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A tool and method for the alignment and placement of optoelectronic devices with attached fiber optic connectors onto the electronic interface substrate of a parallel optical transceiver package. The optoelectronic devices are connected to the substrate through a flexible circuit. The tool is compri

A tool and method for the alignment and placement of optoelectronic devices with attached fiber optic connectors onto the electronic interface substrate of a parallel optical transceiver package. The optoelectronic devices are connected to the substrate through a flexible circuit. The tool is comprised of a mounting frame, which includes a recess for the parallel optical transceiver package, and a rotatable clamp assembly for positioning a pair of optoelectronic devices with attached fiber optic connector and flexible circuit. Rotation of the rotatable clamp assembly properly places the flexible circuit onto the attachment point of the substrate. The rotating clamp assembly is then fixed in place by securing the actuator arm to the mounting frame. Once the clamp is secured, the flexible circuit is bonded to the substrate.

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1. A method of connecting an optoelectronic device with an electronic interface substrate to form a parallel optical transceiver package, the optoelectronic device having an opposing blind face and an active face with a flexible circuit interposed between the active face and an optical connector, sa

1. A method of connecting an optoelectronic device with an electronic interface substrate to form a parallel optical transceiver package, the optoelectronic device having an opposing blind face and an active face with a flexible circuit interposed between the active face and an optical connector, said optical connector providing the interface to a plurality of optical fibers, said method comprising the steps of:positioning the electronic interface substrate within a package recess disposed on a package assembly tool; positioning the optical connector into a cavity within a rotatable base of the package assembly tool, so that the attached optoelectronic device is initially disposed transverse to the electronic interface substrate; clamping the optoelectronic device in position by securing a laser clamp to the rotatable base; rotating the rotatable base until the optoelectronic device is aligned parallel to the electronic interface substrate with the flexible circuit providing an arcuate electrical path to the electronic interface substrate; securing the package assembly tool in position; and bonding the flexible circuit to the electronic interface substrate. 2. The method of claim 1 wherein the flexible circuit includes a spacer block for aligning the flexible circuit with the electronic interface substrate after rotating the rotatable base.3. The method of claim 2 wherein the spacer block is constructed of a non-conductive material.4. The method of claim 3 wherein the spacer block is inserted within a recess in the electronic interface substrate, said recess aligned with a plurality of bond sites electrically connected to an optoelectronic driver.5. The method of claim 1 wherein rotating the rotable base is accomplished by:securing an actuator arm to the rotatable base; and pivoting the rotatable base by raising the actuator until it is disposed perpendicular to a starting position. 6. A package assembly tool for mating an optoelectronic device with an electronic interface substrate to form a parallel optical transceiver package, said optoelectronic device comprised of a laser optically connected to an optical connector with a secured end of a flexible electrical substrate interposed between the laser and optical connector which provides an electrical communication path for the parallel optical transceiver package, said package assembly tool comprising:means independently securing the optoelectronic device and the electronic interface substrate; means for rotating the optoelectronic device relative to the electronic interface substrate for integration, said means include mounts disposed at opposing ends of the package cavity and axially aligned with a pair of pin mounts on the laser clamp so that when a pair of pins are axially inserted said laser clamp is displaced from a vertical position relative to the electronic interface substrate to a horizontal position so that the free end of the flexible circuit contacts an alignment position of the electronic interface substrate; and means for maintaining the integrated position for bonding. 7. The package assembly tool of claim 6 in which the means for securing the electronic interface substrate includes a package cavity with a mounting platform aligned for integration with the optoelectronic device.8. The package assembly tool of claim 7 in which the means for securing the optoelectronic device is a laser clamp mounted aligned with the package cavity.9. The package assembly tool of claim 8 in which the laser clamp includes a support structure with an opening through which a free end of the flexible electrical circuit extends for integration with the electronic interface substrate.10. The package assembly tool of claim 9 in which the laser clamp includes a rounded nose acting as a mandrel for guiding the flexible circuit during rotation of the laser clamp.11. The package assembly tool of claim 6 in which rotation of the laser clamp is guided by mechanically displacing an actuator arm.12. The package assembly tool of claim 11 in which a pre-integration position for the laser clamp is set by when the actuator arm rests on a lower face of a recess in an actuator frame and an integrated position occurs when the actuator arm is advanced to an actuator arm recess disposed on an upper face of the actuator frames.13. The package assembly tool of claim 6 in which the integrated position is maintained by securing the actuator arm to the actuator frame.