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Key Components for Embedded Requirements in Transportation
In the transportation sector, embedded systems play a crucial role in modernisation, safety, and operational efficiency. Selecting high-performance CPUs, reliable chipsets, and adaptable interfaces ensures these systems can handle real-time processing, connectivity, and complex data demands. Key considerations include:
- CPU Performance
- Chipsets & Interfaces
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Reliability
Choosing durable and adaptable components ensures embedded systems in transportation continue to support innovation, safety, and efficiency across complex applications.
Sunlight-Readable Displays: Enhancing Visibility in Bright Environments
Our selection of sunlight-readable TFT displays offers robust options for any application demanding clear readability under sunlight exposure. Whether you’re looking to enhance your outdoor digital signage, improve retail window displays, or create user-friendly outdoor kiosks, our high-brightness displays are engineered to perform in even the sunniest conditions.
Sunlight-readable displays ensure your content is seen, engaging audiences and providing vital information regardless of the lighting environment. With advanced brightness and anti-glare technology, these displays are essential for any outdoor, retail, or transportation application where clarity and visibility are paramount.
Switch Mode vs. Linear Power Supplies: Key Differences
Switch mode power supplies (SMPS) are more efficient than linear power supplies, as they use high-speed switches to control energy, while linear supplies rely on resistors, wasting energy as heat.
SMPS are used in industries like medical, military, and telecommunications and come in isolated and non-isolated types.
When choosing a power supply, consider factors like power rating, EMC/EMI, and cost. SMPS are ideal for applications requiring efficiency and space-saving, while linear power supplies are better for low-noise environments like audio equipment.
Are robots the future surgeons? What does this mean for power electronics?
"Powering Precision: The Future of Robotic Surgery"
As robotic-assisted surgery continues to revolutionize healthcare, the need for reliable and compliant power solutions has never been greater. From increased precision to faster recovery times, robotic surgery is transforming patient care—driving the global market to an expected $20 billion by 2025.
At FORTEC UK, we offer a range of medical-grade power supplies designed to meet the strict demands of advanced surgical systems. Our solutions ensure low EMI, high reliability, and "always-on" functionality to keep vital systems running, even in the most challenging environments.
Discover how we power the future of surgery with cutting-edge, compliant power solutions.
Applications in Autonomation
"Empowering the Future of Automation with Reliable Power Solutions"
From manufacturing to advanced driver-assistance systems (ADAS), automation is transforming industries at an unprecedented pace.
As machines become smarter and more integrated, power systems play a critical role in maintaining the reliability and performance of these cutting-edge technologies.
Our advanced power supply solutions are designed to meet the challenges of high-precision applications across industries like agriculture, aerospace, and automotive. With robust EMI management, real-time monitoring, and modular scalability, we provide the tools needed for today’s smart manufacturing and safety-critical systems.
Explore how our solutions can power your next innovation.
Challenges for the test and measurement industry with the EV revolution
"Powering the Future of Automotive Innovation"
As vehicles evolve, so do the challenges. Modern cars now feature 30% more electrical components than ever before, pushing the boundaries of performance, precision, and reliability. From electric energy storage to advanced driver-assistance systems (ADAS), today's vehicles rely heavily on complex electrical systems that demand robust testing and measurement solutions.
At the forefront of this transformation, our cutting-edge technologies help ensure seamless operation in the harshest conditions—addressing electromagnetic compatibility (EMC), signal integrity, and durability across power management, traction, and more.
Power surges, what do they mean for railway power?
Power surges pose significant risks to railway systems, potentially damaging critical equipment and disrupting operations. Understanding the causes—such as lightning strikes and faulty wiring—is essential for mitigating these risks.
Modern power supplies often include overvoltage protection to safeguard connected equipment. Key requirements for railway power supply systems include maintaining stable voltage, withstanding short circuits and surges, and meeting stringent safety standards like EN 50121 for EMC and EN 45545 for fire protection.
Explore how these standards ensure safe and reliable power for signaling, communication, and traction systems in the railway industry!
DC/DC converters used for railway applications sometime have potting material surrounding them, why is this?
Discover the benefits of using potted material in power supplies, particularly for enhancing insulation and protection against shock, vibration, and extreme temperatures.
Potted materials improve thermal performance by effectively dissipating heat, leading to extended component life and greater reliability, especially in harsh environments. While not all railway power supplies incorporate potting, those that do—like the Autronics ACR120—demonstrate superior performance in critical applications such as train control systems and seat reservation systems.
Explore how potting contributes to compact and stable designs in demanding conditions!
The rush to power these revoluntionary agricultural drones
Discover the perfect power solutions for drones, from the compact Cincon ECLB40W-110 for lightweight models to the robust Cincon CQB150W-110S for heavy-duty systems.
For charging base stations, explore DELTA’s resilient power supply and ARTESYN’s high-output LCC series, designed to withstand the elements while maximizing efficiency. Upgrade your drone’s performance and reliability today!
How Digital Controlled Power Supplies can improve the bottom line for your business
Explore the future of power management with digital-controlled power supplies, like the PMBus standard.
This innovative approach allows for real-time monitoring, precise control, and streamlined fault management, significantly enhancing efficiency and scalability.
Discover how products like the ultra-compact CHS80 and Artesyn iHP systems offer advanced features for both low-power and high-demand applications, revolutionizing power supply design and operation.
Get ready to reduce costs and improve performance with the next generation of digital power solutions!
What can I expect from rugged power supplies for Defence?
Discover the unique challenges of powering military applications with rugged power supplies designed to meet demanding standards like MIL-STD-810 and MIL-STD-1399.
These power supplies, such as the Cosel DBA Series, offer extreme durability, shock resistance, and temperature resilience, ensuring reliable performance in the field.
Learn how conformal coatings enhance protection against environmental stressors, making off-the-shelf solutions ideal for defense contractors.
Explore the importance of rigorous testing in ensuring the safety and efficiency of military equipment!
When do I need a high voltage power supply?
Discover the rising demand for high voltage power supplies in industrial applications, where efficiency and reduced power losses are critical.
Explore how these systems convert low DC input to high outputs, with off-the-shelf solutions offering space efficiency and regulatory compliance. From mass spectrometers to electron microscopes, learn about the versatile applications of high voltage modules like the Ultravolt series, delivering reliable performance in demanding environments.
Unlock the potential of high voltage technology for your next project!
Medical Power Supplies, MOPP, MOOP explained
Explore the critical safety standards for medical power supplies, focusing on the IEC/EN 60601 standard that ensures patient safety in devices with direct human interaction.
Discover the distinctions between Means of Operator Protection (MOOP) and Means of Patient Protection (MOPP), and learn how the Advanced Energy CoolX1000 power supply meets the stringent 2xMOPP standard. With its fanless design, digital management capabilities, and flexibility for various applications, the CoolX1000 is engineered to support the evolving needs of the medical industry.
Dive into the world of medical power supply classifications with us!