Abstract: A video wire bonder system includes a processor (12) coupled to an imaging station (14), an input device (16), a display (18), and a memory (20). Processor (12) generates an image overlay (30) having a graphical representation of each video wire bond between a bonding pad (34) of a semiconductor die (21) and a lead finger (35) of an associated lead frame (22). Processor (12) generates a template (28) comprising an organization of video wire bond parameters associated with each video wire bond, and stores template (28) in memory (20). Display (18) displays image overlay (30) to provide visual feedback to an operator while the operator is programming template (28).

Abstract: A multiple-tool ball bonder includes a first tool (50, 150) and a second tool (52, 152) mounted on a single head (82, 182) requiring only one vision system (78, 178), one positioning system (68, 168), and one computer system (56, 228). The ball bonder (44, 144) allows for the single head (82, 182) to create interconnections between semiconductor devices (10, 148) and lead frame fingers (12, 148) in a first direction with the first tool (50, 150) and the second tool (52, 152) allows interconnections in a second direction (40) without requiring additional equipment or processing runs.