Using FluxLinkTM safety-isolated communication technology, InnoSwitch™ combines primary- and secondary-switcher circuitry to reduce component count, eliminate slow and unreliable optocouplers, outperform primary-side controllers and slash manufacturing costs. InnoSwitch ICs combine primary, secondary and feedback circuits in a single, worldwide safety-rated, surface-mount package.
This whitepaper describes how to use an integrated development environment to configure and generate initialization code and peripheral drivers ideally suited to your needs without studying the MCU docs--from pin muxing through application-specific parts. See how to develop a simple application or proof-of-concept quickly without in-depth programming knowledge.
Learn how MCCI utilized Total Phase’s Beagle™ USB 480 Protocol Analyzer and Data Center software with their own custom application to decode RNDIS protocol and meet their advanced debugging requirements. While this case study focuses on RNDIS decoding; it also serves as a template for developers to implement their own custom decoding applications.
Few applications have the level of wasted heat, vibration and multiple available power sources as that of automotive applications. While ambient energy abounds across multiple systems in all vehicles, until recently, 70 percent of the energy released from a car was lost, predominately as heat. Today, greater percentages of heat, vibration and unutilized power are being captured, harnessed and used to charge the batteries in electric and hybrid vehicles.
History was made when the world’s first 3D-printed car drove out of Chicago’s McCormick Place during the 2014 International Manufacturing Technology Show back in September. The vehicle components took 44 hours to print, and after a swift assembly, the vehicle named “Strati” headed off the showroom floor.
Inventory management is a pretty big deal for bar and restaurant owners. Since bar patrons will drink a third less beer per outing if their brew of choice is unavailable, bar owners often struggle with finding the balance between keeping adequate stock of popular sellers available and minimizing the risk of getting stuck with kegs of unsold, expired beer.
Streaming media, cloud services, wearables, IoT, and Big Data are all relatively new terms in the high-tech industry. The impact of the technology behind these terms represents an increasing rate of change and challenges designing solutions to keep pace. For semiconductor providers, this rate of change means not only designing for the next generation of devices and networks, but also planning ahead for the next two or even three generations.