Abstract: A ceramic resistor card assembly for a fuel sensor includes a card portion made of a ceramic material. The ceramic resistor card assembly also includes a first conductive ink disposed on the card portion to form a fuel level portion. The ceramic resistor card assembly further includes a second conductive ink disposed on the card portion to form at least one contact for the fuel level portion. The first conductive ink is void of Silver and the second conductive ink contains Silver.

Abstract: A ceramic resistor card assembly for a fuel sensor includes a card portion made of a ceramic material. The ceramic resistor card assembly also includes a first conductive ink disposed on the card portion to form a fuel level portion. The ceramic resistor card assembly further includes a second conductive ink disposed on the card portion to form at least one contact for the fuel level portion. The first conductive ink is void of Silver and the second conductive ink contains Silver.

Abstract: A fuel supply apparatus for a motor vehicle including a plastic canister, three evenly-spaced tubular struts on the canister, a plastic cover, a regulator pod on the plastic cover, and a pair of sockets on the cover and a socket on the regulator pod defining three evenly-spaced sockets on the cover adapted for plug-in reception of the tubular struts. The canister is inserted into a fuel tank of the motor vehicle through an access port. The cover closes the access port. A fuel pump in the canister delivers fuel to a high pressure conduit outside of the fuel tank through a high pressure fluid connector on the cover. A branch from the high pressure conduit is connected to a return fluid connector on the cover. The regulator pod has a return passage from the return fluid connector to the aforesaid socket on the regulator pod.