Patent ID: 6898845

Claim:
A method of manufacturing a plurality of hybrid electronic circuits for active implantable medical devices, comprising: a) providing a flat collective plate-substrate comprising, on a first surface, a plurality of repeating patterns of a contact area for connection to at least one chip, and a second surface opposite the first surface having the plurality of repeating patterns of a metallization area for receiving at least one of an active SMC component, a passive SMC component, and a connector element, wherein said collective plate-substrate pluralities of contact areas and metallization areas correspond to a plurality of implantable device electronic circuits; b) gluing on the first surface of the collective plate-substrate a second plurality of chips, wherein each of said implantable device electric circuits has at least one corresponding chip, c) cabling each of said glued chips to an associated contact area, d) pouring a coating resin over said first surface of the plate-substrate, and forming a uniform thickness layer of coating resin, e) hardening the coating resin, f) cutting the collective plate-substrate into a plurality of individual substrates, each substrate having on its first surface at least one glued chip coated by the resin, each individual substrate corresponding to an individual implantable device electric circuit; and g) mounting at least one SMC component and/or a connector element to the second surface of each individual substrate, to form said plurality of electric circuits of the implantable devices.