Abstract: A punch type substrate strip includes a plurality of substrate units, a plurality of slots and at least one plating-trace collecting hole. The slots are formed around the substrate units. The plating-trace collecting hole is located outside the substrate units. The substrate strip is provided with a plurality of connecting pads, a plurality of first plating traces and at least one second plating trace. The connecting pads are disposed in each substrate unit, and the first plating traces and the second plating trace are electrically connected to the connecting pads. The first plating traces have a plurality of first broken ends located in the slots. The second plating trace is extended across a region located between the slots, and has a second broken end located in the plating-trace collecting hole. Accordingly, more extensive space for plating traces can be provided.

Abstract: A compact camera module (CCM) substantially includes a substrate, a sensor chip and a lens module. The substrate has a surface defining a chip-attached area for attaching the sensor chip and a module-secured area for mounting the lens module. A check point is defined in the chip attached area. The module-secured area surrounds the chip-attached area. The substrate includes a plurality of connecting pads and a plurality of check bars disposed outside the chip-attached area, wherein the perpendicular bisectors of the check bars intersect with each other at a point aligning with the check point. Accordingly, a self-check step can be performed to check the center of the sensor area of the sensor chip in accordance with the intersection point after a chip is attached.

Abstract: A substrate strip includes a plurality of substrate units. A plurality of fingers is disposed in the substrate units. At least one of the corners of the fingers has a lead angle. A plurality of milling slots is formed on the peripheries of the substrate units and exposes out of the exposed sides of the fingers. The lead angles are adjacent to the exposed sides and can reduce the formation of burrs on the fingers during the formation of the milling slots. In another embodiment, a plurality of pads is provided if the fingers fail to be adjacent to the milling slots. Likewise, at least one of the corners of the pads also has a lead angle so as to reduce the formation of burrs on the pads during formation of the milling slots.

Abstract: A punch type substrate strip includes a plurality of substrate units, a plurality of slots and at least one plating-trace collecting hole. The slots are formed around the substrate units. The plating-trace collecting hole is located outside the substrate units. The substrate strip is provided with a plurality of connecting pads, a plurality of first plating traces and at least one second plating trace. The connecting pads are disposed in each substrate unit, and the first plating traces and the second plating trace are electrically connected to the connecting pads. The first plating traces have a plurality of first broken ends located in the slots. The second plating trace is extended across a region located between the slots, and has a second broken end located in the plating-trace collecting hole. Accordingly, more extensive space for plating traces can be provided.

Abstract: A compact camera module (CCM) substantially includes a substrate, a sensor chip and a lens module. The substrate has a surface defining a chip-attached area for attaching the sensor chip and a module-secured area for mounting the lens module. A check point is defined in the chip attached area. The module-secured area surrounds the chip-attached area. The substrate includes a plurality of connecting pads and a plurality of check bars disposed outside the chip-attached area, wherein the perpendicular bisectors of the check bars intersect with each other at a point aligning with the check point. Accordingly, a self-check step can be performed to check the center of the sensor area of the sensor chip in accordance with the intersection point after a chip is attached.