Electronics

HEADLINES ARCHIVE

  • Pneumatic Suit Operates Without Electronics, Tanks

    The suit uses a pneumatic gel muscle as an actuator in a lightweight design intended to assist people of varying mobility.

  • Samsung Launches Automotive Electronics Unit

    Division will focus on infotainment and autonomous driving.

  • Hydrogel Bandage Senses Temperature, Delivers Medicine

    The hydrogel is a rubbery material designed to bond to surfaces such as gold, titanium, aluminum, silicon, glass and ceramic.

  • Row-bot Eats Microbes, Powers Itself

    The Row-bot mimics the way that an aquatic insect moves and feeds on organisms in the water.

  • Sound on the Move: Engineering for the Automobile

    Quieter motors mean that drivers want a higher-quality vehicle all around, including the sound system.

  • Wheelchair "Hacked" to Be Operable by Eye Movements for $100

    ALS sufferer developed Eyedrivomatic to overcome reliance on others to move him in his wheelchair as he loses the ability to control its joystick.

  • Next-Generation Polymer for Automotive Applications

    To overcome the negative effects of solvents, GVD created a “dry” process for applying polymers.

  • Infrared Laser Used to Cool Water

    The cooling technology might be used to enable higher-power lasers for manufacturing, telecommunications or defense applications, as these lasers sometimes overheat and melt.

  • Printing Is Poised to Enter the Fourth Dimension

    The worldwide 4D printing market could exceed $60 million by 2019 and experience a greater than 40% compound annual growth rate.

  • Acoustic Monitoring Can Offer Early Warning of Trouble

    Acoustic monitoring has become an essential part of early tube leak detection for utility boilers.

  • Ford Plans $1.8 Billion Investment in Chinese Auto Market

    Automaker plans to research how to bring “smart” features like smartphone connectivity and autonomous driving to its Chinese products.

  • Lasers: Fundamentals and Applications

    Lasers are devices that produce intense beams of monochromatic, coherent radiation.

  • PowerAmerica and Lockheed Martin Partner on Energy Efficient Electronics

    Power-efficient microelectronic devices could cut energy loss across the power grid and enhance the performance of future aerospace systems.

  • FAA Says Tamper-Proof Aircraft Cockpit Not Feasible

    U.S. agency says it does not want to introduce design requirements that could expose an airplane to system risks that can lead to cascading failure and fires.

  • Smaller and Lighter Airbag Debuts in Ford Mustang

    New airbag restraint system is part of a safety system that Ford says includes a more robust package of sensors, safety belt anchor pretensioners and improved exterior lighting.

  • Breakthrough Could Bring Optical Data Transport Closer to Replacing Wires

    Engineering researchers at Stanford University are working to make computers faster and more efficient by making it practical to use light instead of electricity to carry data inside computers.

  • Understanding an Analog Voltmeter

    Analog voltmeters measure voltage or voltage drop in a circuit. They display readings using a needle rather than a digital display. Voltmeters may be standalone devices or a part of a multimeter.

  • IHS Partners with ECIA to Deliver Authorized Distributor Inventory, Price and Availability on Datasheets360.com

    IHS Engineering360 Media Solutions has partnered with the Electronic Components Industry Association to help authorized distributors provide current price and availability information to their target audience on Datasheets360.com.

  • New Apple Watch Has Lowest Ratio of Hardware Costs to Retail Price, IHS Teardown Reveals

    The new Apple Watch has the lowest hardware costs compared to retail price of any Apple phone, on the order of 24% of the manufacturer's suggested retail price.

  • Thermoelectric Nanowires Could Aid Energy Harvesting from Car Exhaust

    Even though nanowires are not great for thermoelectric applications, researchers at Sandia National Labs believe that better control of the manufacturing process could improve the quality enough to make a useful thermoelectric material.

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