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This article featured in Electronic Product Design & Test shares some compelling insights on why the automotive industry needs to evolve to 48V from 12V electrical systems if they expect to be around for the next 20 years. From higher efficiency leading to lower power losses and lighter weight, the facts are all there. Take a read for yourself to see if you come to the same conclusion. https://ow.ly/qN8050RbgAE

Inductive couplers transmit data and power across an air gap without contact. They are a wear-free alternative to slip rings or connectors subject to high mechanical stress. This non-contact design reduces costs by enabling maintenance intervals to be extended, reduces unplanned downtime and improves cycle rates. Learn more: https://bit.ly/4aIpMQW

??Engineering Reliability : Standards and Practices In this month’s issue of DENA, Jon Gabby for Mouser Electronics, details how reliability is critical to electronic design. “Reliability is critical to electronic design, particularly in applications where safety and functionality are paramount” ?? You can read more of this article on pages 32-24 in Designing Electronics North America June Read the digital copy of DENA June ?? https://flk.bz/exdZ

?????????????????????????? ?????????? ???????? ?????????? The gate driver in a motor system design is an integrated circuit (IC) that primarily deals with enhancing external power MOSFETs to drive current to a electric motor. The gate driver acts as an intermediate stage between the logic-level control inputs and the power MOSFETs. The gate driver must be robust and flexible enough to accommodate a wide variety of external MOSFET selections and external system conditions.

Reliable power delivery is critical for operational integrity and performance. For circuit boards and electronics, this necessitates determining the best power converter for your design by comparing a synchronous buck converter vs a buck converter. Learn more on our blog: https://ow.ly/t2B850SfIPt

Did you know that SMC materials can lead to more efficient, compact, and cost-effective electric motors? These materials allow engineers to unlock designs that weren't possible with traditional laminated steel. Our blog breaks down the core advantages of SMC materials and why they’re critical to driving next-gen motor innovations. Learn more: https://lnkd.in/gdQugcRi

Inductive couplers transmit data and power across an air gap without contact. They are a wear-free alternative to slip rings or connectors subject to high mechanical stress. This non-contact design reduces costs by enabling maintenance intervals to be extended, reduces unplanned downtime and improves cycle rates. Learn more: https://spkl.io/60434LTF9

Advantages of common aluminum frames in ev assemblies. https://lnkd.in/gSpM7k52 Ease of assembly. https://lnkd.in/giyVf5Uy

The efficiency of an electric motor is impacted by materials, design, and manufacturing processes. For laminated motors, tight tolerances are ideal. Learn about the advantages of laminated stacks and see how burnishing can improve manufacturing tolerances and contribute to higher efficiency: https://lnkd.in/e3Jp2R2D

It is important to understand unit load movement in transit. Reduce the 'after the fact 'UL accident recreation' with forms of pre-testing. Laboratory and or real world. This is a great functional way to see what you'll get, before you get a real failed unit load. With global shipping lanes, its essential to find and reduce these problems up front.