Cascaded electrical device bus structure systems and methods
First Claim
1. An electrical system comprising a first bus structure configured to cascade a first plurality of electrical devices, wherein the first bus structure comprises:
- a first outer conductive layer implemented as a first positive layer;
a second outer conductive layer implemented as a first negative layer;
a first intermediate conductive layer neighboring the first outer conductive layer and electrically coupled to the second outer conductive layer, wherein the first intermediate conductive layer is implemented as a second negative layer to facilitate reducing stray inductance, increasing stray capacitance, or both introduced in the electrical system during operation;
a second intermediate conductive layer neighboring the second outer conductive layer and electrically coupled to the first outer conductive layer, wherein the second intermediate conductive layer is implemented as a second positive layer to facilitate reducing the stray inductance, increasing the stray capacitance, or both introduced in the electrical system during operation; and
a third intermediate conductive layer neighboring the second intermediate conductive layer, wherein the third intermediate conductive layer is implemented as a first inter-device layer that facilitates electrically coupling at least two of the first plurality of electrical devices in series.
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Abstract
The present disclosure presents techniques to facilitate improving operation of an electrical system, which includes a bus structure that cascades multiple electrical devices. The bus structure includes a first outer conductive layer implemented as a positive layer; a second outer conductive layer implemented as a negative layer; a first intermediate conductive layer neighboring the first outer conductive layer; a second intermediate conductive layer neighboring the second outer conductive layer; and a third intermediate conductive layer neighboring the second intermediate conductive layer, in which the third intermediate conductive layer is implemented as an inter-device layer that facilitates electrically coupling at least two of the electrical devices in series. The first intermediate conductive layer is implemented as a negative layer and the second intermediate conductive layer is implemented as a positive layer to facilitate reducing stray inductance and/or increasing stray capacitance introduced in the electrical system during operation.
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Citations
10 Claims
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1. An electrical system comprising a first bus structure configured to cascade a first plurality of electrical devices, wherein the first bus structure comprises:
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a first outer conductive layer implemented as a first positive layer; a second outer conductive layer implemented as a first negative layer; a first intermediate conductive layer neighboring the first outer conductive layer and electrically coupled to the second outer conductive layer, wherein the first intermediate conductive layer is implemented as a second negative layer to facilitate reducing stray inductance, increasing stray capacitance, or both introduced in the electrical system during operation; a second intermediate conductive layer neighboring the second outer conductive layer and electrically coupled to the first outer conductive layer, wherein the second intermediate conductive layer is implemented as a second positive layer to facilitate reducing the stray inductance, increasing the stray capacitance, or both introduced in the electrical system during operation; and a third intermediate conductive layer neighboring the second intermediate conductive layer, wherein the third intermediate conductive layer is implemented as a first inter-device layer that facilitates electrically coupling at least two of the first plurality of electrical devices in series. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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Specification