Abstract: The present invention discloses power supply cable for providing DC power from a power supply to a microprocessor of a personal computer. The output cable includes a plate-cable includes a first and a second metal plates insulated with an insulation layer between the first and second metal plates. The output cable further includes a plurality of capacitors disposed on the plate cable. Each of the capacitors has a first and second electrical terminals and each of the first and second electrical terminals connected to one of the first and second metal layers provided for storing electrical charges therein for transmitting through the metal layers for supplying power to the microprocessor. In a preferred embodiment, the plurality of capacitors disposed on the first metal plate with the first electrical terminal for each of the capacitors connected to the first metal plate.

Abstract: The present invention discloses a direct-current (DC) electric connector that includes plurality of conductive and insulation layers constituting a near-zero inductance connector. The connector further includes a top and a bottom insulation-and-protection covers covering and protecting the plurality of conductive and insulation layers. The top and bottom insulation-and-protection covers having a tapered outer surface for providing a tapered profile along a horizontal direction toward a connector opening for receiving a printed circuit board into the near-zero inductance connector. The connector further includes a locking cartridge for adaptively enclosing the near-zero inductance connector with the printed circuit board inserted therein. The locking cartridge has top and bottom surfaces each engages the top and bottom insulation-and-protection covers respectively for horizontally pushing toward a direction having a gradually increased profile height for generating a vertical pressing force.