Abstract:
The invention relates to a heat-conducting coating of electronic circuit assemblies (102), comprising a coating agent (100), which encloses the electronic circuit assembly (102) and which is electrically insulating, with dispersed particles in the coating agent (100) which have a high thermal conductivity, whereby the particles dispersed in the coating agent (100) are embodied as nanoelements (101).
Abstract:
The invention relates to a method for producing a layered assembly and to a layered assembly (200). According to said method, two substantially parallel electrically conductive strip conductors (202, 203) are configured on a substrate and at least one auxiliary structure (205a, 205b, 205c) is configured on said substrate (201) between the two strip conductors (202, 203), running in a first direction (206), said first direction (206) forming an acute angle of at least 45 DEG or a right angle with a connecting axis of the strip conductors that runs at right angles to both strip conductors (202, 203). The invention is characterised in that the auxiliary structure or structures (205a, 205b, 205c) is or are produced from one material and said structure or structures can be selectively removed from the dielectric layer (204). In addition, a dielectric layer (204) is configured between the two strip conductors in such a way that the auxiliary structure or structures (205a, 205b, 205c) is or are at least partially covered by the dielectric layer (204).
Abstract:
A trench capacitor (30) is arranged in a first trench (25) for production of a semiconductor memory (5). A first longitudinal trench (55) is arranged in the substrate (15) next to the first trench (25) and parallel thereto on the other side of the first trench (25), a second longitudinal trench (60) is arranged therein. A first spacer word line (70) is arranged in the first longitudinal trench (55) and a second spacer word line (75) is arranged in the second longitudinal trench (60). Connecting webs (80) are arranged in the first trench (25) between the first spacer word line (70) and the second spacer word line (75) with a thickness (110), which is smaller in the direction of the first spacer word line (70) than half the width of the first trench (25) in the direction of the first spacer word line (70).
Abstract:
The method involves applying an electrically insulating layer (72) on a planarized surface of an integrated switching arrangement after the application of an electro conductive nucleation layer (74) on the surface. The insulating layer is structured so that areas of the nucleation layer are laid open. An electro conductive material is galvanically deposited on the areas laid open.
Abstract:
A semiconductor memory cell has trenches (25,50) in a substrate (15) having a capacitor (30) and long trenches having spacer wordlines with an active region between them having a vertical select transistor. Conductive bridges between wordlines in a trench are less than half as thick as the trench width. An Independent claim is also included for a process for making the above memory.
Abstract:
Buried straps are produced on one side in deep trench structures. A PVD process is used to deposit masking material in the recess inclined at an angle. As a result, a masking wedge is produced on the buried strap, on one side in the base region of the recess. The masking wedge serves as a mask during a subsequent anisotropic etching step, which is carried out selectively with respect to the masking wedge, for removing the buried strap on one side.
Abstract:
The reaction chamber (1) includes a wall (9), gas supply inlet (5) and outlet (7), and plasma generator (2) producing plasma in the chamber. It also includes an external plasma generation chamber (3) connected by the chamber inlet (5) to the reaction chamber. An independent claim is included for the corresponding method.
Abstract:
Buried straps are produced on one side in deep trench structures. A PVD process is used to deposit masking material in the recess inclined at an angle. As a result, a masking wedge is produced on the buried strap, on one side in the base region of the recess. The masking wedge serves as a mask during a subsequent anisotropic etching step, which is carried out selectively with respect to the masking wedge, for removing the buried strap on one side.