Patent ID: 6676302
Filing Date: 2004-01-13
Classification: G02B

Abstract:
A method of building a subassembly for use in fiber optic communications which is adapted for interconnecting with an optical ferrule supporting a set of optical fibers and having a set of guide holes aligned with said optical fibers, said subassembly comprising a planar substrate including a set of apertures and a set of photoactive components aligned with said apertures and comprising a set of guide pins adapted for being mounted on said substrate through said apertures and having proximal and distal ends, said method including the steps of:a) aligning said guide pins so that said guide pins are precisely positioned and spaced apart by inserting said proximal ends of said guide pins in a matching set of alignment passages in an alignment ferrule having an alignment face at right angles with said alignment passages so that said guide pins are held in position by said alignment ferrule; b) aligning said substrate with said guide pins so that said guide pins and substrate are precisely positioned and oriented at right angles to each other by inserting the distal ends of said guide pins through said substrate and placing said substrate flush with said alignment face so that said guide pins and substrate are held in position by said alignment ferrule; c) engaging the distal ends of said guide pins in a matching set of support passages in a support block having a support face so that said substrate is flush with said support face as said guide pins and substrate are held in position by said alignment ferrule; and d) securing the distal ends of said guide pins in said support passages and said substrate onto said support face so that said support block supports and locks the alignment of said guide pins and their orientation with said substrate, and wherein the securing step includes a first sub-step of filling said support passages with an adhesive material, and a second sub-step of curing said adhesive after said distal ends of said guide pins are fully engaged in said support passages.