A method of fabricating a neurostimulation circuit is disclosed. Accordin g to the present invention, individual implantable assembly layers are cut b y a laser or by mechanical means, and then stacked together, thereby providi ng a more efficient manufacturing method for manufacturing high density impl antable electrode arrays and cables. In the invention, the separate implanta ble assembly layers can be melted and conglomerated to form a neurostimulati on circuit in which the conductors and terminal pads are encapsulated within a continuous polymer insulating film.
LAYERED ELECTRODE ARRAY AND CABLE