Silvia Todd is launching her first Kickstarter campaign at the age of 12 after designing a painting robot. To make her idea a reality, Silvia approached Lenore Edman and Windell Oskay at Evil Mad Scientist Laboratories (EMSL), a Silicon Valley company that designs and produces specialized electronics and robotics kits.
TI's Bob Hanrahan kicks off with an overview on testing power supplies. For more videos on testing power supplies, check out: Measuring efficiency: www.ti.com/measuringefficiency Measuring noise: www.ti.com/measuringnoise. Editor's note: ECN will be running the "Engineer It" video series from Texas Instruments each Monday in our e-newsletters. Stay tuned!
Today on Engineering Newswire, brought to you by Interpower Corporation, we're mapping blood vessels to recognize your face, spicing up swamps with robotic frog mates, and swimming with the robotic fishes, literally, not figuratively, no one died.
A robotics team from the University of Queensland has created two versions of a single-use UAV. The unmanned aerial vehicles, which are usually associated with clandestine military operations, are both designed to relay environmental information.
Learn how to select the correct operational amplifier (op amp) and RC filter value for your SAR ADC. We’ll even walk you through how to calculate, simulate and evaluate in the video. Editor's note: ECN will be running the "Engineer It" video series from Texas Instruments each Monday in our e-newsletters. Stay tuned!
This episode of ECN's Engineering Update is brought to you by Mouser Electronics. In this week's headlines: A Laser Gatling Gun: A German laser weapons hobbyist has built a proof-of-concept Laser Gatling Gun. The aluminum-bodied gun's spinning turret features six blue 1.4-watt Class 4 lasers.
What was technology like inside a 1994 Motorola MicroTAC GSM mobile phone? From the Wikipedia page: The Motorola MicroTAC was a cellular phone first manufactured as an analog version in 1989. GSM-compatible and TDMA/Dual-Mode versions were introduced in 1994.
Researchers from North Carolina State Univ. have developed three-dimensional printing technology and techniques to create free-standing structures made of liquid metal at room temperature. The researchers developed multiple techniques for creating these structures, which can be used to connect electronic components in three dimensions.
Today on Engineering Newswire we’re further developing BAE systems Railgun, making a bionic eye for the blind, demonstrating robotic apes, and re-reinventing the toilet. BAE Systems was awarded a $34.5 million contract from the Office of Naval Research for further development of the Electromagnetic Railgun under Phase 2 of the Navy’s Innovative Naval Prototype program.
Learn what specs and characteristics to look at from a thermal perspective when selecting an integrated motor driver from motor driver expert Mike Firth. Editor's note: ECN will be running the "Engineer It" video series from Texas Instruments each Monday in our e-newsletters. Stay tuned!
What's inside a 1997 vintage Nintendo 64 gaming console? All the silicon in the N64 was manufactured by: 1. NEC (CPU, RCP, RDRAM), 2. Rohm (linear a/v), 3. Sharp (regulators, security/contorller PIF), 4. Macronix (rambus clock generators, mask roms)
In this episode of M.net's Manufacturing Newswire, remaking American security, Amazon eyes the smartphone market, and a blow to the nation's labor unions. We'll also updated you on Window's Blue, take a brief look at the uncertainty in U.S. manufacturing, and the liability surrounding 3-D printed guns.
Today on PD&D's Kickstarter of the Week, after being approached by the Utah Bomb Squad for an aerial vision solution that could help search buildings for potential threats, Utah Aerials has launched a campaign to create an easy-to-use, open-source quadcopter.
In Texas Instrument's "Engineer It" video series, learn how to avoid amplifier input and output swing limitations from amplifier expert Art Kay. Editor's note: ECN will be running the "Engineer It" video series from Texas Instruments each Monday in our e-newsletters. Stay tuned!
Nissan has unveiled its ZEOD RC electric racing car, providing an innovative test bed for electric technologies. According to Nissan, the Zero Emission On Demand Racing Car, will reach speeds of more than 300 km/h, making it the world's fastest electric car.