Back to results
US 7,106,570 B2Granted
Pathway arrangement
AssigneeXZY Altenuators, LLC
InventorsAnthony A. Anthony, Jr., William M. Anthony
Life of this patent
Estimating the term…
Abstract
Components embodiments that can sustain and condition complementary energy propagations and confluences of multiple circuitry. 0
Claims25
A component comprising:
- a plurality of energy pathways comprising a first energy pathway and a second energy pathway;
- a plurality of shielding energy pathways comprising a first shielding energy pathway and a second shielding energy pathway;
- wherein said first energy pathway is conductively isolated from said second energy pathway;
- wherein said first shielding energy pathway and said second shielding energy pathway are substantially conductively isolated from said first energy pathway;
- and
- wherein said first shielding energy pathway is substantially conductively isolated from said second shielding energy pathway;
- and
- wherein said first shielding energy pathway includes a region that is relatively wide and substantially flat.
5 more elements
An electronic component comprising:
- a plurality of energy pathways comprising a first energy pathway and a second energy pathway;
- and,
- a plurality of shielding pathways comprising a first group of shielding pathways and a second group of shielding pathways;
- wherein said first energy pathway is electrically isolated from said second energy pathway;
- wherein at least two of said plurality of shielding pathways are electrically isolated from said plurality of energy pathways;
- wherein said first group of shielding pathways are substantially conductively isolated from said second group of shielding pathways;
- wherein said first group of shielding pathways are conductively coupled to one another;
- and
- wherein said second group of shielding pathways are conductively coupled to one another;
- and
- wherein said first group of shielding pathways includes a first shielding energy pathway, and said first shielding energy pathway includes a region that is relatively wide and substantially flat.
8 more elements
A method of making a component comprising:
- providing a plurality of energy pathways comprising a first energy pathway and a second energy pathway;
- providing a plurality of shielding energy pathways, comprising a first shielding energy pathway and a second shielding energy pathway;
- wherein said first energy pathway is electrically isolated from said second energy pathway;
- wherein said plurality of first shielding energy pathways and said plurality of second shielding energy pathways are substantially conductively isolated from said first energy pathway;
- and
- wherein said first shielding energy pathway is substantially electrically isolated from said second shielding energy pathway;
- and
- wherein said first shielding energy pathway includes a region that is relatively wide and substantially flat.
5 more elements
A method of using a component, said component comprising:
- a plurality of energy pathways comprising a first energy pathway and a second energy pathway;
- a plurality of shielding energy pathways comprising a first shielding energy pathway and a second shielding energy pathway;
- wherein said first energy pathway is electrically isolated from said second energy pathway;
- wherein said first shielding energy pathway and said second shielding energy pathway are substantially conductively isolated from said first energy pathway;
- and
- wherein said first shielding energy pathway is substantially conductively isolated from said second shielding energy pathway;
- and
- wherein said first shielding energy pathway includes a region that is relatively wide and substantially flat;
- said method comprising:
- connecting said component into a circuit.
7 more elements
A method of making an electronic component comprising:
- providing a plurality of energy pathways comprising a first energy pathway and a second energy pathway;
- providing a plurality of shielding pathways comprising a first group of shielding pathways and a second group of shielding pathways;
- wherein said first energy pathway is conductively isolated from said second energy pathway;
- wherein at least two of said plurality of shielding pathways are conductively isolated from said plurality of energy pathways;
- wherein said first group of shielding pathways are substantially conductively isolated from said second group of shielding pathways;
- wherein said first group of shielding pathways are conductively coupled to one another;
- and
- wherein said second group of shielding pathways are conductively coupled to one another;
- and
- wherein said first group of shielding energy pathway comprising a first shielding energy pathway, and said first shielding energy pathway includes a region that is relatively wide and substantially flat.
7 more elements
A method of using an electronic component, said electronic component comprising:
- a plurality of energy pathways comprising a first energy pathway and a second energy pathway;
- a plurality of shielding pathways comprising a first group of shielding pathways and a second group of shielding pathways;
- wherein said first energy pathway is conductively isolated from said second energy pathway;
- wherein at least two of said plurality of shielding pathways are conductively isolated from said plurality of energy pathways;
- wherein said first group of shielding pathways are substantially conductively isolated from said second group of shielding pathways;
- wherein said first group of shielding pathways are conductively coupled to one another;
- wherein said second group of shielding pathways are conductively coupled to one another;
- and
- wherein said first group of shielding energy pathway comprises a first shielding energy pathway, and said first shielding energy pathway includes a region that is relatively wide and substantially flat;
- said method comprising:
- connecting said electronic component into a circuit.
8 more elements
Dependencies are inferred from the claim text.