Patent ID: 7160123

Claim:
An anisotropically conductive connector comprising an anisotropically conductive film, in which a plurality of conductive path-forming parts each extending in a thickness-wise direction of the film are arranged in a state mutually insulated by insulating parts, wherein the anisotropically conductive film is composed by laminating integrally at least two elastic layers, each formed of an insulating elastic polymeric substance, and conductive particles exhibiting magnetism are contained in portions of the respective elastic layers, at which conductive path-forming parts are formed, and the anisotropically conductive film satisfies the following Condition (1) and Condition (2): 30 ≦H 1 ≦70 Condition (1) H 1/ H 2 ≦1.1 Condition (2) wherein H 1 is a durometer hardness of an elastic polymeric substance forming one elastic layer of elastic layers forming the surfaces of the anisotropically conductive film, and H 2 is a durometer hardness of an elastic polymeric substance forming the other elastic layers, wherein each of the conductive path-forming parts has a columnar shape and extends through the anisotropically conductive film composed of the laminated elastic layers, wherein the anisotropically conductive connector is the anisotropically conductive connector for conducting electrical connection between electrodes to be inspected of a circuit device, which is an inspection target, and inspection electrodes of a circuit board for inspection by being intervened between the circuit device and the circuit board for inspection, wherein the durometer hardness of the elastic polymeric substance forming the elastic layer coming into contact with the circuit device, in the anisotropically conductive film satisfies H 1 in the Condition (1) and Condition (2).