Minneapolis, MN – The SMTA is pleased to announce the Best Papers from SMTA International 2022. The winners were selected by members of the conference technical committee. For these exceptional achievements, a plaque is given to primary authors of all winning papers.

The following four papers were selected for the “Best of Proceedings” award:

Andrew Mawer, NXP Semiconductors, for the paper “Assembly and Reliability of a Novel High Density Dual Row MaxQFP." Co-authors include Mollie Benson, X.S. Pang, Stephen Lee, J.Z. Yao, Alvin Youngblood, NXP Semiconductors.

Keith Sweatman, Nihon Superior Co., Ltd., for the paper “Effect of Strain Rate on the Ductility of Bismuth-Containing Solders." Co-authors include Tetsuro Nishimura, Nihon Superior Co., Ltd.; Stuart McDonald, Xiaozhou Ye, Qichao Hao, Beatrice Negura, Xin Fu Tan, Kazuhiro Nogita, The University of Queensland.

Richard Coyle, Ph.D., Nokia Bell Labs, for the paper “Thermal Fatigue of QFN and Chip Resistor Solder Joints Assembled with SnPb, SAC305, and SnBi Solders." Co-authors include Faramarz Hadian, Eric Cotts, Binghamton University; Xinzhi Feng, Martin Anselm, Ph.D., Rochester Institute of Technology; Richard Popowich, Nokia; Lenora Clark, ESI Automotive.

Tim Pearson, Collins Aerospace, for the paper “Thermal Fatigue Reliability of a 1206 Chip Resistor with High-Performance Pb-Free Solder Alloys." The work was a joint effort by a large group of co-authors as part of the iNEMI Alternative Alloys Program and the High Density Package (HDP) User Group.

The following five papers received honorable mention:

Aileen Allen, HP Inc., for the paper “A Review of the Impact of Dopants in Sn-Bi Solder Alloys." Co-authors include Helen Holder, Elizabeth Benedetto, HP Inc.

Jean-Paul Clech, EPSI Inc., for the paper “Predicting the Saturation of Solder Joint Cycles to Failure with Thermal Cycling Dwell Times."

Richard Coyle, Ph.D., Nokia Bell Labs, for the paper “Improved Thermal Fatigue Reliability of SAC305 due to Mixed Metallurgy Assembly with a High-Performance Bi-Bearing Solder Paste." The work was a joint effort by a large group of co-authors as part of an iNEMI Project.

Tae-Kyu Lee, Ph.D., Cisco Systems, for the paper “Low Melting Temperature Solder Interconnect Thermal Cycling Performance Enhancement using Elemental Tuning." Co-authors include Kendra Young, Portland State University; Nilesh Badwe, Raiyo Aspandiar, Satyajit Walwadkar, Intel Corporation; Young-Woo Lee, Hui-Joong Kim, Junk-Tak Moon, MK Electron Co., Ltd.

Kevin Byrd, Intel Corporation, for the paper “Functional System Observations of Tin-Bismuth Low Temperature Solder Electromigration Behavior." Co-authors include Brian Franco, Intel Corporation.

The authors will receive their awards during a ceremony at SMTA International 2023. The SMTA International Conference and Exhibition (SMTAI) 2023 will be held October 9-12, 2023 at the Minneapolis Convention Center in Minneapolis, MN, USA. Details on participating in the 2023 SMTA International Conference are posted on the event website: https://smta.org/mpage/smtai-cfa

Abstracts of all papers can be browsed directly in the online Knowledge Base. Featuring thousands of full-length technical articles, the SMTA Knowledge Base is searchable to all visitors, but free PDF downloads are available only to SMTA members. Non-members can easily join SMTA for real-time access to the Knowledge Base.

DEERFIELD BEACH, FL – Inovaxe, a world leader and provider of innovative material handling and inventory control systems, today announced the appointment of Juan Arango to Senior VP of Sales & Marketing for the Americas, reporting to Ben Khoshnood, President and founder of Inovaxe Corporation based in South Florida, USA.

A high-energy and enthusiastic sales executive, Arango has more than 30 years of experience in the electronics assembly industry. Using his deep-rooted experience from industry-leading companies like Universal Instruments, Panasonic Factory Solutions and Koh Young America, Arango has enjoyed a career demonstrating consistent success for business and market share growth, with expansions in the US, Latin America, Europe and Canada.

Ben Khoshnood added, “Juan brings a wealth of experience from the SMT manufacturing industry to our company. With his extensive knowledge and impressive track record of success, Juan will play an integral role in driving Inovaxe forward and further strengthening our position as a leading provider of innovative smart material handling solutions. We are thrilled to have him on board and are confident that his contributions will help us continue to expand in the dynamic and ever-evolving world of electronic manufacturing.”

A Bachelor of Science in Electrical Engineering from the University of Texas at Dallas and a Master of Business Administration from the University of South Florida support Arango’s practical manufacturing knowledge. Consequently, his combination of skills has helped advanced a market- leading position for companies within the electronics manufacturing industry in the Americas. Arango is always ready to adjust strategies, implement policies, and realign to ensure immediate and sustained growth.

Inovaxe’s storage solutions streamline SMT material handling processes by decreasing handling time, cutting out errors and manual data entry, stopping line-down occurrences, reducing storage space and eliminating the black hole of WIP.

For more information about how Inovaxe’s innovative material handling systems and services can improve your inventory accuracy and reduce your labor costs, visit www.inovaxe.com 

CAMBRIDGE, UK – Integrating multiple functionalities within a single entity promises simpler, more efficient devices without compromising capability. Smartphones are a great example, with maps, diaries, phones, cameras, games consoles, and more integrated into a single, compact device. However, the smartphone itself is arguably a masterpiece of packaging, containing many different components from different suppliers that are mounted onto a chassis.

What if, rather than assembling numerous subsidiary components and ensuring electrical connectivity, the functionality was integrated into the object itself? This is the promise of ‘3D electronics’, where the boundaries between mechanical and electrical design fade away and components have the electronic functionality embedded within them. This approach can be applied to many length scales, with electronic functionality in the form of conductive inks and components are applied onto the surface of 3D objects, termed ‘partially additive’, or incorporated internally (termed ‘fully additive’, akin to 3D printing with electronics included).

In-mold electronics (IME) is a third approach to producing embedded electronics, generally in the form of smart surfaces with integrated lighting and capacitive touch sensors. With IME, conductive inks are printed and components are optionally mounted onto a flat surface that is subsequently thermoformed and enclosed via injection molding.

Benefits and Challenges

Embedding electronic functionality within an enclosed part via fully additive electronics or IME offers a compelling value proposition: fewer parts, fewer connections, simpler supply chains, minimal assembly, lower weight, and improved sustainability. The ability to access these benefits with established manufacturing methods such as screen printing, thermoforming and injection molding means that IME has received extensive interest from OEMs across multiple sectors and from materials suppliers. But is there a downside to embedding electronic functionality? After all, functional foil bonding, a competing approach to IME with less integration that also enables backlit touch-sensitive interfaces, has gained considerable commercial traction and is deployed in multiple vehicles today.

Arguably the main challenge for embedded electronics methods such as IME is that the product of individual yields determines the overall production yield. As such, the yield of each constituent process, including those that are purely decorative, must be extremely high – if there is a problem with any process step, the entire part must be discarded. IDTechEx has been told that the biggest yield concerns for functional surfaces are associated with producing a glossy black decorative exterior rather than the electronics themselves.

The second challenge associated with integrating electronic functionality is reconfiguring supply chains. If the separate components are assembled, then each part and hence supplier can be changed independently. In contrast, if all the components are integrated within a single part via IME or fully additive electronics, then mutual compatibility must be ensured, reducing the ease of switching suppliers and potentially increasing component prices.

When Is Functionality Integration Worthwhile?

Determining when the functionality integration offered by IME is most compelling requires consideration of two parameters: degree of integration and production volume. Achieving the requisite high yields and reconfiguring the supply chain imposes high initial costs but can reduce variable costs since less material is used and less assembly is required. Furthermore, greater integration, such as embedding integrated circuits (ICs) within IME parts to provide processing capability, further reduces material and assembly costs.

As such, IDTechEx suggests that embedded electronics, either IME or fully additive, will have a higher value proposition as both production volume and the extent of functionality integration increase.

Additional Information

IDTechEx’s reports “3D Electronics/Additive Electronics 2022-2032” and “In-mold Electronics 2023-2033” provide comprehensive insight into these emerging manufacturing methodologies. Drawing on interviews with companies and conference visits, both reports evaluate the competing technical processes, material requirements and applications. Each report includes 10-year market forecasts segmented by technology and application sector, expressed as both revenue and area/volume.

CRANSTON, RI – AIM Solder, a leading global manufacturer of solder assembly materials for the electronics industry, is pleased to announce their participation in the upcoming SMTA Rocky Mountains Expo taking place on March 10th at the Coors Field in Denver, Colorado. AIM will highlight their newest halogen-free no clean solder paste, H10.

H10 offers exceptional fine feature printing, improved electrochemical reliability, and powerful wetting in AIM's brand-new halogen-free no clean solder paste. H10 solder paste is capable of transfer efficiency >90% on area ratios of 0.50 and a stencil life >8 hours.

H10’s powerful wetting characteristics eliminate NWO (HiP) defects and improve pad coverage on all surface finishes. H10 reduces voiding on BGA, BTC and LGA and offers enhanced electrochemical reliability on all low stand-off devices. Fit for automotive, LED and aerospace assemblies, H10 no clean solder paste is robust, stable, and easy to implement.

To discover all of AIM’s products and services, visit the company at the SMTA Rocky Mountains Expo on March 10th for more information and to speak with one of AIM’s knowledgeable staff members, or visit www.aimsolder.com