The structure has an electrical contact layer formed on a substrate or layer. The contact layer forms an electrically conductive connection to an electrically conductive element or electrical connector. The contact layer is made of titanium silicon nitride, and contains silicon in a range of 1-10 atomic percentages and metal e.g. copper and/or carbon. The contact layer is formed on an electrically conductive substrate or electrically conductive layer made of copper, gold, silver, aluminum, iron, palladium, chromium or alloy
The element has an electrolyte arranged between an electrode (10) and a counter electrode. The elect...
The arrangement comprises one electrode (3) formed on a surface of an electromagnetic radiation tran...
In one embodiment, an electrical circuit formed on a substrate includes a first multi-layer stack an...
DE 102010005465 A1 UPAB: 20100915 NOVELTY - The component (1) has a protective layer (4) arranged on...
DE 102009037144 A1 UPAB: 20110302 NOVELTY - The element has a chemically inert, electrically conduct...
DE 102009037147 A1 UPAB: 20110302 NOVELTY - The contact element has guide way structures (5) for fee...
DE 102006055836 A1 UPAB: 20080615 NOVELTY - The contact layer build-up connects two elements electri...
DE1004015017 A UPAB: 20051125 NOVELTY - Forming a mechanical and electrical connection between two s...
DE 102009056308 A1 UPAB: 20110624 NOVELTY - The substrate (1) has a porous metallic contacting forme...
DE 4338478 C UPAB: 19941206 In an electron-induced material deposition process, an electrically cond...
DE 10058581 C UPAB: 20020409 NOVELTY - Electromechanically controlled electrical resistance element ...
DE 102009012643 A1 UPAB: 20091015 NOVELTY - The structure has column-like contact elements (5) that ...
The method involves transferring metal or metal alloy in a liquid phase and penetrating a porous lay...
DE 102009015794 B3 UPAB: 20100802 NOVELTY - The element (1) has a laminar electrically conducting pa...
DE 102009023072 A1 UPAB: 20101213 NOVELTY - The arrangement has a contact body connected to a statio...
The element has an electrolyte arranged between an electrode (10) and a counter electrode. The elect...
The arrangement comprises one electrode (3) formed on a surface of an electromagnetic radiation tran...
In one embodiment, an electrical circuit formed on a substrate includes a first multi-layer stack an...
DE 102010005465 A1 UPAB: 20100915 NOVELTY - The component (1) has a protective layer (4) arranged on...
DE 102009037144 A1 UPAB: 20110302 NOVELTY - The element has a chemically inert, electrically conduct...
DE 102009037147 A1 UPAB: 20110302 NOVELTY - The contact element has guide way structures (5) for fee...
DE 102006055836 A1 UPAB: 20080615 NOVELTY - The contact layer build-up connects two elements electri...
DE1004015017 A UPAB: 20051125 NOVELTY - Forming a mechanical and electrical connection between two s...
DE 102009056308 A1 UPAB: 20110624 NOVELTY - The substrate (1) has a porous metallic contacting forme...
DE 4338478 C UPAB: 19941206 In an electron-induced material deposition process, an electrically cond...
DE 10058581 C UPAB: 20020409 NOVELTY - Electromechanically controlled electrical resistance element ...
DE 102009012643 A1 UPAB: 20091015 NOVELTY - The structure has column-like contact elements (5) that ...
The method involves transferring metal or metal alloy in a liquid phase and penetrating a porous lay...
DE 102009015794 B3 UPAB: 20100802 NOVELTY - The element (1) has a laminar electrically conducting pa...
DE 102009023072 A1 UPAB: 20101213 NOVELTY - The arrangement has a contact body connected to a statio...
The element has an electrolyte arranged between an electrode (10) and a counter electrode. The elect...
The arrangement comprises one electrode (3) formed on a surface of an electromagnetic radiation tran...
In one embodiment, an electrical circuit formed on a substrate includes a first multi-layer stack an...