News Releases

Magna-Power Named 2020 Top Workplace by NJ.com
juin 29, 2020
1U SL Series Programmable DC Power Supplies Extended to 1500 Vdc with 10 New Models
juin 24, 2020
Magna-Power Expands Isolated MagnaDC Programmable DC Power Supplies to 6,000 Vdc with 35 New Models
février 26, 2020
Magna-Power Expands MagnaLOAD DC Electronic Loads to 4,800 Adc with New High Current Models
octobre 14, 2019
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Magna-Power in the News

From Line-voltage Simulation to Regenerative Braking Test
"Magna-Power Electronics announced the availability of a new military-standard-rated ruggedized option for its SL Series and XR Series programmable DC power supplies (Figure 7). Tested to MIL-STD-810G functional shock and vibration specifications, the new ruggedized option is available on 235 models spanning power levels 1.5 kW to 10 kW, voltage levels from 5 VDC to 10,000 VDC, and current levels from 0.2 ADC to 600 ADC."
Read More at Evaluation Engineering
Electronic loads—a new generation
"This article provides an overview of electronic loads currently available, namely switched resistance, MOSFET, regenerative, and the newly introduced hybrid, active resistance. Each load topology has advantages and disadvantages, ranging from cost and speed of operation to loading as a function of applied voltage."
Read More at Evaluation Engineering
Mobile Robots Deliver Material Handling Flexibility
"The task of moving materials to or between work cells and warehouses seems to be an ideal one for robots. Magna-Power Electronics, a New Jersey-based manufacturer of programmable power products, was able to free the equivalent of three full-time employees for other tasks by deploying two mobile robots to move parts and assemblies from the stockroom and through its manufacturing process."
Read More at Automation World
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Social Media Mentions

Scholarly References

Technical papers and proceedings using Magna-Power products to conduct research.

Elucidating the Impact of Flow on Material-Sensitive Critical Heat Flux and Boiling Heat Transfer Coefficients: An Experimental Study with Various Materials
International Journal of Heat and Mass Transfer, September, 2020, Volume 158
Anode spot of low current Gliding Arc Plasmatron
Plasma Sources Science and Technology, July, 2020
Fast-current-heating devices to study in situ phase formation in metallic glasses by using high-energy synchrotron radiation
Review of Scientific Instruments, Volume 91, Issue 7
Phase formation of a biocompatible Ti-based alloy under kinetic constraints studied via in-situ high-energy X-ray diffraction
Progress in Natural Science: Materials International, July, 2020
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