Webinars and Webtorials
Listen to outstanding speakers without leaving your desk. No travel budget? No problem. SMTA Webinars and Webtorials are a great solution for getting the latest information on electronics assembly and advanced packaging at the best price.
Upcoming Webinars and Webtorials
Looking for a past webinar? Check the knowledge base.
Webinar vs Webtorial: What's the Difference?
$75USD for non-members.*
$300USD for non-members.*
*The price of an individual membership is included in non-member registration.
Each registrant is allowed one phone line connection for as many site employees as can be accommodated by your AV facilities. Multiple connections must be individually registered.
If you have any questions, contact Patti Coles, Director of Education at the SMTA. firstname.lastname@example.org 952-920-7682.
PCB Fabrication Methodologies and Strategy for Embedding Passive and Active Components Thursday, June 11 & 18, 2015
1:00pm - 2:30pm Eastern
Instructor: Vern Solberg, Solberg Technologies
Although the printed circuit has traditionally served as the platform for mounting and interconnecting active and passive components on the outer surfaces, companies attempting to improve functionality and minimize space are now considering embedding a broad range of components within the circuit structure. Both uncased active and passive component elements are candidates for embedding but the decision to embed components within the multilayer circuit structure must be made early in the design process. Some components are easy candidates for integrating into the substrate while other may involve more complex processes and will be difficult to rationalize. Although a majority of the discrete passive and active devices may remain mounted on the outer surfaces of the multi-layer board, embedding one or more silicon based semiconductor elements within the inner layers of the structure will enable greater utilization of the circuit boards outer surfaces. Benefits can include improved performance, For example, by embedding the semiconductor on an inner layer of the circuit directly in line with a related semiconductor package mounted on the outer surface, the conductor interface can be minimized. The close coupling of semiconductor elements significantly reduces inductance and contributes to increasing signal speed.
This course was developed to better enable the product designer and manufacturing specialist to have a clear understanding of the principles for electronic packaging by embedding components in an organic multilayer circuit board structure. The course will include design guidelines, material selection and termination methodology for embedding both ‘active and passive components including resistor, capacitor, inductor and discrete transistor elements. Process variations for embedding and interconnecting thinned semiconductor elements within the multi-layer PCB will be illustrated with examples of core type and coreless substrate structures.
Who Should Attend?
The material presented has been specifically prepared for PCB Designers, Design Engineers and those responsible for electronic product development, assembly processing and manufacturing efficiency. This would include manufacturing and test engineering specialists for the OEM, ODM and EMS providers.
Part One: EMBEDDED COMPONENT PCB DEVELOPMENT
Base materials and build-up structures
Part two: EMBEDDED COMPONENT PCB FABRICATION PROCESS VARIATIONS
Core and coreless structures
Embedded component PCB development
Component attachment process
About the presenter:
Vern Solberg is a technical consultant specializing in SMT and microelectronics design and manufacturing technology. He has served the industry for more than twenty-five years in areas related to both commercial and aerospace electronic product development and is active as an author and as an educator. In addition to tutorial and workshop programs for industry related events Mr. Solberg has been involved with the training of both students and faculty members at the University of Wisconsin, School of Engineering in Milwaukee and Kansas State Universities Microelectronics Laboratories in Salina.
Solberg holds several patents for 3D IC packaging innovations including the folded-flex 3D package technology and is the author of Design Guidelines for Surface Mount and Fine-Pitch Technology a McGraw-Hill publication. Vern also participates in and supports several industry organizations including IPC, SMTA , IEEE and IMAPS.
LEDs and Solid State Lighting Ecosystem
Wednesday,July 8th @ 1:00 PM Eastern
Presenter: Makarand “Chips” Chipalkatti, Ph.D., Senior Director, Solid State Lighting (SSL)
Over a decade and a half ago, when LED lighting was a subject of debate and considerable disbelief, some had predicted a disruptive change in the lighting industry of the sort that happens once in a generation. This disruption is now real, and the lighting industry is clearly undergoing tectonic change in rapid fire mode. Every major incumbent manufacturer is undergoing constant reorganization, while new start-ups emerge claiming a place in the new lighting industry. Yet, LED lighting has not generated the sort of profits expected despite significant growth. Global supply chains and fierce competition by hundreds of new players has created quite a challenge. Yet, there is great opportunity in this industry expected to be $21B by 2018 according to a recent report. Where do those opportunities lie and where are the new growth areas for industry players in the lighting, semiconductor, and electronics industry? This talk will cover some of the transformation process and point to the areas of current and future change. Future growth corridors that are now visible will also be discussed.
Dr. Makarand “Chips” Chipalkatti was till recently Senior Director, Solid State Lighting (SSL) and Emerging Market Initiatives for OSRAM SYLVANIA. Since March 2010 his primary focus was on executing innovation, and as a solid state lighting evangelist for OSRAM. Chips received a Ph.D. in Polymer Science & Eng. from Univ. of Massachusetts and a B.Tech Chem. Eng. from IIT Bombay. His early work included research on advanced materials and organic light sources. Chips transitioned from technology development to commercial execution of technology in 2000, when he led the start-up of OSRAM’s LED lighting business in North America. Since 2005, Dr. Chips led the Strategic Innovation Management function for OSRAM SYLVANIA and continued to serve as a key member of OSRAM’s global innovation leadership. Chips’ role as a corporate entrepreneur has led to several new business initiatives and open innovation projects. Dr. Chips has also played a pioneering role in the Solid State Lighting industry as an industry leader in various trade bodies and working with public agencies. Dr. Chips has now launched an executive consulting practice focusing on industry transformation, innovation and entrepreneurship with special emphasis on the commercialization of innovation. He serves globally as an industry consultant for product, services and business strategy targeting technology intensive verticals including the emerging Ecosystem of Solid State Lighting.
Registrations are being taken through a third party - Register Now.
Assessment of Standards and Methods for Evaluation of Medical Electronic Device Reliability Two (2) 90 Minute Sessions
Tuesday, July 14 & 21, 2015
1:00pm to 2:30pm Eastern
Presented by: Bhanu Sood, Center for Advanced Life Cycle Engineering (CALCE)
How does a medical device company utilize field return data to improve the reliability of its current products? Do the reliability tests provide adequate coverage, or are they simply satisfying requirements set in the standards? How are companies addressing device risks in qualification plans?
This webtorial provides answers to these questions and more. The Center for Advanced Life Cycle Engineering (CALCE) at the University of Maryland is the largest electronic products and systems research center focused on electronics reliability. CALCE has developed methodologies implemented on numerous standards for reliability assessment, prediction, and the integration of reliability in the design of electronic products. In this webinar, we focus on the reliability issues of medical devices.
Reliability is reported as a cumulative survival estimate of failed devices. However, these probability estimates do not provide information on the reliability with regards to specific failure mechanisms. In this session, a methodology is provided for using field returns to estimate the medical device reliability and plan reliability tests for new generations of devices.
Bhanu Sood (email@example.com) is the Director of the Test Services and Failure Analysis Laboratory at CALCE. Bhanu’s research areas at CALCE include development of analysis methodologies for component- and PCBA-level failures, materials characterization techniques for counterfeit parts identification, and investigating failure mechanisms in printed circuit boards. Prior to joining CALCE, Bhanu worked at the Naval Research Laboratory in the areas of embedded electronics, embedded batteries, and laser-assisted micro-fabrication techniques. Bhanu holds a US Patent for a laser-based technique for the transfer and embedding of electronic components and devices.
Registrations are being taken through the SMTA Online Registration System.
Solder Paste Printing and Inspection Two (2) 90 minute Sessions
Tuesday, August 11 and 18, 2013
1:00pm to 2:30pm Eastern
Presented by: Chrys Shea, Shea Engineering Services
Overview: This two-part webtorial combines the basics of SMT solder paste stencil printing and process troubleshooting with an overview of automated Solder Paste Inspection (SPI) technologies in both laboratory and production environments.
Who will benefit from this course?
Chrys Shea is the President of Shea Engineering Services, a consulting firm that produces technical studies and communications tools for the electronics manufacturing industry.
Chrys is a frequent speaker at industry events, and has three times received the SMTAI “Best of Conference” award for her work on solder paste printing. In 2012 she was honored with the SMTA “Member of Technical Distinction” award.
Chrys earned her B.S. in Mechanical Engineering from the University of Massachusetts and her M.S. in Manufacturing Engineering from the University of Rhode Island. She is a past president of the Philadelphia SMTA chapter, and sits on numerous IPC and SMTA technical committees. Chrys launched Shea Engineering Services in 2008.
Solder Paste Print & Reflow Problems - Causes & Cures
Tuesday, September 15, 2015 @ 1:00 PM Eastern
Presenter: Bob Willis, SMTAI Feature Organiser
Printing solder paste or other conductive material requires zero defects printing if a high first pass yield is to be achieved when using fine pitch components. Monitoring and control of paste height and volume are becoming the norm in many markets, but what capability can we expect?
Correct printer set-up, good stencil design and manufacture plus consistent printing materials are key to successful manufacture but inspection and monitoring the performance makes a process more robust. The same three dimensional inspections is required in other AOI applications like solder joint analysis. there are common process defects during printing and reflow and with this webinar we show you the causes and cures to help your yield improvement
The webinar will be presented by Bob Willis SMTAI Feature Organiser.
Topics covered in the webinar:
A copy of each of the slides presented will be sent out after the webinar.
The webinar will run for between 60-90min with question and answer session and limited to 100 people.
Reballing of Devices-The “How To” as well as “How Do I Know My Supplier Has Done Good Work” Two (2) 90 minute Sessions
Thursday, December 3 & 10, 2015
1:00pm to 2:30pm Eastern
Presented by: Bob Wettermann, BEST Inc.
What You Can Learn From This Course:
When repair or rework technicians are required to rework a balled area array device or the solder alloy of a balled device needs to be swapped out for another, then a device needs to be reballed. This requires a skilled technician to re-attach the solder balls to the package. This webtorial will go through the common practice of plastic package reballing. Also taught in this class will be technique of reballing a ceramic part which requires that SnPb solder attaches non-collapsing solder balls to the device. Finally, a newer technique in which a small outline package leadless device can be be reballed in order to be re-attached to a PCB will be shown. “Tricks of the trade” for reballing will be explained via various videos and photos.
This webtorial is designed to walk you through the process of reballing both plastic and ceramic BGAs in low volume for cases where the BGA was removed and needs to be replaced as well as in cases where the alloy needs to be simply changed out.
Finally, the development of inspection criteria will be discussed for those having devices reballed as an outsourced service.
The course is designed for technicians and engineers working in design, manufacturing, quality, and field repairs as well as those in component engineering and purchasing having the solder reballing completed by an outside supplier.
1) Background & Introduction
2) Reballing Process
3) Plastic Device Reballing
4) Developing specifications for outsourced reballing suppliers
Bob Wettermann is the principal of BEST Inc. a contract rework and repair facility in Chicago. His firm develops processes and products for a variety of PCB and device rework challenges. Bob is an IPC Master Instructor and has been involved in the electronics assembly and repair market for 16+ years. He holds several patents in the fields of surface science, industrial controls and PCB rework. He is a BSEE from the University of Illinois/Champaign.
Non-members, if you register at the same time for more than one event, you will be charged the non-member rate just once. Price adjustment is done upon receipt of your order information.
All cancellation requests must be received prior to the start time of the event.
The information presented during the SMTA events described above is offered for information purposes only and is not intended as a recommendation. Use of any portion of the content of this presentation is done at the discretion of you and your company. The presenter and the association are not responsible for any results obtained by implementing, employing, or in any way utilizing or interpreting the information presented.
Furthermore, all presentation materials are protected by applicable copyright laws. Any unauthorized use, duplication or distribution outside of the context of the presentation is strictly prohibited.
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