Chip Resistance Element With Side Portion Terminal

The patent combines multiple resistance elements into a single integrated chip structure, where multiple resistive elements are formed on the same base substrate. This merging approach allows multiple resistance elements to coexist in a compact footprint, significantly reducing the mounting area compared to using separate discrete resistance elements while maintaining the required circuit functionality.

The patent implements a nested arrangement where multiple resistive elements are positioned in a compact, space-efficient layout on the base substrate. The terminals are arranged to allow overlapping or adjacent positioning of multiple resistance elements, enabling them to be nested within a smaller overall area while maintaining electrical independence and functionality.

The patent extends the terminal structure from a two-dimensional surface configuration to a three-dimensional structure by adding side portions that extend laterally from the main terminal body. This dimensional extension increases the surface area available for solder attachment and creates a more robust mechanical connection, thereby improving connection stability and adhesion strength while remaining compatible with conventional manufacturing processes.

The terminal structure is designed as a composite configuration combining a main terminal body with extended side portions, creating a multi-component structure that optimizes both mechanical strength and electrical conductivity. This composite approach enhances the terminal's ability to withstand mechanical stress and thermal cycling while maintaining reliable electrical connections.