Electrical terminal assembly for thermistors

Claim 1

An electrical terminal assembly for termination of a substrate, the electrical terminal assembly comprising: terminal means having mating means and substrate receiving means, the mating means positioned at a respective end of the terminal means for mating with a corresponding connector, the substrate receiving means provided at an end of the terminal means opposite the mating means for receiving the substrate therein, the substrate having a thin, sensitive layer of material provided on one side thereof; the substrate receiving means having base means, resilient securing means and contact means, the resilient securing means extending from the base means, the contact means extending from the base means in essentially the same direction as the resilient securing means but spaced from the resilient securing means a distance which is essentially equal to or slightly less than the width of the substrate to be inserted therebetween; the resilient securing means having retention means provided thereon, the retention means projecting from the resilient securing means toward the contact means, the resilient securing means also having an intermediate portion which behaves similar to a twisting pivot point, the intermediate portion and the retention means being located at opposed ends of the resilient securing means; the contact means having a contact surface which resiliently engages the thin, sensitive layer of the substrate when the substrate is fully inserted between the contact means and the resilient securing means, thereby insuring that the substrate and the electrical terminal assembly are in electrical engagement with each other; whereby as the substrate is inserted into the substrate receiving means, the retention means are engaged, causing the resilient securing means to twist about the intermediate portion and thus move the retention means away from the contact means, allowing the substrate to be inserted between the contact means and the resilient securing means without causing the contact means to exert harmful stresses on the thin, sensitive layer of the substrate.