
Sharon Spielman
Freelancer at Freelance
I'm a wife, a mom, a writer, an editor, and so much more.
Articles
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6 days ago |
machinedesign.com | Sharon Spielman
Sustainable energy is not only beneficial but essential, and ocean wave energy has emerged as a promising solution. Helping to chart this course is Chris Rauch, P.E., senior mechanical engineer, co-founder and now technical advisor at Dolphin Labs, a startup spinoff of CalWave Power Technologies Inc. “The value of using wave energy is it’s renewable,” Rauch told Machine Design during an interview at Dassault Systemes’ 3DExperience World event in Houston in February.
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1 week ago |
machinedesign.com | Sharon Spielman
Cortec Corporation’s patented devices aim to safeguard metal parts and electronic equipment against corrosion in non-ventilated enclosures. Their ability to emit Vapor phase Corrosion Inhibitors (VpCI) ensures a protective molecular layer over all metal surfaces, even in adverse conditions such as high humidity, salt spray and airborne contaminants.
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1 week ago |
machinedesign.com | Sharon Spielman
The WeWalk Smart Cane 2.0 is a mobility aid that harnesses cutting-edge technology such as advanced optical detection and AI-driven navigation to serve as a companion for its users. In this second of a two-part series, Machine Design spoke with Song Li, product marketing director at InvenSense, a TDK Company, about the collaboration between the two companies. We learned that the cane uses four sensors that collectively enhance user experience and safety.
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2 weeks ago |
machinedesign.com | Sharon Spielman
At CES 2025, innovation took a giant step forward for the visually impaired community with the unveiling of the WeWalk Smart Cane 2.0. This mobility aid improves safety and empowers users by integrating advanced technology through a collaboration between WeWalk and InvenSense, a TDK company. Machine Design spoke with Song Li, product marketing director, to learn about the device’s technology.
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2 weeks ago |
machinedesign.com | Sharon Spielman
Texas Instruments’ functionally isolated modulators are designed to empower engineers in developing more precise motor control systems for compact robotic designs. The products—the AMC0106M05, AMC0136 and AMC0106M25—achieve an effective number of bits (ENOB) ranging from 12 to 14, enabling precise phase current sensing and DC voltage measurement.
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