Plexus since Nov 2004
Engineering Supervisor
Plexus Corp. Jan 1998 - Nov 2004
Manufacturing Engineer
Plexus Jan 1995 - Jan 1998
Manufacturing Technician
MCMS Jan 1993 - Jan 1995
Equipment Support Technician
Education:
ITT Technical Institute 1991 - 1993
AASEE, E.E.
Boise State University 1990 - 1992
Skills:
Manufacturing Lean Manufacturing Continuous Improvement Six Sigma Spc Smt Electronics Dmaic Manufacturing Engineering Engineering Cross Functional Team Leadership Electronics Manufacturing Process Improvement Root Cause Analysis Kaizen Fmea Design For Manufacturing Design of Experiments Business Process Improvement Contract Manufacturing Manufacturing Operations Value Stream Mapping 5S Engineering Management Process Engineering Program Management Manufacturing Operations Management Product Development Supply Chain Management Statistical Process Control Failure Analysis Iso Iso 13485 Kanban Mrp Minitab Pcb Design Process Simulation Quality System Rohs Semiconductors Solidworks Supplier Quality Failure Mode and Effects Analysis Operations Management Management Strategic Planning
A method and apparatus for bending a plurality of leads of a component, in order to straighten and/or repair damaged or misaligned leads, is disclosed. The apparatus includes: a securing structure for receiving and holding the component; a first member for engaging the plurality of leads of the component; and a second member for engaging the plurality of leads of the component, wherein the first and second dowels cooperate with one another so as to form the plurality of leads into a desired configuration. The method includes: securing the component to a platform such that the component remains stable during a lead bending process; positioning a first member under the plurality of leads at a first bottom position; positioning a second member above the plurality of leads at a first top position; moving the second member so as to engage a top surface of each lead, thereby exerting a downward force on the plurality of leads, wherein the plurality of leads are caused to bend around the first member located at the first bottom position; moving a plurality of alignment members between spaces between adjacent leads of the plurality of leads so as to align the adjacent leads in a desired orientation with respect to each other; and moving the first member so as to engage a bottom surface of each lead, thereby exerting an upward force on the plurality of leads and forcing the plurality of leads to bend around the second member located at a second top position.
Method Of Providing Electrical Contact To Component Leads
A method of providing electrical contact between an external contact element and an electrical lead of a component includes the act of inserting the electrical component into a carrier socket having a housing and a cavity within the housing for receiving the electrical component. The method further includes electrically connecting the electrical lead and a first electrically conductive member, wherein the first conductive member includes a portion which extends into the cavity so as to make electrical contact with the electrical lead; securing the electrical component within the cavity; and electrically connecting the first conductive member to a second electrically conductive member, wherein the second conductive member includes a portion which extends outwardly from the housing so as to make electrical contact with the external contact element.
Salvage Method And Apparatus For Recovering Microelectronic Components From Printed Circuit Boards
Fred A. Goins - Boise ID David Clark - Mountain Home ID Thomas Hansford - Emmett ID
Assignee:
MCMS, Inc. - Nampa ID
International Classification:
B23K 1018
US Classification:
228264
Abstract:
A salvage device facilitates detaching a plurality of components soldered to a plurality of modules used in printed circuit board assemblies. In one embodiment, a salvage device has a component receptacle with a component receiver that is adapted to hold a plurality of detached components. The salvage device also has a module holder attached to the component receptacle. In operation, the module holder suspends a plurality of modules over the component receiver to space the components attached to the modules apart from the component receiver. The salvage device is then placed in an oven to melt the solder contacts that bond the components to the modules. After the solder contacts reach a molten state, the components are preferably separated from the module by vibrating the components and the modules to break the surface tension of the molten solder. The components then fall into the component receiver and are removed from the oven.
Module Handling Apparatus And Method With Rapid Switchover Capability
An apparatus and method for the rapid switchover between different height modules in an automatic module testing and handling machine. The multi-chip module (MCM) handling apparatus comprises a bottom rail and a guide rail which has an upwardly extending wall and an outwardly extending flange which form a channel. This channel provides a passageway through which a MCM of a first thickness can pass laterally such that the first MCM is in contact with the top surface which positions contact nodes provided on the first MCM at a predetermined vertical position with respect to the top surface. This handling apparatus further comprises a removable justifying plate (RJP) which is removably attached within the first channel, thereby forming a second channel. This second channel provides a passage way through which a MCM of a second thickness, which is less than the first thickness of the first MCM, can pass laterally. Thus, the second MCM is in contact with the upper surface of the RJP, thereby positioning contact nodes provided on the second MCM at substantially the same predetermined position with respect to the top surface, as the first MCM.
A carrier socket for receiving a component having a lead portion extending outwardly from the component, wherein the lead portion is a section of a lead remaining after another portion of the lead has been removed, the socket including: a housing having a cavity for receiving the component therein; a contact wheel positioned within the cavity so as to make electrical contact with the lead portion of the component when the component is inserted into the cavity; and a foot portion, extending outwardly from a surface of the housing so as to make electrical contact with an external contact, wherein the foot portion is electrically coupled to the contact wheel when the component is inserted into the cavity.
Module Handling Apparatus And Method With Rapid Switchover Capability
An apparatus and method for the rapid switchover between different height modules in an automatic module testing and handling machine. The multi-chip module (MCM) handling apparatus comprises a bottom rail and a guide rail which has an upwardly extending wall and an outwardly extending flange which form a channel. This channel provides a passageway through which a MCM of a first thickness can pass laterally such that the first MCM is in contact with the top surface which positions contact nodes provided on the first MCM at a predetermined vertical position with respect to the top surface. This handling apparatus further comprises a removable justifying plate (RJP) which is removably attached within the first channel, thereby forming a second channel. This second channel provides a passage way through which a MCM of a second thickness, which is less than the first thickness of the first MCM, can pass laterally. Thus, the second MCM is in contact with the upper surface of the RJP, thereby positioning contact nodes provided on the second MCM at substantially the same predetermined position with respect to the top surface, as the first MCM.