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Articles by Applications Engineer
From Physical to Digital: How 3D Scanning Transforms Reverse Engineering
By Rafael Hasbun, Applications Engineer, FARO TechnologiesFriday, November 13, 20267 min read AMETEK FARO AMETEK FARO® enables manufacturing quality specialists, production managers, engineers, product designers and more to benefit from a variety of 3D laser scanning, contact and non-contact measurement solutions.
Beyond Pass or Fail: Lessons from 100 Advanced SPI and Print Process Engagements
There is a phrase Ray Welch frequently shares with engineers and technicians: "SPI reveals the sins of the print process." It usually gets their attention, but there is an important point behind it. As Welch explains, solder paste inspection can show manufacturers much more than whether an individual deposit passes or fails. A close look at the measurement data can reveal variation, trends, programming issues, and upstream process conditions that may otherwise remain hidden.
The Unique Benefits of Coiled Spring Pins in Dynamic Assemblies (by SPIROL)
Coiled Spring Pins offer a unique combination of flexibility, strength, and durability that makes them well suited for dynamic assemblies exposed to shock, vibration, and repeated loading. Their lightweight design helps minimise overall assembly weight, while appropriate material selection can further enhance performance and service life in demanding operating conditions. By Michael Pasko, Applications Engineer at SPIROL The Coiled Spring Pin was invented by Herman J.
Inspecting Solder Interconnects at the Wafer Level
A Plain-Language Introduction to High-Speed Optical Inspection of Wafer Bumps By Austin Rose, Applications Engineer VIEW Micro Metrology Center of Excellence A VIEW Micro Metrology Technical Paper Solder bumps are the tiny balls of solder that connect a semiconductor chip to the circuit board or package it sits on. A single wafer can carry hundreds of thousands of them, and every ball has to be the right size, in the right place, and the right height. Checking them is harder than it sounds.
A Deeper Look into Active Balancing on BMS
This article delves into and explores the design prototype of a simple yet efficient active balancing system for battery management systems (BMS) Click image to enlarge Figure 1: Impact of capacity-mismatched cells during battery pack charging and discharging In a BMS, multiple individual cells are typically connected in seriestoformahighvoltagebatterypack.Thishighvoltagebattery pack is the supply for various systems, including electric vehicles, high-voltage energy storage systems, and...
Phase Sync in Digital Phased Arrays
Part 2: Achieving phase repeatability A practical hardware–software approach demonstrates how precise phase repeatability can be achieved in digital phased arrays across power cycles. Figure 1. Block diagram of the experimental setup (Source: Analog Devices) An all-digital beamforming radar system is dependent on the degree to which the transmit and receive channels are synchronised.
Phase Sync in Digital Phased Arrays
Part 1: The basics A new synchronisation approach ensures repeatable phase coherence in modular digital beamforming systems using direct RF sampling. Figure 1. Internal architecture of the HMC7044. (Source: Analog Devices) An all-digital beamforming radar system is dependent on the degree to which the transmit and receive channels are synchronised.
Understanding the Difference Between Latching and Non-Latching Relays
Articles & Blogs > Understanding the Difference Between Latching and Non-Latching Relays Relays remain a foundational component in modern electronic systems, enabling reliable control of circuits across industrial, commercial, and consumer applications. From HVAC systems and smart infrastructure to industrial automation and power management, relays provide a simple yet effective way to switch loads and isolate control signals.
Why Electronics Developers Should Think About Testing
Embedded JTAG solution SCANFLEX II CUBE controller with SYSTEM CASCON software. Inspecting PCBAs is the job of production or the test lab — or so you might think, but even developers at their engineering workstations will eventually face the question of how to validate their prototypes. There are numerous options, but one solution in particular offers electronics designers independence and flexibility while also facilitating the transfer of tests to production.
The Role of Pulse Width Modulation in Electronics
Pulse Width Modulation (PWM) is a power-control technique that regulates the effective output of an electrical signal by rapidly switching it on and off at a fixed frequency. By adjusting the ratio of the “on” time to the total cycle period, a digital source can emulate varying analog voltage levels, thereby controlling the average energy delivered to a load.
Why Rear Enclosures Are Crucial for Miniature Speakers
Speakers depend not only on their internal components but also on the acoustic environment in which they operate. For mini and micro speakers, the rear enclosure serves as a vital structural and acoustic element, directly influencing both sound quality and long-term durability. This article will discuss the crucial importance of rear enclosures in speakers and how to design with them in mind. However, understanding this relationship begins with the basic principles of speaker operation.
How to maximise range in radar systems based on GaN power amplifiers
Radar has become indispensable for countless applications, including military surveillance, air traffic control, space missions, and automobile safety. Among the most challenging situations for designers is long-range radar, where the return signal is extremely weak, ambient and circuit noise degrade the signal-to-noise ratio (SNR), and ‘pulse droop’ becomes an issue.
Tips for Troubleshooting Electronic Systems
Effective troubleshooting is the technician's core competency. This seemingly innate superpower to repair complex systems is often called "the knack." However, troubleshooting electronic systems is a skill that can be taught. In fact, it has been taught to generations of military technicians. The military has a great need for skilled technicians who can quickly restore equipment to operational status. Navy Troubleshooting The military has a procedure for everything, including troubleshooting.
How to effectively seal chemical applications with challenging flanges
Restructured PTFE filled with hollow glass microspheres is a unique material that combines excellent chemical resistance with high compressibility. Unlike traditional skived or molded PTFE, the restructured form minimizes creep while allowing the gasket to conform more effectively to flange surfaces, especially under lower bolt loads. These characteristics make TEADIT Tealon® TF1570 a highly effective choice for demanding chemical sealing applications.
The Difference Between Coiled Spring Pins and Slotted Spring Pins
ASpring Pin, also often referred to as Tension Pin or Roll Pin, is a mechanical fastener used for securing two or more parts of an assembly together. Spring Pins are hollow, tube-like parts designed to be larger than the hole and are made from various types of spring steel or other materials. The primary difference of a Spring Pin compared to a classic Solid Pin is that its radial stiffness is significantly lower than the host material.
Faster Cures, Stronger Bonds: The Role of Next-Gen Silicone Adhesives in Medical Manufacturing
From short-term wearable applications to long-term implantable devices, the right silicone adhesive can significantly impact product longevity, patient safety, and overall device performance. To ensure the device performs under expected and unexpected conditions, medical device manufacturers have unique requirements and are increasingly demanding customized silicone formulations to meet them.
Daisy-Chain SPI implementation with Quad AnalogPAK ICs
Home > Products > Daisy-Chain SPI implementation with Quad AnalogPAK ICs Communications 28th April 2025 0 0 In this article, Renesas explores an efficient and scalable SPI-based design that connects four SLG47011 ICs in a daisy-chain configuration. Written by Paul Yeh, Applications Engineer, Renesas Electronics.
The Evolution of Electric Vehicle Battery Packaging: How Impulse Heat Sealing is Leading the Charge
By Trevor Stout, Applications Engineer, TOSS Machine Components, Inc. Electric vehicles (EVs) have taken the automotive world by storm, promising reduced emissions, improved performance, and a sustainable future. However, the engineering behind EVs presents a unique set of challenges, particularly when it comes to packaging the heart of the EV: the battery. As the global market for EVs continues to grow, so does the demand for advanced, reliable, and efficient battery packaging solutions.
The Evolution of Electric Vehicle Battery Packaging: How Impulse Heat Sealing is Leading the Charge
Electric vehicles (EVs) have taken the automotive world by storm, promising reduced emissions, improved performance, and a sustainable future. However, the engineering behind EVs presents a unique set of challenges, particularly when it comes to packaging the heart of the EV: the battery. As the global market for EVs continues to grow, so does the demand for advanced, reliable, and efficient battery packaging solutions.
How Impulse Heat Sealing is Leading the Charge
Press release from the issuing company By Trevor Stout, Applications Engineer, TOSS Machine Components, Inc. Electric vehicles (EVs) have taken the automotive world by storm, promising reduced emissions, improved performance, and a sustainable future. However, the engineering behind EVs presents a unique set of challenges, particularly when it comes to packaging the heart of the EV: the battery.
Attributes & Benefits of AC- and DC-Operated LVDT Position Sensors
Posted on in Features, Home Header, Recently in Fluid Power Journal By Michael Marciante, Applications Engineer, NewTek Sensor Solutions. LVDTs (Linear Variable Differential Transformers) are position sensors capable of measuring displacements as small as a few micrometers (millionths of an inch) and over 500 mm (20”). In most applications, the LVDT housing is mounted to a fixed position with the measured part and mechanically linked to a movable LVDT core.
Use an agile RF transceiver in an adaptive SDR communication system
Aerospace and defence (ADEF) system designers face unrelenting demand for lower power and more compact communications systems that are capable of an agile response to a dynamic signals environment. This article originally appeared in the September'24 magazine issue of Electronic Specifier Design – see ES's Magazine Archives for more featured publications.
Use a complete Wi-Fi/Bluetooth combo module
Home > Products > Use a complete Wi-Fi/Bluetooth combo module to simplify IoT connectivity IoT 24th September 2024 0 0 A positive feedback loop between technology and product advances works like this: technological advances increase market demand for products, while this demand drives further advances. This cycle repeats, and costly and rare components and products quickly become inexpensive commodities.
Developing a Smart FPGA Power Solution with MPS Modules
//php echo do_shortcode('[responsivevoice_button voice="US English Male" buttontext="Listen to Post"]') ?> Introduction Powering field-programmable gate arrays (FPGAs) represents a challenge for power engineers due to their increasing number of logic cells, which increases complexity. In addition, these semiconductor devices are highly configurable, allowing designers to define the clock and phase-locked loop (PLL) frequencies, as well as configure the logic elements within them.
Teadit: Optimizing the Benefits of Low Emission Packing
Reducing fugitive emissions from industrial equipment is essential for sustainability and environmental protection. Valves, notorious for their propensity to leak, are a focal point in emission mitigation strategies. By implementing low-emission packing solutions, industries can significantly reduce emissions and ensure compliance with stringent environmental regulations.
Achieving high efficiency in telecom power supplies
This article focuses on the Analog Devices MAX15258, which is designed to accommodate up to two MOSFET drivers and four external MOSFETs in single-phase or dual-phase boost/ inverting-buck-boost configurations. It is possible to combine two devices for triple-phase or quad-phase operation, achieving higher output power and efficiency levels. This article originally appeared in the July'24 magazine issue of Electronic Specifier Design – see ES's Magazine Archives for more featured publications.
Teadit: Optimizing the Benefits of Low Emission Packing
FEATURED STORY Teadit: Optimizing the Benefits of Low Emission Packing Reducing fugitive emissions from industrial equipment is essential for sustainability and environmental protection. Valves, notorious for their propensity to leak, are a focal point in emission mitigation strategies. By implementing low-emission packing solutions, industries can significantly reduce emissions and ensure compliance with stringent environmental regulations.
Camera Customization: Unique Requirements, Unique Solutions
Register to Watch Webinar ABOUT THIS WEBINAR When standard cameras are not suitable for an application, tailor-made models with individual designs, board electronics or connector configurations are often developed to meet unique application requirements. For high-volume projects, almost anything is technically possible and can be realized profitably thanks to high quantities.
Ultra-low power button reset solution
Home > Products > Ultra-low power button reset solution Power 5th June 2024 0 0 By Rostyslav Marushchak, Applications Engineer, Renesas Electronics, Lviv, Ukraine The ultra-low power button reset solution is a significant application in widely distributed digital devices such as smartwatches, smartphones, wireless headphones, tablet PCs, and other small devices that have high requirements for low power consumption and battery life.
The Importance of Gaskets in Railcars
FEATURED STORY The Importance of Gaskets in Railcars Railcars are crucial in efficiently moving critical commodities from one place to another, especially over long distances. These versatile vessels account for roughly 70% of the domestic transportation industry. They are used to ship various media, from industrial organic and inorganic chemicals, plastic materials and resins, fertilizers, industrial gases, and more.
Enhance Wind Turbine Design with the New Wolfram System Modeler Rotating Machinery Library—Wolfram Blog
Explore the contents of this article with a free Wolfram System Modeler trial. A wind turbine gearbox, susceptible to erratic wind loads, frequently fails well before its intended lifespan. Such failures, occurring globally, not only cause significant downtime but also lead to substantial economic losses. Can simulations help avoid this? In addition to many other exciting updates to Wolfram System Modeler, we just released the Rotating Machinery library.
Benefits of 420 Chrome Stainless Steel Coiled Spring Pins
SPIROL invented the Coiled Spring Pin in 1948. Coiled Pins are used in many industries including: automotive, medical, heavy equipment, military, aerospace, and consumer products. In applications requiring a combination of high strength, superior fatigue life, and corrosion resistance, 420 martensitic chrome stainless steel offers a host of technical benefits and provides an overall robust cost-effective solution.
The Critical Role of Coaxial Cables in Powering High-Performance Radar Systems
by Ted Prema, Applications Engineer, Times Microwave Systems Modern radar systems are essential in numerous mission-critical applications, ranging from air traffic control to military surveillance and even weather forecasting. At their core, these radar systems heavily rely on one fundamental element: the consistent and dependable transmission of radio frequency (RF) signals between phased-array antennas and electronic equipment.
Connecting legacy factory automation systems to Industry 4.0 without disruption
Factories are transforming as Industry 4.0 and the Industrial Internet of Things (IIoT) gains momentum. Among other large-scale automation functions, Industry 4.0 brings widespread machine-to-machine communication (M2M) to the shop floor. This creates the opportunity for more data gathering and analysis to increase productivity and improve efficiency.
Why EliteSiC M3S technology is the best choice for high-speed switching applications
Author: Fatih Cetindag, Applications Engineer, Automotive Power Division, onsemi Silicon carbide (SiC) has higher dielectric strength, energy bandwidth, and thermal conductivity than silicon (Si), properties that power electronics designers can take advantage of to develop more efficient power converters with higher Higher power density than designs based on Si IGBT devices.
The future of automobile technology
By Matt Mielke, Applications Engineer, DigiKey Technology is changing many things in our daily lives, including the way we get around. Vehicle electrification, autonomous vehicles and connected systems within cities are no longer distant dreams, these technologies and a more connected automotive ecosystem are more than ever a reality.
Automotive USB Type-C Power Solution: 45W, 2MHz Buck-Boost Controller in a 1 Inch Square
USB Type-C is a relatively new, high power USB peripheral standard used in computer and portable electronic devices. The USB Type-C standard has driven changes in the USB power delivery specification, allowing for increased bus voltages (up to 20V) and current delivery capability (up to 5A) from the long-standing 5V USB standard.
Enter the Age of Digital Gasket Training
FEATURED STORY Enter the Age of Digital Gasket Training In the intricate world of industrial piping and pressurized systems, one component silently but signifi cantly dictates the integrity and safety of operations: the gasket. Proper gasket installation is a procedure that has been historically challenging, subject to inconsistencies, inaccuracies, and prone to human errors.
How to multiplex a 1-Wire host into multiple channels
Editor's Choice printer friendly version How to multiplex a 1-Wire host into multiple channels By Stewart Merkel, Applications Engineer, Analogue Devices, www.analog.com. 1-Wire networks are designed for communication with a single 1-Wire host and numerous 1-Wire nodes on a single 1-Wire bus. Preferably, a linear topology, which contains insignificant stubs, is best for a 1-Wire network.
Why EliteSiC M3S technology is the better choice for high−speed switching applications
www.industryemea.com 02 {{ "2023-08-02T00:00:00+00:00" | date "MMM" }} '23 Written on {{ "2023-08-02T00:00:00+00:00" | date "longDate" }} Modified on {{ "2023-08-02T00:00:00+00:00" | date "longDate" }} ONSEMI News By Fatih Cetindag, Applications Engineer, Automotive Power Division, onsemi.
How to select and apply board-mounted DC/DC converters in medical systems
By Rolf Horn, Applications Engineer at Digi-Key Electronics With competitive pressure on designers of medical system power supplies to increase power density, reduce footprint, and meet cost constraints, it can be tempting to design their own custom mounted DC/DC converter and fully optimise it for the application. This article originally appeared in the April'23 magazine issue of Electronic Specifier Design – see ES's Magazine Archives for more featured publications.
From Frustration to Automation: How APx500 Software Transforms Audio Testing
In the realm of production testing, consistency, and efficiency are key to success. Meet Sarah*, an engineer responsible for establishing the audio test routines at her company. The company handles large volumes of returned earbuds made by various manufacturers, determining which devices are damaged and which are suitable for resale.
Aprenda a utilizar elastómeros conductores para la conexión eléctrica en conectores Mil-Aero
Artículo técnico Las juntas conductoras de electricidad mejoran el blindaje contra interferencias electromagnéticas (EMI) de las carcasas metálicas y metalizadas, a la vez que optimizan la conexión eléctrica y, en algunos casos, la conexión a tierra estructural. Estas conexiones son principalmente enlaces de RF y no conexiones de seguridad eléctrica, diseñadas para transportar altas corrientes en caso de cortocircuito o mal funcionamiento.
Sustainable power solutions for high-power industrial applications
The latest high-performance programmable power sources and loads are enabling greener solutions. Semiconductor wafer fabrication and electrochemical electrolysis processes have always been big electrical energy consumers. Ironically, testing “green” energy components like electric vehicle battery arrays and solar panel inverters also consumes lots of energy. Fortunately, advanced programmable power sources and electronic loads are now available for industrial-scale applications.
Wireless protocols for industrial settings
Industry 4.0 has imparted machines with more intelligence and automated facilities with more efficiency and flexibility. Industry 4.0 smart machines and modular automation are defined by secure and adaptable connectivity, data collection, continual adjustment of production-process values and machinery-condition monitoring, among others. The wireless technologies to support these functions are based on cellular, Wi-Fi, Bluetooth and IEEE 802.15.4 standards and protocols.
Driving a Unipolar Gate Driver in a Bipolar Way
Question: Do you need a specialised gate driver to deliver positive and negative voltages? Answer: No, you can adapt a unipolar gate driver to drive in a bipolar manner. If a positive and negative gate drive is required for a particular power device, circuit designers don’t need to search for a special gate driver that handles bipolar operation specifically.
How to use high accuracy digital temperature sensors in health monitoring wearables
Author : Rolf Horn | Applications Engineer | Digi-Key Electronics 01 October 2022 Accurate digital temperature measurements are important in a range of applications including wearables, medical monitoring devices, health & fitness trackers, cold chain & environmental monitoring, and industrial computing systems. This full version of this tutorialwas originally featured in the October 2022 issue of EPDT magazine [read the digital issue] and the Digi-Key Article Library.
Upstream Intensification – Enabling Perfusion Processes With Cell Retention Technologies
By Alison Dupont, Senior Development Engineer and Allyson Fournier, Applications Engineer While delivering remarkable benefits for patients, the biopharmaceutical industry continues to experience pressure to accelerate timelines, increase flexibility to address multiple-product manufacturing and/or market demand, and significantly reduce the manufacturing cost of goods.
Introducing Murrelektronik’s new IO-Link system - functions and benefits
26Jan posted by: Q&A with Craig Cookson, UK Applications Engineer Craig Cookson, UK Applications Engineer at Murrelektronik answers questions about the company's new IO-Link system – specifically its functions and benefits. Murrelektronik has recently expanded its IO-Link portfolio. Can you tell me about the new products? We have expanded our portfolio both in "Master" devices and "Slave" devices.
La prossima evoluzione degli op-amp automotive
Loading energy of an electric car, Power Supply charging on charge station electromobility environment-friendly, plugged into an electric automobile being charged. Dal ’76, anno della presentazione dell’op-amp LM2904 di National Semiconductor, il mondo è radicalmente cambiato. E l’elettronica, oltre a essere stata coinvolta in questo incessante cambiamento, ne è stata una delle leve più importanti.
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