Electronic Supply

Central bank officials have raised their forecast for economic growth this year to 6% for Mexico and 6.5% in Canada, in part because of the strong US rebound. The $ 1.9 trillion U.S. stimulus package promulgated in March is expected to increase output in each country by half a percentage point to a full percentage point over a 12-month period, according to the Organization for Cooperation and Development. economic development.

Much of the increase is due to strong demand for everything from Canadian lobster to Mexican-made cars, which is generated as the U.S. economy reopens and consumers spend more of the money than they do. ‘they have accumulated during the pandemic. U.S. imports from Mexico and Canada increased by 30% and 29% respectively in the first five months of this year compared to the same period in 2020, and were around 3% and 5% above their 2019 levels, according to the U.S. Census. Office.

The United States has “a lot of fiscal stimulus going on and more infrastructure spending in the pipeline,” Bank of Canada Deputy Governor Timothy Lane said at a news conference in the month. latest. “All of this will generally be good for Canada. “

Citing the progress of the economic recovery, Canada’s central bank in April cut its bond buying program to C $ 3 billion, the equivalent of $ 2.4 billion in purchases each week compared to at the previous level of C $ 4 billion. The Bank of Canada has also advanced its assessment of when it could start raising interest rates again, in the second half of 2022, after earlier saying it could happen in 2023.

The Bank of Mexico raised its policy rate by a quarter of a percentage point to 4.25% on June 24 to counter rising inflation resulting in part from price pressures associated with chain bottlenecks supply.

Mexico’s export manufacturing industry, the main driver of its export growth, is seeing a rebound in non-core activities, said Manuel Barragán, manager of the Smiths Interconnect plant in Tijuana, across the country. the San Diego border. The company manufactures electronic components for the medical and aerospace industries. “With the pandemic, the medical side is something that hasn’t stopped,” he said. “But what we’re seeing now, across the export manufacturing industry, is a pickup of what’s called non-essential.”

In April, manufacturing employment in Mexico had returned to pre-pandemic levels.

Mr Barragán said demand would likely increase further as vaccinations progress along the border and restrictions on non-essential travel are lifted. “When more Mexicans enter the United States, that’s when there is more consumption of products from Mexico,” Barragán said, referring to cross-border shopping. “The next six months will be good for the entire export manufacturing industry. “

Some multinational companies have announced new investments in Mexico. Food and consumer company Unilever PLC plans to invest around $ 275 million over the next three years to increase the capacity of its four production plants in Mexico, which it says should boost exports from approximately $ 1 billion during this period. “This will allow us, by developing our brands, to fuel exports, which are an engine of growth,” said Reginaldo Ecclissato, president of Unilever for Mexico and northern Latin America.

In eastern Canada, lobster processors are among those reaping the rewards of the reopening of the U.S. economy, with frozen lobster meat and tails reaching some of their highest prices on record, Nat said. Richard, executive director of the Lobster Processors Association. Richard, whose association represents about 20 lobster processors in Canada’s Maritime provinces, said its members generate very little inventory as they struggle to meet demand.

“Our traditional foodservice customers are back with a vengeance, and that is in large part due to the success of the vaccination and reopening efforts in the United States,” said Richard. He said sales to chain grocery stores, which increased during shutdowns last year, also remained strong.

About two-thirds of the lobster processed by association members is exported to the United States in a typical year, and Mr. Richard said that proportion could increase this year as buyers in the United States seem more willing to pay the high prices this season than customers. in Europe and Asia.

Rising crude oil prices, driven by the US and global recovery, are also helping the Canadian economy.

In Alberta, where most of Canada’s crude oil production is concentrated, there is growing optimism that higher prices will lead to more capital investment, said Jeffrey Sundquist, chief of the chamber. trading center of Edmonton, the capital of the Western Province.

Dwayne Sample, CEO of Argus Machine Co. in Edmonton, which makes equipment used in oil and gas drilling, said his company has rehired about 35 of the 60 employees it laid off during the pandemic as sales began to resume this year. However, he said many producers are still not buying drilling equipment because they are instead focusing on paying off high debt levels or extracting oil from wells they have already drilled.

“We are doing fine,” Mr. Sample said. “But we always hit that breakeven point rather than being profitable month to month.”

The Bank of Canada has warned that the strength of the Canadian dollar, supported in part by rising commodity prices, could potentially create a hurdle for some manufacturing exporters. Supply chain issues, such as a shortage of semiconductors needed for automotive manufacturing, are also holding back the Canadian and Mexican auto industries.

Although the Canadian border remains closed to most non-residents, travel to Mexico is resuming, providing another source of growth for the Mexican economy. From January to April, 2.3 million American tourists traveled to Mexico, almost as many as in the first four months of 2020, with the resorts of Cancun and Los Cabos being the most popular destinations. They represented 76% of the total foreign visitors arriving by air.

Mexican remittances rose 22% in the first five months of the year and could rise further as the United States reopens closed or restricted activities in 2020 as many migrant workers are employed in services such as hotels and restaurants.

Write to Kim Mackrael at [email protected] and Anthony Harrup at [email protected]

ByteSnap Design, a UK-based in-car electronics consultancy, revealed the impact of COVID-19 and the main survival strategies adopted by UK businesses during the pandemic in its new industry investigation report electronic titled Thrive in the face of change.

To develop the report, ByteSnap interviewed electronics industry staff in various sectors including automotive, industrial, medical technology, and aerospace in April / May 2021.

“More than a year after the start of the coronavirus pandemic, we decided to interview UK electronics professionals to get an overview of the state of the industry, the challenges they have overcome and the evolution of their activities as a result of COVID-19, ”said the director of ByteSnap. Dunstan Power. “It’s extremely encouraging when you look at the numbers, how the majority of electronics companies weathered the COVID-19 storm, especially those who adapted and used their much-needed expertise in manufacturing essential medical equipment and supply of components to help the fight to protect lives.

The research results reveal how, despite 82% of the electronics industry affected by supply chain challenges, 38% of the industry coped well with the pandemic, while 35% had a mixed experience. .

Electronics Industry Survey 2021 – Key Findings

1. Growing demand for products and services
   Despite the pandemic, 60% of respondents saw an increase in demand for their products or services, 9% saw no change and 31% saw a decrease.

Sectors with the greatest increase in demand for products and services:
Industrial 76%
Medical 74%
IoT 71%

Sectors with the greatest decline in demand for products and services:
Aeronautics 27%
Automotive 25%
Consumer 16%

2. Component challenges continue
   There has been a surge in demand for electronic components where more than 56% of the companies surveyed have been hit by the wave. 34% of these respondents experienced long lead times for their required components and 24% of them were unable to source enough parts and products.
3. Almost half of businesses have rebounded in 12 months
   45% of those surveyed saw their business bounce back within 12 months of the pandemic. That was up from 86% more optimistic who thought they would be back to normal in a year.

In the first three months of the pandemic, 22% saw no decline in sales, while during the year that figure fell to 19% with no decline in sales. Only 11% of businesses have yet to reach their pre-COVID sales level.

4. Concerns over supply chain disruption remain
   During the first lockdown, 18% of the electronics industry was concerned about the disruption of the supply chain.

This has resulted in 45% of companies holding more inventory in-house rather than just-in-time (JIT) and 26% are now auditing their supply chains more closely.

While 10% of those surveyed in 2020 planned to use more domestic suppliers, the survey found that less than 11% actually moved part of their supply chain to the UK.

5. The negative impact of Brexit

53% of companies surveyed have felt the negative impact on their business since Brexit as 70% of them said ordering or moving to Europe has become more expensive and more difficult, with an increase in paperwork.

Only 3% of respondents say they have benefited from Brexit.

Statistics from different sectors

In addition to statistics comparing different industries, the report also provides additional information on each question with direct quotes from respondents and comparisons from ByteSnap Design’s 2020 survey.

“As we continue to face the challenges of the coronavirus, we hope that this report will be a useful overview of how far the electronics sector has come and what the electronics industry can expect to see. the future, ”said Graeme Wintle, director of ByteSnap. Design. “We have seen continued demand for our work in IoT, healthcare and tracking devices. “

For more information visit: https://mailchi.mp/bytesnap.com/2021-electronics-industry-survey-whitepaper

According to the latest IMARC group report titled ” Telecommunications Electronic Manufacturing Services (EMS) Market: Global Industry Trends, Share, Size, Growth, Opportunity, and Forecast 2021-2026», The market is currently experiencing strong growth. The Global Telecommunications Electronic Manufacturing Services (EMS) Market Size grow at a 5% CAGR during 2021-2026. Telecommunications Electronic Manufacturing Services (EMS) refers to the outsourcing services offered to manufacturers of telecommunications equipment. They include various services, such as assembly, manufacturing, design and supply chain management, for original equipment manufacturers (OEMs). These services also involve the repair and testing of electronic components used in the telecommunications industry. EMS helps provide timely sourcing, access to the latest technology, high-end logistics, skilled workforce, industry-compliant products, and reduced overall capital investment.

Get a copy of this report: https://www.imarcgroup.com/telecom-electronic-manufacturing-services-market/requestsample

As the novel coronavirus (COVID-19) crisis sweeps the world, we are continuously monitoring changes in the markets, as well as consumer buying behaviors around the world and our estimates on the latest market trends and forecasts are carried out after examining the impact of this pandemic.

Market trends:

The global telecommunications electronics manufacturing services market is primarily driven by significant growth in the telecommunications industry due to the increasing demand for smart electronics, mobile phones, and telecommunications products. With this in mind, various technological advancements, such as the integration of Internet of Things (IoT), artificial intelligence (AI) and cloud computing solutions with connected devices, are driving the growth of the market. These technologies provide improved device connectivity and portability. In addition, the implementation of 5G infrastructure for critical communications and corporate networks, along with the growing demand for faster telecommunication services, are expected to drive the market towards growth.

See the full report with table of contents and list of figures: https://www.imarcgroup.com/telecom-electronic-manufacturing-services-market

Competitive landscape with key players:

The report also analyzed the competitive landscape of the market with some of the major players being.

• Benchmark Electronics Inc
• Celestica Inc.
• Compal Inc
• LP Creation Technologies
• FLEX LTD.
• Hon Hai Precision Industry Co. Ltd.
• Jabil Inc.
• Plexus Company
• Sanmina Company
• Venture capital company limited
• Wistron Company

Telecommunications Electronic Manufacturing Services (EMS) Market Segmentation:

Our report categorized the market based on region and service.

Breakdown by department:

• Electronic design and engineering
• Electronic assembly
• Electronic manufacturing
• Supply chain management
• Other

Breakdown by region:

• North America (United States, Canada)
• Europe (Germany, France, United Kingdom, Italy, Spain, Others)
• Asia-Pacific (China, Japan, India, Australia, Indonesia, Korea, others)
• Latin America (Brazil, Mexico, others)
• Middle East and Africa (United Arab Emirates, Saudi Arabia, Qatar, Iraq, others)

Highlights of the report:

• Market performance (2015-2020)
• Market Outlook (2021-2026)
• Porter’s Five Forces Analysis
• Market drivers and success factors
• SWOT analysis
• Value chain
• Complete mapping of the competitive landscape

We update our reports, if you want the latest primary and secondary data (2021-2026) with cost module, business strategy, competitive landscape etc. Click request free sample report, the report will be emailed to you in PDF format within 24-48 hours after payment confirmation.

About Us

The IMARC group is a leading market research company providing management strategies and market research worldwide. We partner with clients across industries and regions to identify their most exciting opportunities, address their most critical challenges and transform their businesses.

IMARC’s information products include key business, scientific, economic and technological developments for business leaders in pharmaceutical, industrial and high-tech organizations. Market forecasting and industry analysis for biotechnology, advanced materials, pharmaceuticals, food and beverage, travel and tourism, nanotechnology, and new processing methods are at the top of the market. business expertise.

Contact us:
IMARC Group
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Associated reports:

ZUMBROTA, Minnesota (FOX47) – If you’re in the market for a new car, you know the prices are on the rise. A shortage of semiconductor chips has slowed automotive production, weakening supply. Now Ford says a new supply of chips will get more vehicles into dealerships. Thousands of new microphones are waiting for the essential.

“Ford and GM have built a lot of trucks, but they’ve parked them outside when this chip becomes available,” said Steve Johnson, president of Zumbrota Ford.

“It’s mandatory, you have to have it,” said Nick Vreeman, Ford Service Manager at Zumbrota.

Chips for all new cars are hard to find.

“30 years ago we made 80% of the chips in America, now we make 19% of the chips here in America,” Johnson said.

Ford says more chips are available right now, especially for the F-150s, but Zumbrota Ford says it won’t feel the resupply of new vehicles for a while.

“Ford gave our allocation for August which is about 33% of what we would normally ask for,” Johnson said.

By the end of the year there will likely be more new cars on the lots.

“The demand is high now, but I think the supply will also increase. They say August and September should be the low point. Then it should be better from October and beyond, ”Johnson said.

So what are fleas actually doing?

“Chips are located in computers. Many computers have between 5 and 10 computers, ”Vreeman said.

“There is so much technology in vehicles today. There’s lane control, adaptive cruise control, infotainment system on the dash. There are so many more electronic devices on our vehicles, and they are so complex. Johnson said.

“The shortage of chips that we are experiencing right now is the on-board computer chip that makes all the other chips communicate,” Johnson said.

“They connect everything to run vehicles,” Vreeman said.

Other shortages are partly responsible for this shortage of chips.

“There is a shortage of truckers. A big part right now is an employee shortage, ”Vreeman said.

It’s not just the auto industry.

“Right now, all other industries also need chips in their products. Playstations, electronics and gaming devices, ”Johnson said.

Despite the low supply of new stocks and high prices. Many dealers and consumers are still thriving with low interest rates and more than ever worthy trades.

Experienced engineers know that transient situations can be the most difficult, frustrating, and erratic of events. This may involve restarting a data link after a link loss, or simply setting up the power rails of a system where the supervisory-based reset decision must be “right” and not be. issued prematurely.

Conventional power supervision ICs often have difficulty controlling their reset output state when the input voltage rail (V_CC) has a very low nominal value, an increasingly common design scenario. This can lead to inconsistent circuit “boot” performance and prolonged debugging sessions.

Such a situation is handled by the MAX16161 and MAX16162, a similar pair of single channel, ultra-low current power rail supervisors from Maxim Integrated Products. (see figure). These noise-free devices monitor the supply voltage and initiate a reset when that input voltage falls below the reset threshold. Once the monitored voltage exceeds the factory-set threshold voltage, the reset output will remain on for the reset delay period and then turn off. As a result, the processor using this rail can finally exit its reset state and begin normal operation.

% {[ data-embed-type=”image” data-embed-id=”60e763c9af36712a008b4576″ data-embed-element=”span” data-embed-size=”640w” data-embed-alt=”The MAX16162 supply supervisory IC (and similar MAX16161) from ensures glitch-free management of the power-good reset output even with very low Vcc rails.” data-embed-src=”https://img.electronicdesign.com/files/base/ebm/electronicdesign/image/2021/07/ED_NP_Maxim_Supervisor_Figure.60e763c9978ce.png?auto=format&fit=max&w=1440″ data-embed-caption=”The MAX16162 supply supervisory IC (and similar MAX16161) from ensures glitch-free management of the power-good reset output even with very low Vcc rails.” ]}%

This action contrasts with the characteristics of conventional supervisors, which are unable to reliably control the output state of the reset line when V_CC is very weak. The reset output of the MAX16161 / MAX16162 is guaranteed to stay on until a valid V_CC is reached. This is especially important to prevent low voltage cores from leaving their reset state when powered on or off. It also improves performance when using the MAX16161 / MAX16162 as base power sequencers, as the devices will not cause a transient activation of a downstream power supply due to output issues.

The differences between the MAX16161 and the MAX16162 are small but notable. The MAX16161 has a Manual Reset Debounce (MR) input that asserts a reset when it receives an appropriate input signal, which can be active-low or active-high (depending on the option selected by the user) and has threshold voltage options from 1.7 to 4.85 V. The MAX16162 does not have such an MR input; instead, it keeps V separate_CC and V_IN pins, supporting threshold voltages from 4.85V to 0.6V.

Typical quiescent current is only 825 nA for these integrated circuits, which are priced at $ 1.19 (1000 pieces). They are specified on the –Temperature range from 40 to + 125 ° C and are housed in 1.06- × 0.73mm 4-pin WLP and 4-pin SOT23 packages. The comprehensive 20-page datasheet provides critical maximum / minimum specifications in tabular and graphical form, and EE-Sim models are available to support their design simulation.

Serco announced Thursday that the company has landed a potential of $ 70 million US Navy engineering and technical assistance supply contract for aeronautical intelligence, electronic surveillance and reconnaissance systems (C5ISR). The Single Award Contract (SAC) has a base period of five years and an option period of two years.

“Serco is ready to provide rapid response technical assistance to the United States Navy and other Department of Defense air traffic control facilities affected by natural disasters, war and other critical support events.” , commented Dave dacquino, president, CEO of Serco and 2021 Wash100 price recipient.

The contract requires Serco to provide engineering and technical support services for a wide range of specialized and complex air traffic control, meteorology and oceanography and command, control, communications, computers, combat systems, C5ISR electronic systems for Command of naval air systems, NAV WAR and other government entities.

Serco will also provide assistance for modification, upgrading, maintenance, maintenance and emergency repairs of the aforementioned systems.

The recent award builds on the company’s potential $ 400 million re-competitive contracts with the U.S. Navy awarded in July. This award requires Serco to provide technical and engineering support for aviation C5ISR electronic systems. The contract is a seven-year multi-award contract (MAC) with a five-year base period and a two-year option period.

The Navy awarded Serco another notable contract in March. This award was a $ 153 million initial delivery order under a potential $ 600 million indefinite delivery / indeterminate quantity contract to provide software, hardware and software maintenance services. Anti-terrorism/ Force Protection (AT / FP) Shore power maintenance program.

NEW DELHI: With the change of leadership within the ministries of electronics, IT and communications, industry players have expressed hope that the new team will seek to improve the health of the telecommunications sector and to boost the electronics manufacturing ecosystem.
Challenges for new Minister Ashwini Vaishnaw and his team at the Department of Electronics and Informatics include implementing new IT rules involving social media companies, sustaining growth in electronics manufacturing and the creation of a growth dynamic for national companies.
Vaishnaw, who also holds the communications portfolio, has his plate full with the impending rollout of 5G, where India lags behind global markets, along with other focus areas such as improving the financial health of the sector and the provision of high-speed broadband connectivity in all villages. , as promised by the Prime Minister.
“As the industry prepares to usher in 5G and catalyze the digital economy, we look forward to working with the new leaders to improve the financial health of the industry and seek their crucial support in building the right infrastructure to revolutionize the industry. “Telecommunications industry body said IBOC Managing Director SP Kochhar.
Previously, the government set a target of rolling out 5G services by the end of 2020, but it has yet to finalize and allocate spectrum for next-generation services.
Vaishnaw’s predecessor Ravi Shankar Prasad took the lead in the implementation of the Production Linked Incentive Program (PLI) which attracted participation from global majors like Samsung, Apple supplier Foxconn and Wistron, among others.
These companies have committed an investment of Rs 11,000 crore under the PLI program to manufacture mobile phones worth Rs 10.5 lakh crore over the next five years.
However, due to the coronavirus pandemic, companies have approached the government for relief and were recently granted a one-year extension to meet LIP goals.
The president of the electronic components industry body ELCINA, Paresh Vasani, said that the electronics and computer sector has seen a bustling activity in recent years where several programs have been announced for the capital investment, production support and infrastructure and cluster development.
“It’s encouraging and commendable. There have been gaps in the implementation and ELCINA warmly welcomes Shri Ashwini Vaishnaw and hopes that the new Minister will focus on this aspect and facilitate the processes. This will generate confidence and pave the way for more investment, ”Vasani said. mentionned.
Pankaj Mohindroo, president of the body of mobile and electronic device makers ICEA, said electronics and computing together contribute about a fifth of global GDP with a global market capitalization of around $ 16 trillion. .
“So we would expect the leader to be a true visionary with a mix of synthesizing the big picture as well as getting the right details…
“The gains made so far are not insignificant, especially cell phone manufacturing which has grown by 1100% over the past five years, but the real challenge is to make India a world leader,” he said. said Mohindroo.
This is the first time that all ministers of the ministries of electronics and informatics and communications have held technical qualifications.
Bureaucrat-turned-politician Vaishnaw holds a bachelor’s degree in electronics and communications engineering from Jai Narain Vyas University and a master’s degree in industrial management and engineering from IIT Kanpur.
His colleague, Minister of State for Electronics and Computing Rajeev Chandrasekhar graduated in Electrical Engineering from the Manipal Institute of Technology. He received a master’s degree in computer science in 1986 from the Illinois Institute of Chicago.
Chandrasekhar has been actively involved in communications, data protection and net neutrality issues as a Member of Parliament.
The Minister of State for Communications, Devusinh Jesingbhai Chauhan, graduated in electrical engineering from a government polytechnic in Gujarat.

VIERSEN, Germany – (COMMERCIAL THREAD) – In response to the growing demand for hydrogen fuel cell development and testing, EA Elektro-Automatik, the world leader in DC power test equipment, offers a series of powerful two-way DC power supplies and DC loads regenerative ideal for fuel cell testing.

Fuel cell performance requires a variety of specifications to be met, so test engineers must perform a series of characterization, performance, and durability tests. Fuel cells are characterized by the determination of their resistance. The performance of the fuel cell is usually indicated via polarization curves by measuring its voltage and current. A durability test is the test after a fuel cell has reached operating conditions, the cell is subjected to a continuous series of charge / discharge cycles to ensure that it will operate safely and reliably on the ground.

“In response to the demand for clean energy, the fuel cell market is growing at a compound annual growth rate of 26.4% and is expected to reach $ 848 million by 2025. Uses of fuel cells include the power generation for commercial vehicles such as buses and forklifts, back-up power generation systems and other power sources. To ensure the design and manufacture of quality fuel cells, EA Elektro-Automatik offers its EA-PSB 10000 2-quadrant power supplies and EA-ELR 10000 series electronic loads. PSB power supplies and EA-ELR loads absorb up to 30 kW and feed the energy back to the grid to enable testing of fuel cells of any size, ”said Markus Schyboll, CEO of EA Elektro-Automatik (EA).

Built-in function generator simulates any load condition

PSB power supplies and ELR electronic loads have built-in function generators that include the generation of arbitrary waveforms, which simplifies the characterization, performance and durability testing of fuel cells. Unlike other loads that require a separate AC instrument, the ELR load, with its built-in waveform generator, can perform the disturbance test to determine the resistance of the fuel cell. Additionally, PSB power supplies and ELR loads, with their integrated waveform generators, can subject the fuel cell under test to dynamic load variations for performance and durability testing.

PSB Series DC Power Supplies Simulate Fuel Cell Characteristics

The DC PSB power supply also has an internal XY generator which allows the power supply to simulate the output of a fuel cell. At different voltages, the PSB power supply can vary its output resistance to generate a characteristic current of the fuel cell at the programmed voltage. Thus, the PSB power supply can emulate the three phases of the characteristic output of a fuel cell. The PSB power supply can add ripple and noise to its output to determine how well a fuel cell powered device can perform under a wide range of conditions.

Auto range maximizes voltage and current curve for testing any type or size of fuel cell

PSB series power supplies and ELR loads provide true automatic range selection performance. PSB power supplies have a characteristic constant power output which allows a wider range of output voltage and current with a single instrument. The power supplies can have ranges from 0 – 60 V up to 0 – 2000 V. Current outputs can be up to 1000 A at 30 V with the 30 kW power supply. Likewise, ELR loads can absorb up to 2000 V or 1000 A with the 30 kW load. Auto-selectable power supplies and loads allow users to achieve higher voltages and currents without having to oversize the power supply or load. Thus, one instrument offers a wider range of test capabilities and versatility for use in multiple test applications. PSB power supplies and ELR loads save test costs and test rack space compared to fixed range instruments.

High-efficiency regenerative energy recovery reduces costs and cooling requirements

The PSB series power supplies have the added value of being a 2 quadrant instrument. These power supplies can therefore function both as a source and as a load. As a load, PSB power supplies and ERL loads are regenerative loads and can return the absorbed power to the network with an efficiency greater than 96%. This greatly reduces the cooling requirements of the instrument. Less cooling saves space with a smaller instrument for a given power capacity and saves on energy consumption costs. Fan noise is also greatly reduced. With high power loads, such as kilowatt loads, regenerative energy recovery offers substantial savings on utilities, smaller instrument sizes, and longer life with less thermally stressed components.

Comprehensive portfolio of interfaces for automated testing

PSB series power supplies and ELR loads have USB and Ethernet as standard interfaces. In addition, a number of optional interfaces allow control from a PC or PLC. Some of the optional interfaces include RS-232, Profibus, CAN bus, and ModBus. With the CAN interface, the instruments can interface with an automotive control system.

Simplified manual operation

The power supplies and load have a multi-colored touch screen that shows all programmed and measured values ​​and only two control buttons. The user has the choice between several languages: English, Spanish, French, German, Chinese and Russian. The learning curve for using the instrument is short because the user can work in the language they are most comfortable with.

Learn more about fuel cell testing and simulation with EA-PSB series power supplies and EA-ELR series electronic loads.

About EA Elektro-Automatik

The EA Elektro-Automatik (EA) group is the leading European supplier of power electronics for R&D and industrial applications.

At the German headquarters in Viersen, North Rhine-Westphalia, more than 200 qualified associates research, develop and produce high-tech equipment for laboratory power supplies, high power AC adapters and electronic loads, with and without mains return. Specific to power electronics, made by EA, is the broad spectrum of applications. The units are used in many industries, from batteries and fuel cell technology, wind and solar power, electrochemistry and process technology to telecommunications.

The results and experience of decades of R & D are continuously being transformed into new solutions. Automatic test systems with specially developed software and hardware ensure consistently high product quality. Flexible production processes allow rapid reaction to changing customer requirements.

As a medium-sized company, EA is fully responsible for the production site in Germany, but operates globally with branches in China and the United States, sales offices in Russia and Spain and a large network of partners. The sharing of values, mutual respect and open communication characterize our association.

The founding of the company in 1974 was based on innovation, a tradition that continues today. What began with the development of simple AC adapters continues today in the overall concept of technological leadership. With highly specialized power systems for a multitude of applications, EA is leading the future of power electronics – technologically excellent, designed for resource protection and energy savings, and designed for a multitude of applications. .

AUBURN HILLS, Michigan., July 8, 2021 / PRNewswire / – TI Fluid Systems (LSE: TIFS), a leading global supplier of automotive fluid systems technology, today announced that it will supply the thermal coolant transport systems for the new Jeep 2021_® Wrangler 4xe plug-in hybrid. The most technologically advanced Wrangler to date delivers zero-emission outdoor driving on and off-road, with up to 25 miles of electric range and nearly 400 miles of total range.

TI Fluid Systems will supply EV coolant thermal loops and harness assemblies made from the company’s traditional materials, as well as the introduction of new polymer-plastic tubing designed by TI Fluid Systems. The supply of polymer tubes is a very important and innovative advance to ensure the reduction of the weight and the improvement of the efficiency of electrified vehicles. Fluid management packages transfer the traditional internal combustion engine and cabin comfort coolant to provide additional thermal management for the PHEV battery and electronic controls. This vehicle introduction represents a successful collaborative effort between Stellantis and TI Fluid Systems to introduce lightweight alternatives optimized for thermal management in highly demanding sport utility electric vehicle applications.

“We are very proud to expand our portfolio of electric vehicle products by supporting the Jeep_® Wrangler 4xe and its legendary off-road capabilities, “commented Bill Kozyra, President and CEO of TI Fluid Systems. “Efficient and lightweight thermal systems are essential to meet the performance and range expectations of enthusiasts looking for an environmentally friendly off-road experience. “

About TI Fluid Systems

TI Fluid Systems is one of the world’s leading manufacturers of fluid storage, transportation and distribution systems primarily for the light automotive market. With nearly 100 years of automotive fluid systems experience, TI Fluid Systems has manufacturing facilities at 107 locations in 28 countries serving all of the world’s major OEMs.

For more information, visit www.tifluidsystems.com.

SOURCE TI Fluid Systems

Related links

https://www.tifluidsystems.com/

New York, July 08, 2021 (GLOBE NEWSWIRE) – Electrical Tapes Market Overview: According to a comprehensive research report from Market Research Future (MRFR), “Electrical Tapes Market Research Report, Type, Application and Region – Forecast to 2027 ” The market is growing at a rate of 6.2% during the forecast period 2020-2027.

Impact of COVID-19 on the electrical tape market

The COVID-19 crisis has disrupted supply chains around the world. The way basic necessities are consumed has also changed in these difficult times. Manufacturers are sparing no effort to be agile in operations and get the most out of the current scenario. Conventional applications, however, have been negatively affected due to low labor availability, lockdown restrictions, and other reasons. There has also been a halt in power grid modernization projects in key regions and there is a likelihood of funds being diverted from these projects to those vital to supporting the national economy. This could have serious repercussions for the business in 2020. The pandemic has accelerated the process of localization in key regions such as North America and Europe. Supply chain actors want to shorten chains quickly to counter disruption and stand the test of time. This is expected to impact the growth of the electrical tape market shortly.

Get a Free Sample PDF Brochure https://www.marketresearchfuture.com/sample_request/5010

Key players

Prominent players featured in the global Electrical Tape market industry include –

• Avery Dennison Corporation (United States)
• Intertape Polymer Group Inc. (Canada)
• Hellermann Tyton (United Kingdom)
• 3M Company (United States)
• Nitto Denko Corporation (Japan)
• Teraoka Seisakusho Co. Ltd. (Japan)
• Plymouth Rubber Europe
• SA (Spain)
• ProTapes & Specialties Inc. (United States)
• Electro Tape Specialties Inc. (United States)
• H-old SPA (Italy)
• PPM Industries UK LTD (United Kingdom)
• Euro Tapes Pvt. Ltd (India)
• Godson Tapes Private Limited (India)
• Parafix Tapes & Conversions Ltd. (UK)

The main players have integrated several strategies to stay at the forefront, such as mergers and acquisitions, partnerships, new product launches, etc.

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Attractive features that drive market growth

According to the latest MRFR report, there are many factors that are propelling the global electrical tape market share.

Conductors

Sustainability of Electrical Tapes to Drive Market Growth

The durability of electrical tapes is expected to drive the market growth during the forecast period. Due to its heat resistance and dielectric strength, these tapes are widely used for shielding and insulating electrical components in various industries. These tapes are effective and can be overheated to maintain strong insulation for a long time. In addition, the demand for environmentally friendly and durable self-adhesive tapes in recent years, due to customers’ desire for environmentally friendly products and environmental restrictions.

Opportunities

Modernization of the electricity grid to provide solid opportunities

The modernization of the power grid is driving the demand for electrical insulating tape, which is expected to provide strong opportunities for the market during the forecast period. Energy needs have increased rapidly since the start of the 21st century. With changes in equipment and technology, upgrades to the existing grid and support for aging electrical infrastructure have become a pressing need. Governments around the world are promoting the modernization of the electricity grid by anticipating the growing needs of the growing population in the years to come. Thus, the demand for transformers is increasing by double digits to support the demand for micro-grids, smart grids and others. Different electrical insulation tapes are required in such transformers to ensure their optimum performance at operating temperatures.

Constraints

Volatile raw materials to act as a brake on the market

Fluctuations in commodity prices may impact the global electrical tape market value during the forecast period.

Challenges

Concerns about suitability and sustainability to act as a market challenge

Concerns about the suitability and durability of electrical tape may present challenges for the market during the forecast period.

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Market segmentation

By type, the PVC insulating tape segment will dominate the market during the forecast period. Polyvinyl chloride is a thermoplastic polymer that has superior mechanical properties, higher resistance to chemicals in industrial applications, and more reliable insulation ability.

By application, the electrical / electronic segment will dominate the market during the forecast period and at a high CAGR. Electrical tape is useful in maintaining excellent insulation for a long time and can also be overheated.

Regional analysis

Asia-Pacific to Dominate Electrical Tape Market

Asia-Pacific will dominate the electrical tape market during the forecast period. The high sales of electrical tapes, the substantial increase in the number of industries in the automotive, healthcare, electronics, construction and automotive sectors, the increased need for wire harnesses and other electrical components, the demand for electrical tapes, the increasing number of companies working in the manufacturing, telecommunications and electrical sectors, the demand for wiring straps and other electrical equipment, the need Growing number of electrical tapes in electrical and electronic applications and increasing number of end-use industries are adding to the growth of the global electrical tapes market in the region.

Americas to experience admirable growth in electrical tape market

The Americas will experience admirable growth in the electrical tape market during the forecast period. The expansion of the food and beverage industry, the need for corrugated packaging, and the growing awareness of the use of environmentally friendly tapes to comply with government regulations are adding to the global electrical tapes market in the region.

Market segmentation covered by research:

Information by Type (PVC Electrical Tape, Fabric Electrical Tapes, Rubber Tapes, Polyimide Tapes, Polyester Film Tapes, Others), by Application (Construction, Electrical / Electronics, Aerospace, Automotive, Others) and by Region (America North, Europe, Asia-Pacific and rest of the world)

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