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Ed Briggs

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Ed Briggs

Technical Support Engineer, Southeast USA and Eastern Canada

Indium Corporation
Phone: +1 315 853 4900 x7594
E-mail: ebriggs@indium.com
Address: 1676 Lincoln Ave., Utica, NY, USA 13502

  • Certifications:
  • SMTA
  • IPC-A-610D
  • IPC-A-600
  • Green Belt

Blog

Ed Briggs's Blog

Biography

Ed Briggs is a technical support engineer for the Southeast United States and Eastern Canada. He joined Indium Corporation in 1992 and has held a variety of positions in production and technical support.

Ed is an SMTA-certified engineer, and earned his green belt six-sigma certification from Dartmouth College for demonstrating proficiency in developing and executing design experiments to support continuous process improvement.

Ed has an associate’s degree in chemical technology from Mohawk Valley Community College, where he won the Douglas J. Bauer Award for Excellence in Chemistry. He has authored six technical papers and has presented at several technical conferences throughout North America.

Watch Ed's Bio Video

Ed Briggs's Technical Documents

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Advantages of Bismuth-based Alloys for Low Temperature Pb-free Soldering and Rework

Authors: Brook Sandy, Dr. Ronald C. Lasky, Ed Briggs

Posted on 6 Jun 2011

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Best Practices Reflow Profiling for Lead-Free SMT Assembly (Chinese)

Authors: Dr. Ronald C. Lasky, Ed Briggs

Posted on 22 Mar 2010

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Best Practices Reflow Profiling for Lead-Free SMT Assembly (English)

Authors: Dr. Ronald C. Lasky, Ed Briggs

Posted on 1 Jun 2009

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Fine Feature Stencil Printing 0.3MM Pitch Components (Chinese)

Authors: Chris Anglin, Dr. Ronald C. Lasky, Ed Briggs

Posted on 13 May 2011

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Fine Feature Stencil Printing 0.3MM Pitch Components (English)

Authors: Chris Anglin, Dr. Ronald C. Lasky, Ed Briggs

Posted on 4 Mar 2010

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Fine Powder Solder Pastes: Stencil Printing and Reflow in Lead-Free Assembly

Authors: Chris Anglin, Dr. Ronald C. Lasky, Ed Briggs, Timothy Jensen

Posted on 4 Mar 2010

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Flux Chemistry for Pb-Free SMT

Authors: Dr. Ronald C. Lasky, Ed Briggs

Posted on 4 Mar 2010

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Influence of Reflow Profile and Pb-Free Solder Paste in Minimizing Voids for Quad Flat Pack No-Lead (QFN) Assembly

Authors: Dr. S. Manian Ramkumar, Ed Briggs, Harish Gadepalli, Rangaraj Dhanasekaran, Timothy Jensen

Posted on 21 Jan 2011

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Process Guidelines to Ensure Optimal SMT Electronics Assembly

Authors: Dr. Ronald C. Lasky, Ed Briggs

Posted on 20 Jun 2012

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Process Optimization to Prevent the Graping Effect

Authors: Dr. Ronald C. Lasky, Ed Briggs

Posted on 21 Jan 2011

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Specification Limits Review for Solder Paste Stencil Print Inspection (SPI)

Authors: Chris Anglin, David Sbiroli, Ed Briggs

Posted on 24 Jan 2011

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Stencil Printing Transfer Efficiency of Circular vs. Square Apertures with the Same Solder Paste Volume

Authors: Chris Anglin, Ed Briggs

Posted on 21 Jun 2011

Ed Briggs's Blog Posts

SMT Reflow Process Window: Solder Paste Maximum Slope vs. Ramp (or Average) Rate

Monday, June 06, 2011

Included in a solder paste's Product Data Sheet, among other things, are general guidelines which aid the customer in designing an SMT reflow profile. The data sheet gives general recommendations, for time above liquidus, peak temperature, and ramp rate.Example: Figure 1: Example…

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Transitioning from Water-Soluble Solder Paste Flux to No-Clean Solder Paste Flux

Thursday, November 18, 2010

I just visited a customer that was converting from water soluble solder paste to no-clean. Not exactly a slam dunk transition as this customer found out. During my visit, solder balls and solder beads were observed in the no-clean flux residue adjacent to discrete components (capacitor/resistors). These…

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SMT Components "Blowing-Off" PCB

Monday, October 25, 2010

Recently I was at a customer who reported that their SMT components were “blowing off” their PCB. In most of the instances the component was still on the PCB but completely off pad.Further investigation showed that the solder paste print for the component was well defined and that the component,…

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