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US 2006/0139836 A1Published application
Connector related structures including an energy
AssigneeX2Y Attenuators, LLC
InventorAnthony Anthony
Life of this patent
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Abstract
The invention provides electrical energy conditioners particularly useful for power applications. Internal structure of the energy conditioners may be included as components of connectors or electrical devices.
Claims26
An energy conditioner comprising:
- an A conductor including an A overlap portion and an A1 tab, wherein said A overlap portion has A major surfaces and A side edges between said A major surfaces;
- a B conductor including a B overlap portion and a B1 tab, wherein said B overlap portion has B major surfaces and B side edges between said B major surfaces;
- a G conductor including a G overlap portion, a G1 tab, and a G2 tab;
- at least one dielectric material;
- wherein said A overlap portion, said B overlap portion, and said G overlap portion define an overlap region;
- wherein said G overlap portion is between said-A overlap portion and said B overlap portion;
- wherein said A overlap portion, said B overlap portion, and said G overlap portion are conductively isolated from one another in the overlap region;
- said G conductor is conductively isolated from said A conductor and said B conductor;
- and
- wherein said at least one dielectric material covers side edges of said A overlap portion and said B overlap portion.
7 more elements
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A method of making an energy conditioner comprising:
- providing an A conductor including an A overlap portion and an A1 tab, said A overlap portion has A major surfaces, A side edges between said A major surfaces;
- providing a B conductor including a B overlap portion and a B1 tab, said B overlap portion has B major surfaces, and B side edges between said B major surfaces;
- providing a G conductor including a G overlap portion, a G1 tab, and a G2 tab;
- providing at least one dielectric material;
- wherein said A overlap portion, said B overlap portion, and said G overlap portion define an overlap region;
- wherein said G overlap portion is between said A overlap portion and said B overlap portion in said overlap region;
- wherein said A overlap portion, said B overlap portion, and said G overlap portion are conductively isolated from one another in the overlap region;
- wherein said G conductor is conductively isolated from said A conductor and said B conductor;
- and
- wherein said at least one dielectric material covers side edges of said A overlap portion and said B overlap portion.
7 more elements
A method of using an energy conditioner, said conditioner comprising:
- an A conductor including an A overlap portion and an A1 tab, said A overlap portion has A major surfaces, A side edges between said A major surfaces;
- a B conductor including a B overlap portion and a B1 tab, said B overlap portion has B major surfaces, and B side edges between said B major surfaces;
- a G conductor including a G overlap portion, a G1 tab, and a G2 tab;
- at least one dielectric material;
- wherein said A overlap portion, said B overlap portion, and said G overlap portion define an overlap region;
- wherein said G overlap portion is between said A overlap portion and said B overlap portion in said overlap region;
- wherein said A overlap portion, said B overlap portion, and said G overlap portion are conductively isolated from one another in the overlap region;
- wherein said G conductor is conductively isolated from said A conductor and said B conductor;
- and
- wherein said at least one dielectric material covers side edges of said A overlap portion and said B overlap portion, said method comprising:
- transmitting electrical signals or electrical power to said A conductor and said B conductor.
8 more elements
Dependencies are inferred from the claim text.