Johan van Seggelen’s Post

Here’s Everything You Need To Know About Hybrid Integrated Circuit: … A Hybrid Integrated Circuit? A hybrid integrated circuit (HIC) or a hybrid … The Applications Of Hybrid Integrated Circuits In Electronics? Hybrid integrated circuits (HICs … used in various industrial and automotive applications. Other Advantages Low-Volume … #car #cars #awesome

Diodes Incorporated's advanced IntelliFET® self-protected power switches are designed for switching resistive, inductive, and capacitive loads in harsh environments where immunity from radiated and conducted emissions is needed. Consequently, they are ideally suited for use in a wide range of automotive and industrial applications. The product range includes both high-side and low-side switches available in single and dual-channel configurations. A selection of low-resistance integrated MOSFETs provides for compact and flexible designs. Compatibility with signal levels from microcontrollers makes interfacing straightforward. Learn more about Diodes Incorporated's Self Protected MOSFETs and see key applications, high-side IntelliFET® product portfolio, low-side IntelliFET® product portfolio and related products. 👇 #Power #MOSFETs #Automotive #Industrial #EngineersOfEvolution

#HIGHspeed Fast, faster, High Speed Drives – for applications that require high speeds, we now offer the ideal drive solution. Your experts are Fabian Fischer and his team. All the details in one file - have a look into the new catalogue: https://lnkd.in/eWQ5v-un In short, if you are on the go: Our newly developed High Speed Drives have an output of up to 450 kW, switching frequencies of up to 16 kHz and output frequencies of up to 2,000 Hz, and are particularly compact and robust in design. In combination with the COMBILINE Z2 sine filters, motors are particularly well protected at high speeds and the system efficiency is effectively increased. Innovative simulation methods are available for fast and resource-saving commissioning of the high-speed drives. Various options allow us to flexibly adapt to the individual needs of our customers. #KEB_automation #KEB #HighSpeed #HoheDrehzahl

🚀 Elevate Your Assembly Line Efficiency with Delta's Linear Motor Module! 💡 In the fast-paced world of electronics, precision is everything. That's why we're excited to introduce the Delta Linear Pocket Actuator LPL Series! 🌟 Combining linear motors, optical linear encoders, force sensors, and more into one compact module, it's revolutionizing motion control in assembly lines. 💪 Here's what makes it stand out: ✅ Compact design, perfect for tight assembly spaces ✅ Precise force analysis within 0.1N & position feedback resolution up to 0.5 µm ✅ Dual-axis synchronization enabled by servo drive ASDA-D3 Say goodbye to assembly challenges and hello to streamlined efficiency! Discover more 👉 https://lnkd.in/gSY8jqFK #DeltaElectronics #AssemblyLineInnovation #PrecisionEngineering

Advanced Motion Controllers for Versatile Motor Technologies https://lnkd.in/gjCPmS_R FAULHABER Drive Systems is renowned for its expertise in developing and producing high-precision miniaturized and miniature drive systems, servo components, and drive electronics, with output power reaching up to 200 watts. The company offers both customer-specific packaged solutions and a wide range of standard products, including #BrushlessMotors, #DC-Micromotors, #Encoders, and #Motion Controllers and is recognized globally for its reliability and quality.

📱 Power Integrations has launched a new wide-creepage package for its InnoSwitch3-AQ flyback switcher IC, tailored for automotive applications. The 5.1mm creepage distance between drain and source pins meets IEC60664-1 standards for 800 V EVs, removing the need for conformal coating and enhancing system reliability. Rated for 1700 V and delivering up to 80 W, these ICs feature a silicon carbide primary switch, supporting compact, efficient designs with reduced components and enhanced shock and vibration durability. Key features include 90% efficiency via synchronous rectification, advanced protective functions, and startup with just 30 volts on the drain, ensuring reliability in critical safety operations. 📧 Stay Updated - Subscribe to our Newsletter: https://lnkd.in/edAB7TJw 📖 Read More: https://lnkd.in/dj23SGW5 📸: Power Integrations #PowerIntegrations #InnoSwitch3 #Tech #WattsForward #News

In addition to our automotive electronics, Performance Electronics also sells many aftermarket automotive sensors that can communicate with our engine control units to provide critical information about the engine's operating conditions. This week's spotlight is the simple looking sensor with a prestigious pedigree: The Hall effect sensor. Named after the physicist who discovered it in 1879, Edwin Hall, the Hall effect varies output voltage proportional to the magnetic field it is sensing. For PE, the Hall effect is used as a digital switch that can perform a variety of functions in automotive systems. It's commonly used to detect the speed and position of rotating shafts, like the crank or cam to determine ignition timing. #TheMoreYouKnow #EmbeddedSystems #ElectronicEngineering https://lnkd.in/gVuiiddP

A simple circuit, but much to learn.. 💭 As a first step in developing a more efficient wireless charger, I wanted to learn it from scratch and tried this simple circuit by myself few months ago. This hands-on approach allowed me to understand the intricacies of the technology and lay the groundwork for more advanced designs. The ultimate goal is to design a contactless charger for electric vehicles (EVs). After my measurements, I realized this method is very inefficient, and I aim to develop it further with advanced electronics. This is a small step toward a more convenient and cable-free future! Prototype Components: ◾ TP3055 Transistor: Acts as a switch, controlling the flow of current in the circuit. ◾ 470 Ohm 5W Resistor: Limits the current to protect the components and ensure stable operation. #WirelessCharging #ElectromagneticInduction #Innovation #TechPrototyping #FutureTechnology #SmartDevices #Engineering #ElectricVehicles #EVcharging #EV #ElectronicEngineering

Infineon Technologies has expanded its portfolio with the new #OptiMOS 7 #MOSFETs, which offer improved on-state resistance, design robustness, and #switching efficiency in #automotiveapplications. These advancements are set to enhance performance in a variety of #automotivesystems, including #electricpower steering, braking systems, and #batterymanagement among others. #electronicsnews #technologynews

EVs rely heavily on #PowerElectronics, which means they need to be designed with high-performance in mind. Whether you’re looking for greater thermal conductivity, easier processing, corrosion-resistance or improved durability from your #electronics, DOWSIL™ and SILASTIC™ materials can be tailored to meet your exact needs and keep your #EVs running. Learn more: https://dow.inc/3KxkeOe Dow MobilityScience #MobilityScience