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In this podcast, we'll show you how to effortlessly decrease the temperature on your PCB. We'll begin by guiding you through the art of designing traces based on two key IPC standards, then test the process with examples and tests. To watch the video, visit www.we-online.com/podcast. 

Wireless Power Transfer (WPT) and Near Field Communication (NFC) technology is evolving as an alternative to existing electronics that use cables to supply power. The new Qi2.0 standard developed by the Wireless Power Consortium (WPC) and the Ki standard for the kitchen appliances provide more opportunity for innovation. Near Field Communication (NFC) technology is extensively used with WPT to enable simultaneous power transfer and data communication between devices, like smartphones and fitness trackers. In this episode, we're giving an insight into recent trends in WPT and the synergy when combined with NFC.

To replay the video, visit www.we-online.com/podcast.  

The technological overhaul taking place in hospitals and medical centers is undoubtedly improving medical procedures. Doctors and health professionals benefit from operating with the highest possible video image quality for the most accurate representation of patients’ conditions. With the advent of medical-grade visualization systems, procedural workflows improve, and high-quality, zero latency uncompressed video images are transmitted over long-distances for better collaboration, education and monitoring. This podcast is based on a paper published in All About Circuits. Today, we will introduce high-bandwidth uncompressed video connectivity for medical diagnostic equipment based on Valens' chipset VS3000 HDBaseT reference design solution, developed in collaboration with Würth Elektronik passive components.  

Download the article at All About Circuits: https://www.allaboutcircuits.com/industry-white-papers/challenges-and-advantages-of-high-bandwidth-uncompressed-video-connectivity-for-medical-diagnostic-equipment/ 

Visit Valens online: https://www.valens.com/stello-family 

In this audio only episode, we're diving into the world of temperature sensors and taking a look at the different technology approaches of those sensors. We'll be focusing on Wurth Eletkronik's WSEN-TIDS temperature sensor a digital interface, and talk about the advantages of these sensor types in Industry 4.0 and IIoT Applications. Replay the video and other podcasts at https://www.youtube.com/wuerthelektronik/podcasts 

Wurth Elektronik is diving into the world of radio modules and exploring their diverse applications across industries. Whether it's remote control systems, wireless sensors, or even smart home devices, these modules play a pivotal role in bringing our innovative ideas to life. We'll be discussing short-range devices, also known as SRDs, as well as industrial, scientific, and medical or ISM radio links. Learn more about our line of wireless connectivity at https://www.we-online.com/en/components/products/wco.

Wurth Elektronik is diving into the world of radio modules and exploring their diverse applications across industries. Whether it's remote control systems, wireless sensors, or even smart home devices, these modules play a pivotal role in bringing our innovative ideas to life. We'll be discussing short-range devices, also known as SRDs, as well as industrial, scientific, and medical or ISM radio links. Learn more about our line of wireless connectivity at https://www.we-online.com/en/components/products/wco .

In this episode, we'll cover a wide range of topics, including an overview of the various ambient energies that can be harnessed. Discover the complexities of converting and storing these energies for practical use, and learn about the innovative solutions that address the associated challenges. Through real-life examples, witness the evolution of this technology from experimental stages to its successful implementation in commercial applications. 

A compact and efficient design of the electromagnetic interference (EMI) input filter is one of the main challenges in a high-density switching regulator, and is critical to achieving the full benefits of electrification in automotive, enterprise, aerospace and other highly constrained system environments. This technical white paper frames the theoretical background and general principles of AEF circuits in terms of sensing, injection and control techniques, with practical circuit realizations using a family of stand-alone AEF ICs from Texas Instruments for CM noise cancellation in single-phase and three-phase AC power systems. Measured results from a 3.3-kW power factor correction (PFC) AC/DC regulator will illustrate the benefits of EMI mitigation and board space savings. Click here to view the Texas Instruments' TIDM-1007 Reference Design. Click here to download the White Paper. 

Join us as we explore the cutting-edge advancements in sensor technology. Today, we shine the spotlight on the remarkable WSEN-ISDS sensor from Wurth Elektronik. This sensor is a game-changer, featuring a 6-axis MEMS inertial measurement unit (IMU) with a system-in-package design that integrates a 3-axis accelerometer and 3-axis gyroscope.

With its I²C/SPI serial interface communication, exceptional accuracy, and ultra-flexible operations, this tiny module packs a punch. It offers outstanding performance with minimal power consumption (just 0.69 mA), making it an ideal fit for power-demanding IoT applications. Equipped with a 4-Kilobyte FIFO data buffer, the WSEN-ISDS sensor ensures reliable data storage, while its embedded smart function features—such as free fall, tilt, sleep & wake up, motion, and 6D/4D orientation detection—take functionality to a whole new level.

The I²C Bus is a popular communication interface that has been showing up in many applications with the help of various connectors and cables. This makes the I²C Bus more susceptible to external interference such as ESD, bursts, and radiated RF disturbances. In this podcast, we'll explain how to properly filter and protect the circuit while increasing the noise immunity of the I²C without sacrificing the signal quality of the data and clock lines. Download the Application Note, ANP121, at www.we-online.com/appnote. 

ANP121>> https://www.we-online.com/en/support/knowledge/application-notes?d=anp121-filter-and-surge-protection

In today's segment, we are discussing cracks on molded power inductors. We're also showing the visual asymmetry around the core which may occur during the manufacturing process of WE-LHMI inductors series.

REFERENCED IMAGES

Figure 1:

Download the Application Note Here.

In this podcast, we are talking about the selection process of capacitors, but most importantly, selecting capacitors to work in high power buck-boost converters. This selection process is complex and not all points will be covered in one presentation, but we will discuss the differences in technologies and how to get the information to select the right capacitor. To watch the complete WEbinar on demand, visit our Würth Elektronik YouTube page or click here. 

In this podcast, starting with a quick note on PCB layout, we are discussing the issues of designing crystal circuits that seem to work in the lab, but fail during mass production. To watch the complete video with questions and answers, visit the Würth Elektronik Youtube page.

We're exploring the world of infrared lighting; covering everything from data transfer to biometrics. We'll discuss the difference between infrared LED and other LED technology, and when and how to use photodetectors in your design. Click here to find all Würth Elektronik infrared LEDs, phototransistors, and photodiodes. 

We are giving insight into the current sense resistor and discussing how to evaluate some of the specifics of the component, such as the details in the datasheets, different measurements including the rated current, and the equivalent circuit model and advantages of wide terminal. To watch the complete WEbinar on demand, visit our Würth Elektronik YouTube page or click here. 

When reading about correct PCB layout techniques in most technical literature, you will most likely read about multi-stage filters and blocking capacitors for supply pins of digital ICs. However, real measurements or practical simulations are often missing. In this podcast, we will show the influence of design, the number of ground vias, and the placement of the MLCC filter components to each other. 

The working current is the maximum current that can be used for your connector at any time for any duration. For specific applications, such as motor starters and capacitance discharge, it's recommended you use a higher current than usually accepted by the connector. In today's podcast, we'll discuss what other values need to be considered when selecting a connector and also talk about reasonable temperature rise and lifetime of the connector.

When you're in the development phase of a Gigabit ethernet interface, what is absolutely necessary to consider between the phy and ethernet connector? In this podcast, we're going to dive into the details of the circuit technology, what components need to be considered, and how the board should be properly laid out. We're also going to talk about the design of the ground system and explain the board layout using practical examples. 

Machine data can be collected from almost every device, but how can you make the process easy and comfortable if the device has no display or it's hard to reach? The answer is Bluetooth™. In this podcast, we'll discuss software solutions for fast evaluation and how they can be easily adopted to various applications. To watch the complete WEbinar on demand, visit our Würth Elektronik YouTube page or click here. 

The world of technology is ever changing. Wide bandgap power semiconductor devices like Silicon Carbide (SiC) MOSFETs are enjoying growing popularity in many modern power electronic applications like E-mobility and renewable energy. Their extremely fast switching speed capability helps to increase efficiency and reduce the overall size and cost of the system. However, fast switching together with high operating voltages and increasing switching frequencies presents important challenges to the gate driver system. Rugged galvanic isolation, compliance with safety standards, control signal noise immunity and EMI performance- Those are just some of the most important aspects that designers need to consider.

An optimal design of the isolated auxiliary supply providing the voltage and current levels to drive the SiC or GaN device is critical to help the full gate driver system meet the many requirements set by state-of-the-art applications. And today we're going to explore this design.

Download the Application Note here.

https://www.we-online.com/components/media/o190156v410%20ANP082b%20EN.pdf