U.S. Tech Global

06/24/2026

CE3S-Desco Host Free ANSI/ESD S20.20 Webinar: HARRISBURG, PA ― Cumberland Electronics Strategic Supply Solutions (CE3S), your strategic sourcing, professional solutions and distribution partner, in partnership with Desco Industries Inc., will host its next free ANSI/ESD S20.20 training series throughout August 2026, offering a practical, easy-to-follow introduction to one of the industry’s most widely used ESD control standards.

Designed for ESD coordinators, engineers, quality professionals and anyone involved in static control programs, the four-part webinar series walks through the fundamentals of ANSI/ESD S20.20-2021 and what it really takes to build and maintain an effective program. It’s especially useful for those who have been “learning as they go” and want a clearer, more structured understanding of best practices.

The course covers both the technical and administrative aspects of the standard, along with real-world guidance on implementing and verifying ESD controls across a facility. Topics include ESD basics, grounding, personnel grounding, worksurfaces, flooring, ionization, packaging and more. Participants who complete all sessions and related exams will receive a certificate of completion.

The training will be held as a four-part webinar series:

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Tuesday, August 4, 2026 | 1:00–3:00 PM EDT

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Tuesday, August 11, 2026 | 1:00–3:00 PM EDT

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Tuesday, August 18, 2026 | 1:00–3:00 PM EDT

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Tuesday, August 25, 2026 | 1:00–3:00 PM EDT

Attendees are automatically registered for all four sessions.

Rather than focusing only on theory, the series emphasizes practical application—how to select the right ESD control items, how to verify compliance, and how to build a program that actually works day-to-day on the production floor.

Registration is free, but space is limited and closes July 28. To reserve your spot, register here: Register for the August 2026 ESD Training Series.

For more information about CE3S training programs and upcoming sessions, contact [email protected] or call 800-955-0225.

For more information about CE3S, please visit www.ce3s.com or contact [email protected].

06/24/2026

Technica Joins Members of the PCBAA in D.C.: SAN JOSE, CA — Technica USA joined fellow members of the Printed Circuit Board Association of America (PCBAA) in Washington, D.C., for the Association’s Annual Meeting and advocacy events on Capitol Hill.

(Left to Right)-Nilesh Naik-Eagle Circuits, Frank Medina-Technica USA,

Eric Schmidt-Winonics, Kevin Kusiak-Lockheed Martin

Founded in 2021, the Printed Circuit Board Association of America is a consortium of American companies and industry professionals dedicated to strengthening the domestic production of printed circuit boards (PCBs), IC substrates, PCB assembly, raw materials, and the equipment supply chains that support the U.S. electronics manufacturing ecosystem.

A strong domestic PCB manufacturing base is critical to America's economic competitiveness, national security, and technological leadership. The industry continues to advocate for policies and legislation that enable U.S. manufacturers to compete on a level playing field while rebuilding a robust, balanced, and sustainable domestic supply chain.

During the annual gathering, PCBAA members met with Members of Congress and their staff to discuss policy initiatives aimed at strengthening U.S. microelectronics manufacturing. These meetings provide an opportunity for industry leaders to educate policymakers on the importance of revitalizing domestic production and assembly capabilities and to build support for legislation that advances these goals.

One of the Association’s key priorities is the establishment of a competitive tax policy that encourages investment in American-made PCBs and IC substrates. PCBAA supports a 25% tax credit for the purchase of domestically manufactured PCBs and IC substrates, a measure designed to create demand for U.S.-made products and help reshore a critical technology sector that has increasingly shifted overseas.

This proposal has been included in the Protecting Circuit Boards and Substrates Act introduced during both the 117th and 118th Congresses.

“Technica is proud to be part of an Association that was created to provide our industry with a dedicated voice in Washington,” said Frank Medina, Vice Chairman of Technica USA. “It is equally encouraging to see the Association’s membership continue to grow each year. While we have been successful in attracting new members, expanding our coalition remains essential to strengthening our influence on Capitol Hill and creating a lasting impact on U.S. manufacturing and national security, much like the semiconductor industry’s efforts to reshore chip production.”

Printed circuit boards are foundational to modern electronics and serve as the platform that enables semiconductors to function within devices and systems. As advanced microelectronic components, PCBs distribute power, data, and signals throughout critical technologies used in aerospace, defense, telecommunications, infrastructure, transportation, healthcare, and consumer products.

Medina added, “The more voices we bring together, the greater our impact will be across the entire electronics ecosystem, including PCB and substrate manufacturing, PCB assembly, materials suppliers, equipment manufacturers, and OEMs. I encourage additional PCB assemblers, OEMs, and industry partners to join the Association. Protecting America’s aerospace, defense, and critical infrastructure capabilities is a shared responsibility that requires the commitment of the entire electronics manufacturing community.”
www.technica.com

April/May 2026

06/24/2026

Würth: Nanocrystalline Cores for Cable Assembly: WALDENBURG, GERMANY — Würth Elektronik expands its cable interference suppression program. Conventional MnZn and NiZn ferrite cores for cable assembly are now complemented by nanocrystalline cable cores (www.we-online.com/we-ncc). The WE-NCC series provides broadband suppression of conducted electromagnetic interference. It features a compact design, high temperature stability and exceptionally high permeability.

Compared with conventional MnZn and NiZn ferrite cores, the nanocrystalline cores have significantly higher low-frequency impedance and broadband impedance behavior. WE-NCC is available for cable diameters from 3.7 to 21.1 mm. The initial permeability ranges from 30,000 to 90,000. Magnetic flux density reaches up to 1.2 T, while the Curie temperature is above 540°C. These properties ensure stable magnetic behavior across a wide temperature range and effective filtering over a broad frequency spectrum. The cable cores are suitable for interference suppression in cables used in industrial electronics, inverter technology, wind turbines, frequency converters, motor drive systems, among other applications. The nanocrystalline material enables smaller core dimensions with the same or better insertion loss than conventional cores. It also offers a significant weight advantage over MnZn cores.

Wide selection of EMC products

Electromagnetic compatibility has been a key focus for Würth Elektronik from the very beginning. Würth Elektronik’s broad portfolio of interference suppression components includes ferrites for cable assembly, which are now being expanded to include nanocrystalline WE-NCC. It also offers literature, webinars, individual consultation and practical design-in support for EMC challenges. The REDEXPERT online tool helps users select suitable ferrites based on parameters such as the required impedance. All interference suppression solutions are available from stock without a minimum order quantity, and free samples are provided on request.
Würth Elektronik: more than you expect! Further information at www.we-online.com.

April/May 2026

06/24/2026

GÖPEL: SmartController for Vehicle Components and Interiors Tests: JENA, GERMANY — In the automotive sector, individual components—such as vehicle seats—often need to be tested or demonstrated independently of the overall configuration to ensure functions such as adjustment ranges, massage, heating, and ventilation. However, the control elements and power supply configured for the final vehicle are not available for this purpose. GÖPEL electronic has developed the SmartController for this application. This universal control solution is designed for demanding individual or endurance tests, presentations, and functional demonstrations, as well as laboratory applications. The powerful platform combines modern hardware, flexible software architecture, and intuitive operating concepts in a compact system.

The SmartController is based on the proven Serie62 G CAR 6281 hardware platform and offers a modular architecture with versatile interfaces. With this, GÖPEL electronic has created a universal hardware foundation that can be used across projects and customized as needed—a clear advantage for test environments with changing requirements. Thanks to its high scalability, the SmartController supports up to eight bus interfaces, providing comprehensive support for automotive communication standards such as CAN, CAN-FD, LIN, and Automotive Ethernet—including residual bus simulation, diagnostics, and monitoring. The integrated Ethernet and Wi-Fi connectivity enables seamless networking and easy integration.

The generic software framework architecture ensures that future projects and new requirements can also be implemented efficiently. This makes the SmartController suitable for both long-term endurance tests and dynamic development and presentation environments.

A key feature is the tablet control framework, which enables modern and convenient operation. Its uniform structure allows for use in various projects while maintaining a consistent user experience. Features such as the “Sticky Keys” input assistance (“Touch ’n’ Click / Make ’n’ Break”) support ergonomic and safe operation—regardless of the hardware used.

With the SmartController, GOEPEL electronic underscores its commitment to providing future-proof, modular, and practical solutions for vehicle development and industrial test applications.
Further information: www.goepel.com/en.

06/24/2026

ITW EAE Appoints Distributor for the Balkan Region: LAKEVILLE, MN — ITW EAE is pleased to announce the appointment of Alfa SMT as the authorized distributor of MPM Printer and Camalot Dispenser products for the Balkan territory, including Romania, Bulgaria, Greece, the Republic of Moldova, North Macedonia, Slovenia, Ukraine, Croatia, Bosnia and Herzegovina, Montenegro, Kosovo and Albania.

“We are pleased with the addition of Alfa SMT as our partner for our printer and dispenser products in the Balkan Region,” said Frank van Erp, EMEA Sales Director for ITW EAE. “This is a wide territory and, while some of these markets may be smaller than others, together they represent significant potential where I believe we can grow our business. In addition, we were looking for a strong service partner in the area to better support our corporate accounts, and I feel this set-up supports both needs.”

“This appointment is an important step in our strategy to build a focused SMT equipment business in Romania and the wider Balkan region,” said Marius Toader, Managing Director of Alfa SMT and Alfa Test. “By representing MPM Printers and Camalot Dispensers, we can provide customers with proven ITW EAE technologies, local technical support and fast regional response to improve quality, stability and productivity across their SMT lines.”

“The Balkans region represents a growth hub for the electronics industry in Europe, and through our collaboration with ITW, we aim to become the local benchmark for representing the most significant SMT technologies currently available. Romania and the Balkan area will play a decisive role in keeping SMT production within Europe, in line with today's global shifts. Alfa SMT is thus becoming a key player in this trend," states Marius Popitiu, Sales Director and co-founder at ALFA SMT.
For more information visit www.itweae.com and www.alfatest.ro.

06/24/2026

ELANTAS Heads to SMTA Querétaro: ST. LOUIS, MO — ELANTAS will exhibit at the SMTA Querétaro Expo & Tech Forum, taking place Thursday, July 16, 2026 in Querétaro, Mexico. The event brings together electronics manufacturing professionals from across the region to explore new materials, processes, and technologies.

At the event, ELANTAS will highlight its portfolio of conformal coatings and potting materials designed to protect electronics in demanding, real-world environments. The team will be discussing solutions for smart meters, automotive electronics, agricultural controllers, and LED lighting—four areas where reliability isn’t optional.

For smart metering applications, ELANTAS materials such as CONAP® and Conathane® encapsulation resins and conformal coatings help ensure long-term accuracy and durability across electric, water, and gas systems. These materials are built to handle everything from humidity to temperature swings, keeping meters operating consistently in the field.

In automotive electronics, where failure simply isn’t an option, ELANTAS offers proven solutions including CONAP®, Conathane®, and Damival® potting compounds. These materials are used to protect sensors and control systems in both EV and ICE platforms, helping them withstand thermal cycling, vibration, and exposure to harsh environments.

For agricultural controllers, ELANTAS provides polyurethane-based potting materials and conformal coatings designed to hold up in tough outdoor conditions. Whether it’s irrigation systems, autonomous equipment, or monitoring devices, these solutions help keep electronics running reliably through dust, moisture, and seasonal extremes.

In LED lighting and display applications, materials such as Conashield™ and CONAP® are used to protect drivers, controllers, and signage components. The result is improved durability, stable performance, and longer service life in both indoor and outdoor installations.

ELANTAS continues to focus on practical, application-driven solutions—working closely with customers to match materials to real operating conditions rather than one-size-fits-all approaches.

Visitors to the SMTA Querétaro Expo & Tech Forum are encouraged to connect with the ELANTAS team to discuss specific applications and challenges.

For more information, visit www.elantas.com/northamerica.

April/May 2026

06/24/2026

PI Provides Fast Nano-Precision Focusing Systems: SHREWSBURY, MA — Whether inspecting semiconductor wafers, measuring optical components, or imaging biological samples, the quality of the data depends on maintaining perfect focus. Modern microscopes and surface metrology systems often work at high magnifications where the depth of focus can be only a few micrometers—or even less. A slight change in sample height, surface topography, thermal drift, or vibration can quickly move the area of interest out of focus, degrading image quality and measurement accuracy.


PI’s nanofocusing stage options – voice coil (left) for longer travel, piezo (right) for minimum size and fastest response.

Options – Piezo and Voice Coil

Fast nano-precision focusing systems such as PI’s piezo-driven P-725 and voice-coil-driven V-308 solve this challenge by continuously adjusting the objective lens or sample position with nanometer-level resolution and millisecond response times. In optical profilometry and 3D surface metrology, rapid focus scanning enables accurate reconstruction of complex surface features, while in automated microscopy it allows large areas or multiple samples to be inspected without sacrificing image sharpness.

Semiconductor Inspection/Metrology

The combination of high speed and nanometer precision is especially important in semiconductor inspection, where millions of features must be measured quickly and accurately. By minimizing focus errors and reducing settling times, precision focusing systems increase throughput, improve repeatability, and enable reliable detection of increasingly smaller defects and structures. As imaging resolutions continue to improve and production demands increase, fast nanopositioning focus systems have become a critical enabling technology for next-generation metrology and microscopy equipment.

Achieving nanometer precision in milliseconds, not only requires precision mechanics and sensors, but also advanced electronics and control algorithms. PI provides benchtop and OEM digital motion controllers with advanced linearization and optimization for both scanning and fast step & settle applications.
Industries Served and Applications


Semiconductor inspection, Metrology, DNA Sequencing, Microscopy, Photonics, Laser Processing.

Specifications, datasheets: Fast Focusing Stages, P-725 / V-308 Digital Controllers and Drivers.

PI Americas: www.pi-usa.us | [email protected] | (508) 832-3456

April/May 2026

06/24/2026

APEC Calls for Professional Education Seminar Proposals: NEW ORLEANS, LA — The Organizing Committee of APEC 2027, to be held in New Orleans, Louisiana, March 7-11, 2027, has sent out a call to qualified experts to present a Professional Education Seminar during next year’s conference. Addressing issues of immediate and long-term interest to the practicing power electronics engineer, these seminars provide experts and professionals with a forum for in-depth discussions on important and complex power electronics topics. The online portal for submitting a Professional Education Seminar proposal is now open. The submission deadline is August 14, 2026.

“The goal of our Professional Education Seminars is to educate and update power electronics professionals, students and those in related fields by combining practical application with theory,” said Eric Persson, APEC Seminar Co-Chair. “Held on Sunday and Monday at the start of the conference, these popular seminars are a great way to learn about and discuss power electronics topics at a relaxed pace.”

Laszlo Balogh, Seminar Co-Chair, added: “Topics for Professional Education Seminars range from introductory to more advanced technical levels. Proposals should include a detailed outline including the estimated time for each major sub-topic. Each proposal should be suitably in-depth and comprehensive for three-plus hours of presentation time.”

Professional Education Seminars are a vital component of APEC. The committee strives to select a diverse group of industry and academic experts to present them. The following power electronics topic areas are welcome for consideration:

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Power Systems: AC-DC Power Supplies; DC-DC Converters; Inverters; Power System Architectures; Lighting Power Systems; Renewable/Alternative Energy; Microgrid, FACTs, HVDC and other Utility Applications; Aerospace/Defense Systems; Automotive/Traction Applications; Shipboard Power Supplies and Systems; Wireless Power Transfer Systems; Telecom Power Systems; Data Centers; Uninterruptible Power Supplies

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Components: Capacitor Technologies; ICs for Power Electronics; Magnetics; Power Semiconductors

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Design: Control of Converters & Systems; Digital Control and Management; EMI and EMC Issues; Energy Harvesting; High-Efficiency Designs; Machine Control; Modeling and Analysis; Power Conversion Fundamentals; Power Factor Correction; Protection of Converters and Systems; Safety and EMI/EMC Compliance; Simulation Tools and Techniques; Soft-Switching Techniques; Thermal Management

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Manufacturing: Design for Manufacturability; High-Density Packaging; Manufacturing Processes; Standardizing Specifications; Technology Transfer

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Business: Benchmarking Results; Identifying New and Emerging Markets; JIT and Material Management; Market Analysis and Strategies; Procurement and Qualification; Product and Technology Roadmaps; Quality/Reliability and Data; The Voice of the Customer

APEC focuses on the practical and applied aspects of the power electronics business. This is not just a designer's conference. Learn more at apec-conf.org.

April/May 2026

06/24/2026

SCHURTER Introduces New PPTC Series Portfolio: SANTA ROSA, CA — The new PPTC series PFTA, PFTB, PFTC and PFTL provide reliable resettable overcurrent and overtemperature protection for modern electronic applications. In the event of a fault, the polymer PTC device automatically increases resistance to effectively protect systems against overloads and short circuits — without replacing fuses.

The portfolio includes radial leaded and SMD versions with current ratings from 0.05 to 5 A and voltage ratings up to 72 V. UL-compliant flame-retardant materials and compatibility with automated assembly processes make these series ideal for industrial high-volume applications.

Applications

Typical applications include energy storage systems, power supplies, industrial electronics, consumer electronics, automotive systems, wearables, SSDs and Li-ion batteries. The compact PFTL SMD series additionally enables space-saving designs with high integration density.

For product information, review the PFTA Datasheet, PFTB Datasheet, PFTC Datasheet, PFTL Datasheet, Landing Page, or contact Sales at [email protected]. The PFTA, PFTB, PFTC, PFTL, and other SCHURTER products are supported through our franchised distributors.
SCHURTER Inc.
PO Box 285

Santa Rosa, CA 95403

+17076363000
[email protected]
www.schurter.com

April/May 2026

06/24/2026

VisionXC Nitro Reflow Soldering System from Rehm: BLAUBEUREN, GERMANY — Rehm Thermal Systems has introduced its VisionXC Nitro reflow soldering system, designed to deliver high soldering quality, stable process control, and improved manufacturing efficiency for electronics assembly operations.

The VisionXC Nitro utilizes a controlled nitrogen atmosphere to reduce oxidation at solder joints and improve solder wetting, helping manufacturers achieve cleaner, more reliable, and repeatable soldering results. The system is engineered for lead-free electronics production and supports a wide range of assembly types and throughput requirements.

A multi-zone heating and cooling architecture enables precise temperature management with minimal temperature variation across assemblies. Individually adjustable process zones provide manufacturers with greater control over thermal profiles, helping ensure consistent results even with complex or thermally sensitive products.

The system also incorporates Rehm’s MARS and FMS flux management technologies, which help maintain a clean process environment, reduce maintenance requirements, and extend service intervals. An energy-efficient design featuring modern heating elements and intelligent controls helps lower operating costs while supporting sustainability initiatives.

For ease of operation, the VisionXC Nitro is equipped with Rehm’s ViCON software platform, offering intuitive touchscreen control, process monitoring, and production documentation capabilities. The modular platform can be configured with single- or dual-lane transport systems, automatic width adjustment, center-board support, and industry-standard communication interfaces including SMEMA and Hermes.

According to Rehm, the VisionXC Nitro is designed to provide a combination of premium performance, operational flexibility, and long-term reliability for modern electronics manufacturing environments.

www.rehm-group.com

April/May 2026