Learning Resources

A technical paper on Magna-Power Electronics signature current-fed power processing topology with a comparison to alternative approaches to high-power switch-mode power supply design.

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A technical paper on the various electronic load technologies and a technical overview of Magna-Power Electronics patented (US Patent 9,429,629) Active Resistance Technology.

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Modulation allows a set point adjustment of voltage or current by another input. Modulation signals can be derived from an external device, such as a thermistor, or from sampling output current or voltage.

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Five frequently seen power supply integration problems that may affect the product's lifespan and measures for correcting them, including: power supply grounding, line voltage, switching remote sense leads, over current trip fault, and operating environment.

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The peak-to-peak output voltage measurement requires a setup that is difficult for customers to replicate. This article explores the methods and physical apparatuses used by Magna-Power to measure peak-to-peak output voltage ripple.

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Magna-Power’s design philosophy focuses on developing power circuits capable of riding through potentially damaging conditions. This article explores this design philosophy in more detail, along with the company's MagnaDC power supply's signature current-fed power processing.

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The series-connected DBx Module deploys wrap-around high-resolution digital controls and multi-stage filtering to provide ultra-high performance from conventional switching programmable DC power supplies.

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Employing design principles to ensure manufacturability of complex designs at high-voltage and high-current extremes.

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