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New Book on Low-temperature Soldering Now Available
April 17, 2024 | I-Connect007Estimated reading time: Less than a minute
I-Connect007 is pleased to announce that The Printed Circuit Assembler’s Guide to… Low-temperature Soldering, Vol. 2, by subject matter experts at MacDermid Alpha Electronics Solutions, is now available for download. The latest in a series of educational books published by I-Connect007, this book follows up the first volume, published in 2018 and downloaded by thousands.
Peer Reviewer Kevin Byrd, Intel Corporation, offered his recommendation of the book, stating, “This book provides an excellent overview of both the history of low-temperature solders as well as the recent progress in this exciting surface mount technology. This information will prove valuable for those actively pursuing low-temperature solder conversion of their manufacturing processes as well as those working to understand the progress and future for low-temperature solder materials.”
Download your free copy today at I-Connect007.com/lts2.
We hope you enjoy The Printed Circuit Assembler’s Guide to… Low-temperature Soldering, Volume 2.
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Klaus Koziol - atgSuggested Items
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T-type Thermocouples in Foil Heater Technology
03/12/2026 | Zack Schaner, Flexible Circuit TechnologiesThis article examines the use of T-type thermocouples implemented with flexible printed circuit and etched foil heater technology, focusing on their design, fabrication, and integration into advanced thermal management systems. I’ll give particular attention to how their low-profile construction, accuracy at low temperatures, and mechanical robustness make them well-suited for critical devices operating in demanding environments
Beyond IPC-2152: Creating Technology-specific Current-carrying Capacity Design Charts Using Thermal Modeling
01/29/2026 | Mike Jouppi, Thermal Management LLCDesigners commonly size traces using online calculators based on IPC-2221 or IPC-2152 charts, selecting width and thickness for a given current and allowable temperature rise (ΔT). Consideration is given to parallel conductors, although this is not a practical evaluation method for most designs. An important aspect of trace heating, especially groups of traces, is the power dissipated by the conductors. Unfortunately, the power dissipation or a method for accounting for power losses in the traces/conductors or planes is not straightforward.