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Fabless company Wise-integration of Hyeres, France — which was spun off from CEA-Leti in 2020 and designs and develops digital control for gallium nitride (GaN) and GaN IC-based power supplies — has appointed Ghislain Kaiser as chief executive officer. He succeeds CEO & co-founder Thierry Bouchet, who will continue to serve as chief technology officer & general manager, leading worldwide R&D and driving the technological vision...

Compound Semiconductor Applications (CSA) Catapult has appointed tech entrepreneur Rupert Baines as a non-executive director, working with members of the board to support its corporate governance and to inform its long-term strategy...

QPT introduces MicroDyno, a 1-MHz GaN motor drive platform delivering true sine wave output, precision motion, and scalable efficiency for cobots and beyond.

In my so-far nearly 30 years of writing for EDN, I’ve learned a lot about my ever-evolving audience (i.e., you), at least two aspects of which are directly relevant to this particular writeup:

• You love consuming any content that’s even remotely LED-related, and
• I’ve pretty much given up trying to figure out what topics will especially attract your attention, aside from relying on my own curiosity as a guide to what you might also like.

Take, for example, my recently published teardown of a LED-based desk lamp. Compared to some other teardowns that I’ve done, it was thankfully fairly speedy and straightforward to both implement and document. But, judging from the quantity and detail of the comments already posted on it, I’m guessing it’s still driving a lot of “eyeballs” to the EDN website. A fading-illumination-intensity-over-time LED apparently piqued more than just my curiosity.

The LED light bulb that transformed into a sorta-strobe light

Or take today’s dissection candidate, a conventional LED light bulb that had begun not fading, but instead, flickering. As historical background, I’ll take you back nine years to when I took apart my first LED light bulb, two dimmable examples of which had prematurely failed, due to (I prognosticated at the time) extended exposure to high temperatures caused by poor ventilation of the ceiling-mount enclosures within which they were installed. At the time, a reader named “docterdon” noted that I hadn’t described those sconces, so in the spirit of “a picture paints a thousand words”, here you go to start:

The room switch controlling the lights wasn’t dimmable anyway, so at the time I went ahead and replaced all of them (including the two still-functional ones, which I ended up reusing elsewhere) with CFLs. Two of those ended up prematurely dying too, so once again I swapped them out for LED bulbs, non-dimmable this time (I was admittedly surprised to realize, when recently reviewing past published teardowns, that in the plethora of LED-based illumination sources I’ve taken apart in recent years, a conventional non-dimmable one hadn’t yet gone under my knife). They came eight to a package; here’s the encompassing cardboard label:

Behind it in each initially shrink-wrapped assemblage, four of which my email archives indicate I’d promotion-purchased from VMInnovations back in October 2018 for $9.99 total, were two boxes, each with four bulbs inside (yes, your math is right; that translates to $0.31 per bulb!):

Here’s our flickering victim, as usual, accompanied by a 0.75″ (19.1 mm) diameter U.S. penny for size comparison purposes:

Shifting the bulb slightly to the left, here’s your reminder that my office desk is perpetually bathed by the light coming from—among other things—the front-panel blue (when the computer it’s connected to is powered on, that is; otherwise white) LED of the expansion hub tethered to my Mac mini, whose illumination you’ll see in some of the shots that follow:

Diving inside

Onward; let’s get the globe off. Extended exposure to my wife’s hair dryer didn’t help much with loosening the adhesive; then again, unlike what my heat gun had done in the past, it didn’t deform the globe itself, either. Nevertheless, using several “spudgers” and aided by plenty of “elbow grease” and “colorful language”, I finally wrestled the globe off the base:

Admittedly, in the process, snapping one of the three resistors off the plate, along with scraping the phosphor cap off one of the LEDs:

That large IC you see at center left is the RM9003T, a high-voltage single-channel constant current LED controller from Shaanxi Reactor Microelectronics. That said, from past experience, I strongly suspected that what I was currently seeing wasn’t the full extent of the circuitry; there was likely more behind the plate. There’s only one way to find out for sure:

At this point, my forward progress was stalled until…ah, yes, those power wires running to the cap end need to be disconnected before I can completely remove the plate. Time to dig out my tongue-and-groove, slip-joint (aka, “Channellock”) pliers and wrest it off…

Determining the Achilles heel

That’s more like it:

The markings on the IC on one side of the now-exposed underside PCB:

are barely discernible:

MB6S
1607

It appears to be a miniature surface-mount bridge rectifier, converting (crudely) AC to DC in combination with the 390 kΩ (“394”) resistor next to it and the 200-V 10-µF aluminum electrolytic capacitor on the PCB’s other side:

Speaking of enclosed spaces with insufficient airflow and consequent overheating potential (generated by the multi-LED array on the plate above it), I’m guessing that here’s where the flickering originates. Agree or disagree, readers? Share your thoughts in the comments!

—Brian Dipert is the Editor-in-Chief of the Edge AI and Vision Alliance, and a Senior Analyst at BDTI and Editor-in-Chief of InsideDSP, the company’s online newsletter.

 Related Content

• Teardown: What killed this LED bulb?
• The empty promise of the LED bulb’s lifetime
• Disassembling a LED-based light that’s not acting quite right…right?
• A brief history of the LED
• Freeing a three-way LED light bulb’s insides from their captivity

The post Diagnosing a flickering LED light bulb appeared first on EDN.

Привітання першокурсникам від уповноваженої особи з питань запобігання та виявлення корупції kpi пн, 09/08/2025 - 17:54

In a trading update for full-year 2025, epiwafer and substrate maker IQE plc of Cardiff, Wales, UK says that, as previously noted, trading in first-half 2025 was impacted by macroeconomic uncertainty and, as a result, some end-customer demand was fulfilled with existing inventory. The firm has continued to experience weakness in wireless markets, due mainly to softness in mobile handset sales, and this is expected to persist through 2025. In addition, delays to federal funding cycles in US military and defence sectors are resulting in the deferral of orders into 2026...

In a trading update for full-year 2025, epiwafer and substrate maker IQE plc of Cardiff, Wales, UK says that, as previously noted, trading in first-half 2025 was impacted by macroeconomic uncertainty and, as a result, some end-customer demand was fulfilled with existing inventory. The firm has continued to experience weakness in wireless markets, due mainly to softness in mobile handset sales, and this is expected to persist through 2025. In addition, delays to federal funding cycles in US military and defence sectors are resulting in the deferral of orders into 2026...

In a landmark reform, the Government of India has reduced the Goods and Services Tax (GST) slabs from four to two 5% and 18% with a separate 40% slab reserved for luxury and sin goods. This restructuring is expected to simplify taxation, lessen compliance burdens, and at the same time spur consumption within sectors, with the electronics industry among the largest beneficiaries.

The reduction of GST rates is expected to provide a direct thrust of around 1.2 to 1.5% to India’s GDP growth over the coming two years. As a result of the lowered tax burden on essential and semi-essential goods, it is presumed there will be higher savings by the households, culminating in higher consumer expenditure. Analysts feel that such demand, coupled with lower logistics and compliance costs, may result in additional economic activity of ₹2 to 3 lakh crore yearly.

Small and mediums enterprises (SMEs) stand to gain from the simplification as working capital blockages will be reduced and ease of doing business improved. The reform thus can be viewed as strengthening India’s tax system for investments, which would give it a pull to global companies wanting to invest in India’s growing consumer market.

Electronics Sector:

Electronics is one of the most price-sensitive sectors in India, where even small changes in tax rates directly impact consumer demand. Earlier, many electronic items attracted 28% GST, making them costlier for the average consumer. With the revised slab structure, most electronics now fall under the 18% category, creating a 10% effective reduction in prices.

Industry experts estimate that the electronics market currently valued at ₹11.5 lakh crore could expand by 15–18% annually post-reform, compared to the earlier 10–12% growth trajectory. The consumer electronics segment (mobiles, laptops, TVs, home appliances) will see the sharpest rise in demand.

Additionally, India’s domestic electronics manufacturing push under the Production Linked Incentive (PLI) scheme will gain momentum. Lower taxes make Indian-made electronics more competitive compared to imports, supporting the government’s target of turning India into a global electronics manufacturing hub by 2030.

Economists believe the GST reform will improve affordability, increase consumption, and accelerate digitisation.

Conclusion:

The reduction in GST represents an important turning point for the Indian economy. Though all sectors get benefitted, the increase in demand and growth in manufacturing happening through a decrease in prices would favor employment in the electronics industry. The resultant effects would then speed up economic growth and put India on the map of global electronics.

The post Electronics Sector Set for Breakthrough Growth as GST Rates Reduced appeared first on ELE Times.

In a landmark decision, the Government of India reduced the number of Goods and Services Tax (GST) slabs from four to two (5% and 18%), with a high-rate 40% slab set aside for luxury and sin items that will go into effect on September 22, 2025. By combining common necessities like toothpaste, soaps, paneer, UHT milk, and educational materials into the lower 5% (or even 0%) slab, this comprehensive reform addresses long-standing calls for simplification. It also maintains support for small businesses, healthcare, and agriculture by granting exemptions from life and health insurance and lowering taxes on tractors and farm equipment.

In the consumer electronics sphere, the GST rate has been cut from 28% to 18% for appliances such as televisions, air conditioners, refrigerators, washing machines, microwaves, and lighting fixtures, making them more affordable for consumers. Other sectors have also felt the impact: cement has been moved to 18% from 28%, while small vehicles, auto parts, and three-wheelers now attract 18% GST; electric vehicles enjoy a concessional 5% rate to boost clean mobility. Meanwhile, high-end cars, tobacco products, aerated beverages, casinos, and luxury imports have been shifted to the steep 40% slab, underscoring the reform’s intent to safeguard essential consumption while discouraging indulgence.

From rural consumers and MSMEs to manufacturers serving tier II and III cities, this change is widely viewed as a catalyst to boost economic growth, simplify compliance, and promote spending. Through lower tax burdens, the reforms also empower industries like healthcare, agriculture, and education while supporting more general policy objectives like “Make in India.”

Industry experts believe the timing of the reform, just ahead of the festive season, will further amplify its impact, as this is the period when Indian consumers make large-scale purchases of lifestyle and household electronics.

Sharing his views on the development, Mr. Gagan Sharma, Managing Director of XElectron, said:

“The GST 2.0 is a welcome step for both consumers and brands like ours. It not only reduces the cost burden of purchasing lifestyle electronics such as TVs and projectors but also encourages customers to opt for higher-end, larger-screen models that are often considered luxury items. The timing makes this move even more impactful, as the revised rates will come into effect during the festive season, when people actively purchase and gift electronics, giving a boost to the consumer electronics market. At XElectron, we offer innovative products such as smart projectors, LED TVs, digital photo frames, and monitors, and this change ensures that consumers can now enjoy them at even more attractive prices, especially for festive gifting.”

Gagan Sharma, Managing Director of XElectron

Reiterating the same optimism, Mr. Anurag Sharma, Managing Director & CEO, AKAI India, said:

 “The new GST rate cut from 28% to 18 % is a progressive reform as it will make electronic items like televisions, air-conditioners, and other appliances significantly more affordable for millions of Indian households. The 18% GST bracket enables consumers to save around ₹3000 to ₹5000 on major appliances and encourages them to fulfil their needs this festive season. This bold step will boost customer demand in tier II and III cities, essentially. The new GST rate cuts will also empower the entire electronics industry and fuel its momentum. Additionally, the industry will be able to enjoy faster transit times across state borders, enhanced overall operational efficiency, and reduced logistics costs.”

Anurag Sharma, Managing Director & CEO, AKAI India

Conclusion:

GST reforms have imparted a turning point in the Indian system of taxation by setting forth a condition on affordability versus revenue. With the rationalisation of slabs, reduction in rates on essential and lifestyle items, and some relief to sectors like consumer electronics, automobiles, and agriculture, they have laid the foundation for developing stronger consumer sentiment and industrial growth. This slight 18% GST on electronics is a facilitating factor for freeing pent-up demand, increasing access in tier II and III cities, and further pushing domestic production under “Make in India.” With festive season demand on its way, brands are hopeful that this reform will act as a firm catalyst for sales and long-term sector allowance.

The post From 28% to 18%: GST Reform Brings Benefits to Electronics Buyers, Industry Leaders Applaud the Reform appeared first on ELE Times.

The Andhra Pradesh government has cleared an incentive package worth ₹856 crore to support the establishment of India’s largest printed circuit board (PCB) facility by electronics manufacturing services (EMS) company Syrma SGS. The decision was approved by the state cabinet led by Chief Minister N. Chandrababu Naidu.

The project is a ₹1,595-crore investment between Syrma SGS and Shinhyup Electronics, Korea in a 51:49 equity shareholding basis.

The forthcoming facility will be located on 12.56 acres of land at Naidupeta industrial area, lying in the vicinity of Chennai, Tamil Nadu, and the state government has agreed to hand over the land as a 75% subsidised rate. The unit is expected to be commissioned at the end of October 2026, with revenue generation estimated at ₹6,200 crore for Syrma SGS during FY2027.

The plant will manufacture single-layer and multi-layer PCBs, HDI and flexible PCBs, Copper Clad Laminates (CCLs), and provide electronics manufacturing services.

Copper Clad Laminates form the foundation of PCBs, which are essential for a wide range of electronic devices. The unit is expected to support emerging high-growth sectors such as smart metering, healthcare and medical technology, automotive applications, and electric mobility.

Syrma SGS reported a turnover of ₹3,836 crore in FY25, running its 14 manufacturing units with more than 9,000 employees. With a market cap of nearly USD 2 billion, the company is positioned as one of the key players in India’s burgeoning electronics manufacturing landscape.

Industry observers note that electric vehicle adoption and the installation of ADAS systems continue to fuel demand for high-tech PCBs in India. According to UnivDatos, modern vehicles increasingly come equipped with smart dashboards, battery management systems, infotainment solutions, and EV power electronics, highlighting the need for rugged and high-performance PCBs.

This PCB plant is a significant step toward India’s endeavor to reduce import dependency and build up a strong electronics manufacturing base locally. By 2026, Andhra Pradesh will house a state-of-the-art unit that is not only the largest in the country but also a potential hub for next-generation electronics and EV-related technologies.

The post Andhra Pradesh Cabinet Approves ₹856 Crore Incentive for India’s Largest PCB Plant appeared first on ELE Times.

Researchers in Japan have developed a highly-sensitive magnetic Barkhausen noise (MBN) measurement system to understand the energy loss mechanisms in soft magnetic materials, which can be easily magnetized and demagnetized, and are widely used in power electronics devices such as generators, transformers, and amplifiers.

It’s an important development because power electronics is moving toward high-frequency operations, which in turn demand low-loss soft magnetic materials. However, the efficiency of soft magnetic materials is fundamentally limited by iron loss, where energy is lost as heat when a varying magnetic field passes through them.

Iron loss mainly comprises three entities: hysteresis loss, classical eddy current loss, and excess eddy current loss. Eddy currents are generated when a varying magnetic field passes through a conductor; the currents that waste energy as heat are known as classical eddy current loss.

On the other hand, excess eddy current loss arises due to localized eddy currents induced by irregular movement of magnetic domain walls (DWs) under a varying magnetic field. Magnetic DWs are boundaries that separate tiny magnetic domains.

Enter magnetic Barkhausen noise or MBN, a key probe for DW dynamics. Here, it’s important to note that the current MBN measurement systems don’t facilitate the wide frequency coverage and high sensitivity needed to capture the individual MBN events. That makes it hard to understand the relationship between DW dynamics and eddy current losses.

MBN measurement system

The Japanese research team, aiming to address this gap, has developed a wideband and high-sensitivity MBN measurement system. The team is led by assistant professor Takahiro Yamazaki from the Department of Materials Science and Technology at the Tokyo University of Science (TUS). It also includes professor Masato Kotsugu from TUS and senior researcher Shingo Tamaru from the National Institute of Advanced Industrial Science and Technology (AIST) in Japan.

The MBN measurement system investigated the magnetic DW dynamics in 25-μm-thick Fe–Si–B–P–Cu NANOMET ribbons, a class of soft magnetic alloys. It comprises a dual-layer coil jig with full electromagnetic shielding, wiring, and a custom low-noise amplifier. And it’s designed to minimize noise while maintaining a wide bandwidth.

Magnetic Barkhausen noise (MBN) serves as a key probe for DW dynamics.

The system allows the capture of individual MBN pulses with the highest possible fidelity. That, in turn, enabled the team to effectively visualize the relaxation behavior and precise evaluation of DWs. As a result, they were able to observe clear and isolated MBN pulses indicative of DW relaxation in amorphous NANOMET ribbons. These materials, well known for their soft magnetic properties, have exceptionally low coercivity.

Cause of excess eddy current loss

Statistical analysis of the captured pulses also revealed a mean relaxation time constant of approximately 3.8 μs with a standard deviation of around 1.8 μs. It’s much smaller than the values predicted by conventional models.

So, the research team constructed a new physical model of DW relaxation to explain this difference. Subsequently, this model showed that the damping caused by eddy currents generated during DW motion is the main cause of excess eddy current loss. That negates the common perception that the intrinsic magnetic viscosity of DWs is the cause this phenomenon.

It provided experimental and theoretical clarification on the physical origin of excess eddy current losses. Next, the team used this system to analyze heat-treated nanocrystalline NANOMET ribbons and found a significant decline in the amplitude of MBN pulses. This led to a substantial reduction in the irregularity of the DW motion.

Moreover, it demonstrated that it’s possible to smooth DW motion and thus reduce energy loss through microstructural control. “Our method has the potential for wide application in the design of next-generation low-loss soft magnetic materials, especially in high-frequency transformers, electric vehicle motors,” said team leader Yamazaki. “It paves the way for smaller, lighter, and more efficient devices.”

He added that this wideband, high-sensitivity MBN measurement system has successfully captured high-fidelity, single-shot pulses. That provides direct experimental evidence of magnetic DW relaxation in metallic ribbons, Yamazaki concluded.

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• Electrical noise and mitigation: Noise definition, categories and measurement

The post Magnetic Barkhausen noise measurement unlocks possibilities for soft magnetic materials appeared first on EDN.

КПІшники — переможці і призери Youth Climate Innovation Hackathon! kpi пн, 09/08/2025 - 12:38

In a strategic move to increase its global footprint in semiconductors, L&T Semiconductor Technologies completed the acquisition of design assets for power modules from Fujitsu General Electronics (FGEL) of Japan.

The deal included the acquisition of state-of-the-art R&D equipment, design patents, and intellectual property related to Fujitsu’s power module technologies. This acquisition is a very important milestone on the power electronics road for LTSCT and will considerably ramp up its design capabilities for industrial, automotive, and energy applications.

LTSCT Chief Executive Sandeep Kumar reflected that the acquisition is a major step forward towards the company’s long-term vision of taking the Indian semiconductor ecosystem to a truly global level. “It strengthens our intellectual property portfolio, and strengthens our design capability, moving us ever closer to fulfilling our promise of designing world-class semiconductor solutions,” he said.

For Fujitsu General Electronics, the transition is geared towards continuity and continued development of its power module technologies. FGEL Director and COO Tadashi Hasegawa welcomed the move, saying, “LTSCT shares our commitment to innovation and technological excellence. We believe this transition will promote further growth and generate value for global customers.”

Industry analysts see the acquisition as a move that might give India’s semiconductor industry a keener competitive advantage, particularly in power electronics a sector vital to future energy systems and electric mobility solutions.

The post L&T Semiconductor Acquires Fujitsu’s Power Module Design Assets to Boost Global Presence appeared first on ELE Times.

Electronics and IT Minister Ashwini Vaishnaw, inaugurated India’s first large-scale lithium-ion battery manufacturing facility at Sohna in Haryana. The project, set up by TDK Corporation with an investment of nearly ₹3,000 crore, under the Centre’s Electronics Manufacturing Cluster (EMC) scheme, is envisaged to play a crucial role in fulfilling the domestic demand for advanced battery technology in India.

The plant is to produce around 20 crore battery packs every year, which is around 40% of the country’s requirement of 50 crore cell packs each year. These batteries would be used in smartphones, laptops, smartwatches, earphones, and other wearables, thereby limiting imports and strengthening the self-reliance factor of the nation in electronics manufacturing.”

During the launch, Vaishnaw highlighted the government’s vision of creating a robust electronics ecosystem in the country. “Whether it is semiconductors, PCB assemblies, batteries, or camera modules-every component will be Made in India in the coming years; establishment of such great technology facilities is a huge milestone for self-reliance,” he said.

The initial phase of production at Sohna would begin in the last quarter of 2025, with the operations slowly scaling up to reach full capacity. The project will create a large set of employment opportunities, and about 5,000 direct jobs will be created. Training of the workforce has already started at the TDK At Bawal facility in Haryana.

TDK, a worldwide leader in electronic components with manufacturing facilities in over 30 countries, has brought its expertise to India through this investment. Acknowledging the support of the Haryana government, Vaishnaw said the state has been instrumental in facilitating new electronics manufacturing projects.

The inauguration was hailed as a significant turning point in India’s development into a global electronics hub in an official statement. It was claimed that any project, whether in PCB assemblies, batteries, or semiconductors, would lessen the nation’s dependency on imports while enhancing its expanding position in global value chains.

The post Ashwini Vaishnaw Inaugurates India’s first Lithium-Ion Battery Manufacturing Hub With ₹3,000 Crore Investment appeared first on ELE Times.

The growth of electronics manufacturing in India is unprecedented, having emerged out as one of the leading industries with a market size of ₹11.5 lakh crore, Union Minister for Electronics and Information Technology Ashwini Vaishnaw stated.

Addressing a press conference at the BJP headquarters, the minister said production in the sector has increased almost six times in the last 11 years, while exports have increased eight times. This growth, he said, has also created direct and indirect employment opportunities for more than 25 lakh people across the country.

The Minister explained how India has moved towards self-reliance in electronics and can almost make any component that goes inside devices like mobile phones. “From glass and casings to chips, PCBs, and camera modules, all are being manufactured domestically,” he added.

Highlighting a new plant set up in Sohna, Haryana, the minister added that the facility will be manufacturing smartphone batteries. The plant alone is expected to produce nearly 20 crore battery packs, helping meet the nation’s demand of around 50 crore units annually.

According to the minister, the momentum of Swadeshi is forming, and a higher acceptance will build up the spirit of a self-reliant India. Encouraging people to purchase Indian goods, he said.

From the economic perspective, Vaishnaw associated the growth of the sector with the recent GST rationalisation, which has simplified tax slabs and lowered rates for household electronics.  He said that consumers can expect lower prices in the near future on TVs, refrigerators, microwave ovens, dishwashers and power banks.

“With the GST reforms, Prime Minister Modi has given considerable relief to the middle-class families by easing the tax burden on daily essentials as well as household appliances,” said the minister.

The post Electronics Manufacturing Surges to ₹11.5 Lakh Crore Industry, Generates 25 Lakh Jobs: Vaishnaw appeared first on ELE Times.

Mr Ken Paxton,  Director, Advanced Semiconductor, DigiKey Ken Paxton serves as the director of advanced semiconductor at DigiKey, where he leads the company’s relationships with top semiconductor suppliers. His team is dedicated to building supplier partnerships and creating innovative market strategies that support mutual growth. Ken’s focus is to help suppliers position their products to meet the latest customer needs, ensuring fast market introduction and connecting them with DigiKey’s broad network of engineers and designers.

 

“We are enhancing our logistics to offer products manufactured in India and distributed directly within the country, using local currency,” says Ken Paxton, Director of Advanced Semiconductor for DigiKey, in an exclusive conversation with the ELE Times. As the industries across the globe embrace AI either as agents or as a tool, it becomes more important than ever to check how the companies empowering this revolution are themselves adopting the change. Furthermore, as India’s semiconductor ambitions soar high and the country marches to gain a good piece of the global semiconductor market, ELE Times takes the hot seat with DigiKey’s Ken Paxton to unravel the AI-specific and India-specific strategy of the world’s 5th largest electronics component distributor.

Distributors and AI

“We’ve embedded AI capabilities across DigiKey, not as isolated projects, but as an integrated approach to innovation. We’re using AI to help us make better, faster, and more accurate decisions, serving customers and suppliers more efficiently and effectively,” Mr. Paxton says in response to the AI question. He underlines that to DigiKey, AI is not just about financial parameters but a fundamental commitment to reimagining what is possible. 

He further underlines DigiKey’s ultimate vision to be an AI-driven innovator where customer experiences shape the future of the industry. 

Underlining India’s commitments to semiconductor growth and innovations are the India Semiconductor Mission (ISM) with an outlay of Rs 76,00 Crore and the Design Linked Incentive (DLI) with an outlay of Rs 1,000 Crore, to name a few. Among the schemes, the DLI scheme caters specifically to the design engineers with an aim to foster the semiconductor design ecosystem in India. To that effect, it is important to ensure that the design engineers are provided with the components they need on time with quality assurance. 

That’s where DigiKey comes into India’s semiconductor foray. 

“India represents a strategic growth region for DigiKey, with a dynamic engineering community that can capitalize on our robust stocking positions,” Ken Paxton says. Recognizing India’s design potential, Mr. Paxton underlines DigiKey’s close collaboration with the Indian supplier community. He says that the collaboration helps DigiKey in getting a comprehensive understanding of manufacturing capabilities and logistics specific to the Indian market. 

DigiKey’s India Approach 

As the Indian market evolves and the government as well as the private sector get on the nerves, it’s important to track how the distribution giants like DigiKey are responding to the same. To this, Mr. Paxton says, “DigiKey is constantly monitoring evolving opportunities in supplier distribution areas that could help enhance our reach within India to grow the electronics and technology market,” indicating a positive and uplifting scenario for the prospects of the industry. 

He also goes on to add about the various other initiatives of DigiKey that aim to empower the design engineers community in India. “Beyond the products that drive technological innovation, DigiKey provides engineers with robust digital solutions, tools, and technical content to enhance their work,” he adds. 

Emerging Technologies 

Apart from adopting the emerging technologies like AI and automation in internal functioning, DigiKey also purveys the newest technologies and components for building the machines and devices that lead the future. It can range from sectors like healthcare and AI to energy, industrial automation, sustainability, and IoT. “We specialize in maintaining robust inventory across virtually all emerging technologies offered by our suppliers,” adds Mr. Paxton. 

India-Specific Customization 

Sharing an India-specific example, Mr. Paxton spotlights one instance of their collaboration with a supplier that has recently relocated its manufacturing operations to India. Consequently, DigiKey is enhancing its logistics to offer products manufactured in India and distributed directly within the country, using local currency. Mr. Paxton explained that DigiKey has been engaging with suppliers on developing products tailored to regional technical requirements. 

He further explained that the company also provides power products in formats beyond the US standard to ensure Indian users enjoy a seamless, out-of-the-box experience. 

Focus on India. 

Mr. Paxton explained that India and the broader APAC region will continue to remain a priority for DigiKey, given the strong concentration of technological advances emerging from this part of the world. He further explained that the company’s focus in the region also extends to education and maker products, with an aim to provide cutting-edge technology in user-friendly formats to support aspiring engineers. He added that DigiKey will continue to partner with and promote suppliers committed to these areas.

“Engineering activity is high, and innovation is strong as we move into the second half of the year. We’re thrilled to help support our suppliers as they bring NPIs to market,” says Mr. Paxton as he wraps up the conversation.

India’s semiconductor ambitions are backed by initiatives like the ₹76,000 crore ISM and the ₹1,000 crore DLI scheme, which focuses on fostering a strong design ecosystem. A critical part of this effort is ensuring design engineers get timely access to quality components.   To highlight how distributors are enabling this, we present our exclusive series — “Powering the Chip Chain” — featuring conversations with key industry players.

 

The post Exclusive Feature, Part 1: “We’re Using AI to Help Us Make Better, Faster, and More Accurate Decisions,” says DigiKey’s Ken Paxton appeared first on ELE Times.

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In this article, we explore the limitations of LC oscillators for direct FM generation and how to deal with them using multipliers and automatic frequency control (AFC) circuits.

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