Joseph R Angelucci

US Patent:

43800424, Apr 12, 1983

Filed:

Feb 23, 1981

Appl. No.:

6/235341

Inventors:

Thomas L. Angelucci - Cherry Hill NJ
Joseph L. Angelucci - Deptford NJ

International Classification:

H01L 2348
H01L 2932

US Classification:

361421

Abstract:

A printed circuit lead frame is provided as a carrier for integrated circuits. The conventional frame comprises a foil pattern that is provided with a plurality of fragile delicate lead fingers which are often bent and displaced laterally or vertically before they can be connected to the terminal pads of a semiconductor chip. The present invention provides a removable stabilizing connecting frame which is made from the same conductive foil as the lead fingers and is provided with tear links which innerconnect the removable frame and each of the lead fingers so that the stabilizing frame may be removed after the lead fingers are bonded to the terminal pads of the semiconductor chip.

US Patent:

40506185, Sep 27, 1977

Filed:

Jun 19, 1975

Appl. No.:

5/588289

Inventors:

Thomas L. Angelucci - Cherry Hill NJ
Joseph L. Angelucci - Deptford NJ

International Classification:

H01L 2160

US Classification:

228 6A

Abstract:

An apparatus for bonding the flexible leads of a sprocketed lead frame tape to the terminals of an integrated circuit device is provided with a movable index station, movable bonding anvil means and a vertically moving bonding tool. The flexible leads on the lead frame tape are automatically positioned by the indexing station relative to the bonding tool with extreme final accuracy. The device to be bonded to the flexible leads may be manually or automatically positioned relative to said bonding tool to align the bonding tool, the flexible leads and the integrated circuit device terminals in axial bonding alignment.

US Patent:

40645525, Dec 20, 1977

Filed:

Feb 3, 1976

Appl. No.:

5/654749

Inventors:

Thomas L. Angelucci - Cherry Hill NJ
Joseph L. Angelucci - Deptford NJ

International Classification:

H05K 104

US Classification:

361414

Abstract:

A multilayer flexible printed circuit tape that functions as a flexible printed circuit carrier for receiving one or more active circuit components and/or other inactive components to provide an electronic module. The multilayer flexible printed circuit tape comprises a plurality of etched foil patterns on dielectric carriers arranged in a plurality of planes or layers. Each foil pattern is connected to individual electrical terminals of said components and is further provided with inter-layer connection means, which are connected through apertures in the multilayer dielectric carrier. The lead-out electrical terminals from the module are provided in a mutual plane to permit ease in making connections of the electrical current terminals to a common plane of a circuit system.