Vehicle electrical center and method of manufacturing same

1. An electrical center configured to distribute electrical power to an electrical system of a vehicle, said electrical center comprising:

a printed circuit board structure having a first printed circuit board (PCB) section angularly arranged with respect to a second PCB section and having a flexible connection element integrally formed with the first and second PCB sections and forming a printed circuit extending from the first PCB section to the second PCB section;

a first plurality of electrical terminals extending perpendicularly from a first major surface of the first PCB section;

a second plurality of electrical terminals extending perpendicularly from a second major surface of the second PCB section;

a housing in which the printed circuit board structure is disposed, wherein the first major surface is angularly arranged at about a ninety degree angle relative to the second major surface; and

a shroud configured to receive the electrical connector, wherein the shroud defines a plurality of apertures in which the second plurality of electrical terminals are received and through which the second plurality of electrical terminals extend and wherein the housing defines a pair of opposed parallel grooves in which opposed edges of the shroud are received.

2. The electrical center according to claim 1 , wherein a portion of the first plurality of electrical terminals are configured to interface with removable fusible links.

3. The electrical center according to claim 2 , wherein a portion of the second plurality of electrical terminals are male blade terminals configured to interface with an electrical connector containing corresponding female terminals.

4. An electrical center configured to distribute electrical power to an electrical system of a vehicle, said electrical center comprising:

a printed circuit board structure having a first printed circuit board (PCB) section angularly arranged with respect to a second PCB section and having a flexible connection element integrally formed with the first and second PCB sections and forming a printed circuit extending from the first PCB section to the second PCB section;

a first plurality of electrical terminals extending perpendicularly from a first major surface of the first PCB section;

a second plurality of electrical terminals extending perpendicularly from a second major surface of the second PCB section;

a housing in which the printed circuit board structure is disposed, wherein the first major surface is angularly arranged at about a ninety degree angle relative to the second major surface; and

a shroud configured to receive the electrical connector, wherein the shroud defines a plurality of apertures in which the second plurality of electrical terminals are received and through which the second plurality of electrical terminals extend and wherein the shroud is attached to the housing by a living hinge.

5. The electrical center according to claim 4 , wherein a portion of the first plurality of electrical terminals are configured to interface with removable fusible links.

6. The electrical center according to claim 4 , wherein a portion of the second plurality of electrical terminals are male blade terminals configured to interface with an electrical connector containing corresponding female terminals.

7. A method of manufacturing an electrical center configured to distribute electrical power to an electrical system of a vehicle, said method comprising the steps of:

providing a printed circuit board structure having a first printed circuit board (PCB) section angularly arranged with respect to a second PCB section and having a flexible connection element integrally formed with the first and second PCB sections and forming a printed circuit extending from the first PCB section to the second PCB section;

inserting a first plurality of electrical terminals into a first major surface of the first PCB section such that the first plurality of electrical terminals extends perpendicularly from the first major surface;

inserting a second plurality of electrical terminals into a second major surface of the second PCB section such that the second plurality of electrical terminals extends perpendicularly from the second major surface;

bending the flexible connection element such that the first major surface is angularly arranged at about a ninety degree angle relative to the second major surface;

providing a shroud configured to receive the electrical connector, wherein the shroud defines a plurality of apertures;

inserting the second plurality of electrical terminals within the plurality of apertures such that the second plurality of electrical terminals extend therethrough;

providing a housing, wherein the housing defines a pair of opposed parallel grooves;

disposing opposed edges of the shroud within the pair of opposed parallel grooves; and

disposing the printed circuit board structure within the housing.

8. The method according to claim 7 , wherein a portion of the first plurality of electrical terminals are configured to interface with removable fusible links.

9. The method according to claim 7 , wherein a portion of the second plurality of electrical terminals are male blade terminals configured to interface with an electrical connector containing corresponding female terminals.

10. A method of manufacturing an electrical center configured to distribute electrical power to an electrical system of a vehicle, said method comprising the steps of:

providing a printed circuit board structure having a first printed circuit board (PCB) section angularly arranged with respect to a second PCB section and having a flexible connection element integrally formed with the first and second PCB sections and forming a printed circuit extending from the first PCB section to the second PCB section;

inserting a first plurality of electrical terminals into a first major surface of the first PCB section such that the first plurality of electrical terminals extends perpendicularly from the first major surface;

inserting a second plurality of electrical terminals into a second major surface of the second PCB section such that the second plurality of electrical terminals extends perpendicularly from the second major surface;

bending the flexible connection element such that the first major surface is angularly arranged at about a ninety degree angle relative to the second major surface;

providing a shroud configured to receive the electrical connector, wherein the shroud defines a plurality of apertures;

inserting the second plurality of electrical terminals within the plurality of apertures such that the second plurality of electrical terminals extend therethrough;

providing a housing, wherein the shroud is attached to the housing by a living hinge;

folding the living hinge; and

disposing the printed circuit board structure within the housing.

11. The method according to claim 10 , wherein a portion of the first plurality of electrical terminals are configured to interface with removable fusible links.

12. The method according to claim 10 , wherein a portion of the second plurality of electrical terminals are male blade terminals configured to interface with an electrical connector containing corresponding female terminals.