Scalable connection system for parallel wiring circuits
View Patent ↗A high voltage connector system includes a first header for connection to a first electronic device, a first connector that connects to the first header, a second header that connects to a second electronic device, a second connector that connects to the second header, and a plurality of wires connecting the first connector and the second connector. The first header includes a first plurality of header terminals that are electrically connected together such that a high voltage electric current is divided into a plurality of sub-currents. The second header has a second plurality of header terminals that are electrically connected together such that the plurality of sub-currents are joined together to reform the first high voltage electric current.
1. A high voltage connector system comprising:
a first header for connection to a first electronic device, the first electronic device outputting a first high voltage electric current, the first header including a first plurality of header terminals that are electrically connected together such that the first electric current is divided into a plurality of sub-currents;
a first connector that connects to the first header, the first connector including a first plurality of connector terminals, each connector terminal in the first plurality of connector terminals electrically contacting a header terminal in the first plurality of header terminals;
a second header for connection to a second electronic device, the second electronic device receiving the first high voltage electric current, the second header including a second plurality of header terminals that are electrically connected together such that the plurality of sub-currents are joined together to reform the first electric current;
a second connector that connects to the second header, the second connector including a second plurality of connector terminals, each connector terminal in the second plurality of connector terminals electrically contacting a header terminal in the second plurality of header terminals; and
a plurality of wires, each wire electrically connecting a connector terminal in the first plurality of connector terminals to a connector terminal in the second plurality of connector terminals.
2. The high voltage connector system of claim 1 wherein the plurality of wires includes aluminum wires.
3. The high voltage connector system of claim 1 wherein the first and second plurality of connector terminals each independently include female connection terminals and the first and second plurality of header terminals each independently include male connection terminals.
4. The high voltage connector system of claim 1 wherein the first and second plurality of connector terminals each independently include male connection terminals and the first and second plurality of header terminals each independently include female connection terminals.
5. The high voltage connector system of claim 1 wherein the cross sectional area of each wire in the plurality of wires is less than the cross sectional area of a single wire that is capable of carrying the first current from the first to the second electronic device.
6. The high voltage connector system of claim 1 wherein the first high voltage current is a DC current or an AC current.
7. The high voltage connector system of claim 1 wherein the first high voltage current is divided into 2 sub-currents.
8. The high voltage connector system of claim 6 wherein the first and second plurality of connector terminals each independently consists of two connector terminals and the first and second plurality of header terminals each independently consist of two header terminals.
9. The high voltage connector system of claim 1 wherein the first electronic device outputs a plurality of high voltage currents.
10. The high voltage connector system of claim 9 configured to connect the first electronic device to a plurality of other devices.
11. A high voltage connector system comprising:
a first header for connection to a first electronic device, the first electronic device outputting a plurality of high voltage electric currents, the first header including a first plurality of header terminals, the header terminals in the plurality of header terminals are electrically connected together such that each high voltage electric current is divided into a set of sub-currents;
a first connector that connects to the first header, the first connector including a first plurality of connector terminals, each connector terminal in the first plurality of connector terminals electrically contacting a header terminal in the first plurality of header terminals;
a second header for connection to a second electronic device, the second electronic device receiving the plurality of high voltage electric currents, the second header including a second plurality of header terminals that are electrically connected together such that each set of sub-currents are joined together to reform the plurality of high voltage electric currents;
a second connector that connects to the second header, the second connector including a second plurality of connector terminals, each connector terminal in the second plurality of connector terminals electrically contacting a header terminal in the second plurality of header terminals; and
a plurality of wires, each wire electrically connecting a connector terminal in the first plurality of connector terminals to a connector terminal in the second plurality of connector terminals.