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Industry White Paper

Programmable Power Supplies Keep Racing Team on Track

Is Low-Voltage Battery Charging Holding Back Race Performance? Could low-voltage battery charging impact a race car’s electronic systems, affecting performance and limiting experimentation with custom battery charging profiles? Discover how optimizing power management can make a difference in high-stakes motorsports.


Topics Covered
Programmable Power Supplies Keep Racing Team on Track
Addressing Low-Voltage System Issues
On- and Off-Track Roles

Applicaton Note Overview

How Programmable Power Supplies Fuel Wayne Taylor Racing's Success
Is Low-Voltage Battery Charging Holding Back Race Performance?
Could low-voltage battery charging impact a race car’s electronic systems, affecting performance and limiting experimentation with custom battery charging profiles? Discover how optimizing power management can make a difference in high-stakes motorsports.

How Wayne Taylor Racing Powers Victory Lane

Wayne Taylor Racing (WTR), a championship-winning IMSA team, leverages AMETEK Programmable Power's Sorensen XG Series power supplies to optimize their race cars' electrical systems. By overcoming low-voltage challenges, WTR ensures stable power for critical components during endurance races like the Rolex 24 at Daytona.

Discover how programmable power solutions enhance battery charging, enable real-time performance analysis, and provide a competitive edge on the track.

Get the Application Note

Uncover the technology behind WTR’s success and see how AMETEK Programmable Power solutions drive race-winning performance.

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