Winchester Interconnect’s Post

Go check out the excellent video created by Min Zhang that shows how easy it is to utilize the EE-Seal Technology!

In the last post, we described some basic circuit simulations and initial measurements. In this next chapter, we'll explore the initial measurements and investigate the change in frequency as a function of temperature. https://bit.ly/47rAKIQ #APNProud #AWSPartnerNetwork #Engineering #ProductDevelopment #AWSPartners

Acronym clash of the day To most Americans on the West Coast, SLC is the short name for Salt Lake City. But if you focus in to Silicon Valley, to the Ampere Computing headquarters, you will find it more often to mean System Level Cache. Probably better called something like Per-Socket Cache or P-Cache or something that indicates it is for the whole System-On-A-Chip instead of an individual core. SOACC is just dumb, and not a TLA. For cargo helicopters, SLC means Sling-Load-Capacity. Exceed this and you are not going anywhere. In electrical engineering I hear it is used to mean straight-line-capacitance which I am sure must have messed up at least one of our chip designers. But that is for big power lines, not little ones like we have on a chip, right? And, of course, in sales, it means Service Level Commitment. We all knew that, right?

PCB Design for EMC: It's All About the Space I don't think this presentation from Sierra Circuits received enough attention. I recommend all electronic hardware engineers watch it. Especially because the presenters are some of the best in this field: - Rick Hartley - Kenneth Wyatt - Daniel Beeker Some will learn new things, while others will hopefully only refresh their knowledge. Nonetheless, I think this presentation is yet another great demonstration of how, as PCB designers, we have to think in terms of fields. If you are not yet familiar with the work of Ralph Morrison, you will also benefit from being introduced to some of his concepts here. Watch it here: https://lnkd.in/evnDZGRq I hope you enjoy, Dario #fresuelectronics #pcbdesign #electronics #hardware #EMC #EMI P.S. If you are looking for a place where to take your PCB and EMC skills to the next level, join us here: https://bit.ly/PCB_Academy Today for Free.

1000A of power, 20% less weight. Yeah, it’s that good. If you work in aerospace or defence and need interconnect systems that laugh in the face of extreme conditions, you’ll want to check out our Steele Connect PCU series. These bad boys can handle up to 1000A without breaking a sweat, and they’re 20% lighter than comparable systems – because who doesn’t love saving a little weight? Whether it’s rugged land systems or keeping hybrid power setups going strong, the PCU series is like the dependable sidekick your power distribution always needed. And the best part? It’s MIL-DTL-38999 compliant – which is a fancy way of saying, "It’s tough as nails." Ready to power up? Check out the full post for all the details and how to grab a consultation and a demo with yours truely and of course the man himself Nick Thomas. Don’t just take my word for it – experience Steele Connect yourself. Book a demo now!

Solutions for power conversion switching analysis https://lnkd.in/gvqZX8vc To maximize a power converter’s performance and efficiency, a common practice is to increase the switching frequency. When increasing a power design’s switching speed, the timing characteristics, interactions between high and low side transistors, and undesired outcomes such as shoot-through and excessive EMI must be accounted for. Rohde & Schwarz oscilloscopes, power probes, and software enables power designers to characterize and optimize their designs. White paper: Switching analysis https://lnkd.in/gXX3ZFef Testing power converter designs for reliability is crucial, especially in safety-critical automotive, aerospace, and defense systems. Dynamic factors like component operation points, such as the DC-bias characteristic of MLCCs, and load-dependent resonances, like those seen in body diodes, must be considered. Components also shift with aging and temperature changes. High test coverage is essential to characterize converters under various loads and environments, accounting for transient behavior. This white paper https://lnkd.in/gXX3ZFef explores probing, switching analysis, and reliability testing methods in depth.

The boost converter depicted in this figure can provide up to 6A of load current and 50V output voltage. It is a low parts-count hermetic, small PCB footprint, high-efficiency solution. Learn more about this product here: https://hubs.li/Q02zrLh00 #GaN #Space #Converter #SpaceTravel #Efficiency

❔ Did you know? There is no evidence to support date code restrictions. https://hubs.la/Q02JzD_80 Expanding on previous findings that no component degradation occurred during extended storage at its facilities, Rochester embarked on a fresh study to evaluate the solderability and board assembly of surface mount technology (SMT) components following various long-term storage periods. Read Rochester's latest white paper to learn about the study's surprising findings. ➡️ Read our white paper here: https://hubs.la/Q02JzD_80 #RochesterElectronics #RochesterElectronicsUS #datecodes #semiconductor #authorizedsemiconductors #semiconductors

A simple link to understand power for mission critical applications. Come and spend some time with us! You will learn about power solutions, standard compliance, etc. https://lnkd.in/egwxfmq5 #gaia #modular solutions #power #architectures #trust

Explore the fundamentals of simulation and discover how it revolutionizes engineering design and innovation.