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Connectors for harsh environments

The right connectivity solution for harsh environments depends on an understanding of the disruptive environmental factors and how they affect sensitive equipment. With this knowledge, engineers can select connectors

Meeting the challenges of medical cable assembly design

Cable assemblies play a crucial role in the medical industry, providing the essential connection between medical devices, patients and healthcare professionals. These assemblies must meet stringent requirements to ensure patient safety while delivering re...

Discover what’s special about AI processor architectures

Are you and your engineering peers curious about AI processors? There’s a good chance you are, but can you agree on what makes them different, better or special? It’s not just a label; they are architected in a fundamentally different way.

Life on the edge of the network

We are hearing more about AI at the edge, but where exactly is the edge? Is it just a concept, or something more tangible? Is it a hub or router in a building, a sensor in a field, or everywhere in between?

Bluetooth 6.0 vs. Bluetooth 5.4: Key advantages

Bluetooth 6.0 comes with six new features of note. With centimeter-level positioning one of them and now available, will this change the way we navigate?

What to know about global action on cybersecurity

Growing concerns about cybersecurity and the financial damage caused by ransomware attacks are not going unnoticed by governments around the world.

Breaking down the IT and OT barrier is maximizing productivity

The digital capability of Operational Technology is advancing, gaining on the automation and productivity of Information Technology.

System-level considerations for EVSE design

To get the optimum return over the EVSE’s lifetime, it is critical to evaluate the fundamental requirements of any specific charging station based on its purpose and location. These requirements may not always be the same.

An introduction to mmWave connectors for 5G wireless networks

Addressing the challenges of mmWave for 5G networks requires careful system design and mmWave RF connector selection to help maximize link range, ensure link reliability and protect signal integrity.

Understanding trade-offs for DC-DC converters in EV charging

Within EV fast charging technologies, focus is on the crucial role of DC-DC converters in enabling efficient energy transfer. The design will be influenced by the primary commercial objective.

Designing Vienna Rectifiers for EV Chargers

As the EV charging infrastructure grows, EVSE providers need to offer a choice. Cost, efficiency and reliability are trade-offs that begin at the component level and move quickly to the converter topology.

Breathe easy: How electrochemical sensors safeguard air quality

Design engineers seeking to develop more sustainable devices can turn to electrochemical gas sensors for a variety of applications that reduce carbon emissions, protect the environment and safeguard human health.

Where is the new low end in FPGAs?

Programmable logic is a favorite of design engineers. Programmable devices blend flexibility, functional density, and time-to-market advantages. When low-end parts are discontinued, it reflects how electronic system design is evolving.

Using Open Standard Modules in the IoT age

When you think about embedded compute modules, you should be thinking small.

Use multicore microcontrollers for higher speed at lower power

The 8-bit single-core microcontroller ruled the embedded market for several decades. Advanced 32-bit multicore architectures now offer massive performance increases.

Will Ethernet cancel CAN?

10BASE-T1S Ethernet is the perfect protocol for implementing zonal electronic and electrical architectures in automobiles. This article highlights how it meets automotive requirements and showcases the Onsemi product family.

AI is impacting passive and interconnect design

Engineers selecting passive and power components must consider the needs of AI running in the cloud and on high-performance computers. Moving huge amounts of data around is also influencing interconnect design.

Learn how AI and the latest CPM technologies optimize patient rehabilitation

Continuous passive motion (CPM) is now a critical part of patient rehabilitation. New technologies, including artificial intelligence, are helping medical OEMs take the next step to optimize patient therapy.

Using sound to capture medical data boosts device innovation

Wearable medical devices provide continuous body monitoring. Acoustic sensing is non-intrusive and the data supports early diagnosis and remote analysis. Are the stethoscope’s days numbered? That’s not likely, but new device opportunities abound.

Designers lead advances in CT scanning field

High resolution and low dose are two of the latest developments in computed tomography equipment used by medical professionals. Looking inside tells us how these innovations are being achieved.

Safer, targeted approaches to treat atrial fibrillation

Pulsed field ablation is a bold approach to treating atrial fibrillation. The control required is extreme, leading to innovative solutions and newly patented technologies gaining attention from doctors, patients and OEMs.

Explore interconnect innovations that save space

Demand for electronic interconnect prioritizes smaller sizes and more connections. Delivering both without sacrificing reliability, usability or incurring higher costs are challenges.

Modernizing automotive interfaces

Microcontrollers (MCUs) drive virtually every embedded system. The automotive industry makes extensive use of MCUs, from comfort to cruise control. The latest features rely on data from increasingly diverse sensors. This requires both established and

What’s new in mmWave and 5G SoCs and modules?

This article looks at recent developments in mmWave and 5G modules and systems-on-chips (SoCs), and the benefits they represent to product development teams working at both the board level and system level of design.

What is the impact of using AI in 5G networks?

AI is impacting the performance, security and maintenance of 5G networks. Network operators are racing to reap the benefits. AI promises to deliver returns on network investment and improve the end-customer experience along the way.

Comparing common MCU interface protocols

Microcontrollers are the heart of an embedded system, and their real power comes from interfacing to other components. Take a closer look and compare the three common protocols in use today.

Take these steps to maximize performance of analog peripherals

For many embedded engineers, the microcontroller provides the beating heart of system design. More MCUs now integrate analog peripherals, reducing the need for additional analog components. This is where hardware and software come together.

TTI transforms global supply chain into a competitive differentiator using Avnet business migration solutions

CUSTOMER CASE STUDY: See how Techtronic Industries used Avnet’s business migration solutions for insight into its supply chain, enabling it to make real-time decisions about chip inventory for its contract manufacturers worldwide.

Take a look inside your first board support package

A good board support package (BSP), or software development kit (SDK), provides a jump-start for embedded software developers. What are you expecting to find inside a BSP, and what should you be looking for?

Extending operational lifetime for battery-powered devices is crucial

Ultra-low power devices encourage the use of primary cell batteries. Developers can employ design techniques to maximize the power available. It starts with understanding your application’s power profile.

AI takes on growing role in HVAC system efficiencies

In most countries, buildings account for about 40% of the total energy consumed. HVAC and lighting consume around half that amount. Fortunately, AI is already delivering improved energy efficiency in these systems.

An interview with a robotics pioneer

Wiring harnesses are the second heaviest component in a car. What would happen if we could print electrical connections directly to the chassis, or replace wires in other products? Avnet asked a pioneering company looking to do just that.

How do you make a cobot inherently safe?

As the market and uses for cobots grow, so does productivity. Cobots can quickly deliver an investment return when used alongside human operators. Given their close human proximity, how do you make cobots inherently safe?

Common industrial motors and how to drive them

Controlling electric motors means understanding torque, speed and efficiency. Selecting the right type of motor for an application may also include the best control method, such as pulse width modulation or field-oriented control.

Empower your food storage equipment with Avnet’s IoT accelerator

Maintaining proper temperatures in fresh food storage applications means increased productivity for employees and reduced waste. Avnet’s IoTConnect accelerator enables real-time alerts and notifications for temperature, humidity and other factors.

Explore options for choosing an optical rotary encoder for motion control and position sensing

Rotary position sensing is used in motor control and user interface panels. It comprises various encoding methods. Optical encoders can offer advantages. We look at the options and how to choose the right one for your application.

How are magnetic rotary encoders used in industrial automation?

The Hall effect is used in rotary encoders to monitor position, speed and direction in electric motors and rotary dials. The encoder designs vary, so it is helpful to understand the main features and how they affect performance.

Developing an IoT asset tracker: What are the key technical considerations?

Technology is making asset tracking more accessible. Connectivity options are increasing, including non-terrestrial networks. Any object can be located and monitored. This blog uncovers the design challenges, including power, protocols and precision.

Crucial role of analog front ends, creating bridge to digital world

Analog front end, or AFE, is something every electronics engineer has heard of but may have difficulty defining. The design of these versatile circuits varies by application, making them essential even in a digital world.

When GaN is too fast for your application, consider SiC instead

The best power converters are not always the ones that switch the fastest. Gallium Nitride (GaN) switches faster than other power transistors, but sometimes it is too fast. Silicon Carbide (SiC) MOSFETs may sometimes be a better option.

Understand the sources of electromagnetic interference in electric vehicles

Electrical noise sources within vehicles fall into two types: electromagnetic inference (EMI) and electrostatic discharge (ESD). We explain these and the basic concepts of conducted and radiated EMI noise, with relevant examples.

Combining GaN and SiC for cost-effective power conversion

The public image of silicon carbide (SiC) and gallium nitride (GaN) is as wonder materials. We know they are displacing older silicon technology, boosting the efficiency of power conversion stages. However, neither is a universal solution.

Understand practical GaN and SiC differences for EV onboard chargers

Depending on the design, wide bandgap devices may provide efficiency gains in power conversion for onboard chargers. But which do you choose over silicon if any? We look at the options and offer some advice.

Operating environment drives temperature sensor selection in medical applications

Understanding a medical device’s operating environment and performance needs can result in a more optimal temperature sensor choice. This article looks at some key medical device applications and considerations for selecting a temperature sensor.

Digital interfaces are driving data in the automotive sector

High-speed automotive networks link independent control units. This article compares the role and specifications of Ethernet, CAN and SPE, and explores recent network innovations enabling zonal network architectures.

Optical sensing heart-rate monitors may move from the wrist to the clinic

Optical sensors deliver a non-invasive solution for monitoring the body below the skin, especially the cardiovascular system. The way tissue absorbs light is the principle, but sensors provide the accuracy.

Take the programmable approach to smart sensing

A smart world depends on the data generated all around us. Take the programmable approach to capturing a smarter analog world. The right programmable gain amplifier (PGA) offers high analog performance with convenient digital control.

A primer: Understand the importance of EMI and EMC in EVs

A strong understanding of the basics of electromagnetic interference and of electromagnetic compatibility is vital for any automotive engineering team. This article introduces the concepts as well as some initial checklist items.

How to succeed with programmable analog

Programmable analog mixes things up. It is analog, but it's also digital. It is hardware, but it is software-defined. It takes analog peripherals to the next level. But it is hard to get right. Many have tried, here are the ones that have succeeded.

Private 5G networks are becoming fundamental to enterprises

Cellular networks are no longer the exclusive domain of traditional telecom operators. If you are looking for guaranteed service levels, you should consider a private 5G network. The key is to master mmWave and MIMO technologies.

How 5G networks support precision agriculture

Modern farming faces many challenges, but technology holds the key. Precision agriculture uses the latest technologies, enabled by 5G networks. Drones and robots have joined tractors and harvesters, becoming the hardware of farming.

Explore some real-world examples of private 5G networks

There are increasing examples of private 5G networks, but many more at the trial-and-test bed stage. Find out why all kinds of industries are building private 5G networks rather than using public 5G networks.

More industries seek performance benefits of private 5G networks

We have waited 10 years for public 5G networks. While real-world implementations of private networks are in their infancy. Owning one means you don’t have to wait any longer. You also get exclusive access to the performance 5G offers.

How to find the right op amp

Analog design relies heavily on many types of op amps. They are the most versatile of all electronic components and there are many parameters to consider when choosing the right device for your design.

Why you should be turning on to brushless DC motors

For most applications, brushless DC motors are the more flexible and efficient choice.

Understanding the analog aspect of data converters

There are many types of data converters available. First, choose the right architecture to meet your requirements. Comparison then helps you make the right choice for your application.

IoT Platforms: Build, Buy, or Both?

With the accessibility, affordability and overall democratization of technology, it is tempting today to try and do everything yourself.

3 ways IoT means true business transformation

IoT is business transformation and will change organizations more than Six Sigma or agile methodologies or social media.

Data Defines Your Destiny in IoT

Data can be daunting. It’s intangible, invisible and typically isolated in physical things like the trucks in your fleet, monitors in your hospitals, or machines in your factory.

Reimagining the ‘things’ of IoT

While our collective vision for IoT’s impact on the future is grand in scale, it is still too easy for companies to get distracted by the minutiae of our present day IoT challenges.

As technology reshapes our world, ecosystems reshape our business models

See why businesses are now increasingly reliant on formal structures that tap into the power of partnership - “the company you keep.”

Qi standard is for more than just smartphones

I’m not alone in my suspicion that the engineering world will soon follow a singular standard for wireless charging: the Qi standard. I think it would be the right move—and its impact would extend far beyond the charging of mobile phones.