2results about How to "More stability" patented technology

The utility model discloses a high -performance DFN lead frame, including frame body, frame body adopts etching process production, and frame body includes the main function area of four big units in the centre, and the positioning area for positioning is designed to the upside and downside two sides, and the adhesive uncovering area for uncovering adhesive is used to the left and right two sides, and the back four corners are designed to have the foolproof frame for preventing adhesive tape to paste offset, and every big unit includes the small unit of vertical and horizontal interlaced distribution in the centre, and the air hole for identifying cutting and releasing stress is used to the four around, and the glue inlet hole for the glue inlet is designed between every two big units. The high -performance DFN lead frame of the new type is applicable to 0.5mm thickness's package, can adopt BBOS lead bonding process, need not form Bump ball, solves the quality hidden danger of pad wire tail, improves the yield of product, and the lead frame arrangement is more compact, can effectively save the space of material, improves the utilization of material, and production efficiency is effectively improved, and the cost of production and material is saved.

The utility model provides an auxiliary support for template processing, and relates to the technical field of template processing. According to the utility model, the auxiliary bracket assembly is arranged at the top of the bottom plate, the bracket is used for supporting a template or a workpiece, a plurality of insert cores and demolding insert cores are arranged on the bracket, the design of the insert cores and the demolding insert cores is mainly used for providing flexible adjusting and fixing functions, and the template or the workpiece is placed on the bracket; close combination of the template and the support is ensured through the insert cores, movement or deviation of the template in the machining process is prevented, the template can be conveniently separated from the support after machining is completed due to the arrangement of the demolding insert cores, the difficulty in manual demolding and the possible precision problem are avoided, and the machining efficiency is improved. The first demoulding insert core is used for preliminary loosening when the template is separated, and the second demoulding insert core and the third demoulding insert core provide a more accurate and stable demoulding function, so that demoulding is completed on the premise that the template is not damaged.