B2′; B2″), which runs adjacent to the first interconnect (B1; B1′; B1″) and which is composed of a plurality of interconnect sections (A21-A25; A21′-A25′; A21″-A23″) lying in the first and second interconnect planes (M0, M1); the first and second interconnects (B1; B1′; B1″; B2; B2′; B2″) being offset with respect to one another in the longitudinal direction in such a way that the interconnect sections (A12, A14, A16; A12′, A14′, A16′; A12″, A14″) of the first interconnect (B1; B1′; B1″) which lie in the first interconnect plane (M0) run at least in sections beside the interconnect sections (A22, A24; A22′; A24′; A21″, A23″) of the second interconnect (B2; B2′; B2″) which lie in the second interconnection plane (M1), and that the interconnect sections (A11, A13, A15; A11′, A13′, A15′; A11″, A13″) of the first interconnect (B1; B1′; B1″) which lie in the second interconnect plane (M1) run at least in sections beside the interconnect sections (A21, A23, A25; A21′, A23′, A25′; A22″) of the second interconnect (B2; B2′; B2″) which lie in the first interconnect plane (M0). The invention also provides a corresponding fabrication method.
Fabrication method for an interconnect structure for an integrated circuit having the following steps:
Dependencies are inferred from the claim text.