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Powerstax Releases 336W, Single Output 1/2 Brick DC-DC Converter Series with 24DVC & 48VDC Inputs

Powerstax has introduced a new series of advanced DC-DC converter products. Housed in industry...

Kaelus and Advanced Test Equipment Rentals Announce New Rental Partnership

Advanced Test Equipment Rentals (ATEC) has announced they have partnered with Kaelus to become...

Diamond Microwave Launches Ultra-Compact 2 – 6GHz GaN SSPA

Diamond Microwave, a specialist in high performance microwave power amplifiers, is extending its range...

Researchers Develop New Method to Develop More Efficient Solar Cells

A professor at the University of California at Berkeley has developed a new cost-effective...

Pasternack Releases New Family of Millimeter Wave Antennas

Pasternack Enterprises, Inc., an industry leading manufacturer and supplier of RF, microwave and millimeter...
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Supercon, Inc. Upgrades Superconducting Wire Website

A new website offering high quality superconducting wire for accelerator and commercial magnet applications...

Verotec’s Heavy Duty KM6-HD Card Cage Independently Tested to MIL-STD-167

Verotec’s KM6-HD, the ruggedized variant of the popular KM6 family, has recently been independently...

EnerDel Secures Supply Agreement and Releases Low Profile Energy Storage System (ESS) for Hybrid Buses and Heavy-Duty Transportation Applications

EnerDel Inc. has released the PP320-689-LP Vigor+ for use in hybrid buses and other...

University of Michigan Researchers Demonstrate New Method to Create Light Beams More Efficiently than Traditional Methods

Researchers at the University of Michigan have developed a more efficient way to produce coherent laser-like beams that use 250 times less power than conventional lasers. The team believes they have created the first polariton laser to run on electrical current and work at room temperature.

Team of Engineers Participate in Walk Again Project at FIFA World Cup

At the opening ceremony of the FIFA World Cup next week, a young adult will walk a few steps and kick a soccer ball thanks to the Walk Again Project. The project’s purpose is to create thought-controlled robotic exoskeleton to aid individuals with disabilities.

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