MMIC Design Techniques for Low-Cost High-Volume Commercial Modules

Abstract

This paper presents several MMIC design techniques that focus on module cost reduction and general MMIC component requirements relative to point-to-point and point-to-multipoint terrestrial, as well as two-way satellite, low-cost high-volume communication module needs. Currently, MMIC vendors concentrate on improving performance and reducing MMIC cost. Low-cost high-volume modules impose additional requirements relating to MMIC compatibility with module volume production processes. The MMIC design techniques discussed include: circuit compaction, use of external support components, maximizing symmetry, reduction of external connections, compatibility with automatic bonding machines, compatibility with automatic pick-and-place machines, and standardizing RF probe types. General MMIC requirements relative to module needs for both terrestrial and satellite communication links are also discussed.