Abstract:
An anisotropic conductive connector that enables a predetermined electrical inspection on a circuit device whose clock frequency is, for example, more than 1 GHz, and a circuit-device electrical-inspection device having the anisotropic conductive connector are provided. The anisotropic conductive connector is equipped with an elastic anisotropic-conductive film. The film includes a plurality of connecting conductive parts disposed in accordance with the pattern corresponding to an electrode to be connected to the pattern and extending toward the direction of the thickness, and insulating parts for insulating the connecting conductive parts from each other. The anisotropic conductive connector is characterized in that within the elastic, anisotropic-conductive film, a conductive part for high-frequency shielding extends toward the direction of thickness. The circuit-device electrical-inspection device is characterized by comprising such an anisotropic conductive connector.
Abstract:
An anisotropic conductive sheet not contaminating an object to be connected, not adhering to the object even if the sheet pressed by the object is left for a long time in a high-temperature environment, and preventing the sheet from being charged or suppressing the charging, and eliminating adverse influence of static electricity, its manufacturing method, and its application are disclosed. The anisotropic conductive sheet (10) comprises an anisotropic conductive sheet body (11) made of an elastic polymer material, having conductive portions (12) extending in the direction of thickness and insulating portions (13) insulating the conductive portions (12) from one another and a DLC film (15) provided on one or both sides of the anisotropic conductive sheet body (11) and so integrally formed as to cover at least the insulating portions.
Abstract:
An anisotropic conductive connector is disclosed which can maintain good conductive properties for a long time in a case where the connector is repeatedly used many times in electrical inspections of integrated circuits formed on a wafer. The anisotropic conductive connector has a high durability and a long life. Applications of such an anisotropic conductive connector are also disclosed. The anisotropic conductive connector comprising an elastic anisotropic conductive film that is provided with a plurality of conductive parts for connection which contain conductive particles and extend in the thickness direction is characterized in that each conductive particle contained in the conductive parts for connection is formed by covering the surface of a magnetic core particle with a coating layer composed of a highly conductive metal, and in that the coating layer has a high hardness.
Abstract:
A sheet-like probe in which positional deviation between an electrode structure and an electrode under test due to temperature variation can be prevented surely in burn-in test even when a large area wafer having a diameter of 8 inch or larger or a circuit device where the electrode under test has an extremely small pitch is inspected, and thereby good electrical connection can be sustained stably. Its production process and application are also provided. In the sheet-like probe, a plurality of electrode structures, having surface electrode parts exposed to the surface and rear surface electrode parts exposed to the rear surface while being arranged according to a pattern corresponding to the electrodes being connected, comprise a contact film held by an insulating film of soft resin and a frame plate supporting that contact film.
Abstract:
A sheet-form connector capable of forming an electrode structure having a small-diameter surface electrode unit, positively attaining a stable electric connection condition for a circuit device having electrodes formed at a small pitch, and providing a high durability without the electrode structure coming off an insulating sheet; and a production method and an application therefore. The sheet-form connector comprises an insulating sheet and a plurality of electrode structures provided to the insulating sheet to extend through the sheet in its thickness direction, wherein each of the electrode structures comprises a surface electrode part exposed to and protruding from the surface of the insulating sheet, a rear electrode part exposed to the rear surface of the insulating sheet, a shorting part extending continuously from the base end of the surface electrode part through the insulating sheet in its thickness direction until connected to the rear electrode part, and a holding part extending continuously from the base end of the surface electrode part along the surface of the insulating sheet toward the outer side.
Abstract:
An anisotropic conductivity connector wherein the favorable conductivity can be maintained for a long term even if the connector is used repetitively many times or even if the connector is used repetitively in a high-temperature environment. The anisotropic conductivity connector comprises elastic anisotropic conductive films having connection conductive sections extending in the direction of thickness. Each elastic anisotropic conductive film has an initial characteristic such that, letting the electric resistance of the connection conductive sections measured when a load Yx1g is exerted on the elastic anisotropic conductive film in the thickness direction where Y is a total number of connection conductive films be R1g, and letting the electric resistance of the connection conductive sections measured when a load Yx6g is exerted on the elastic anisotropic conductive film in the thickness direction be R6g, the number of connection conductive sections having the electric resistance R1g of below 1ohm is 90% or more of the total number of connection conductive sections, the number of connection conductive sections having the electric resistance R6g of below 0.1ohm is 95% or more of the total number of connection conductive sections, and the number of connection conductive sections having the electric resistance R6g of 0.5 ohm or more is 1% or less of the total number of connection conductive sections.