Vicor Robotics
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Delivering High-Density Power for Today's Demanding Mobile Robots
Vicor's power modules support optimal power system design for robots can go further and last longer.
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Power Delivery Networks Optimize Mobile Robot Performance
Learn how to create modular power delivery networks that optimize mobile robot performance with Vicor's fixed-ratio converters buck/buck-boost regulator modules.
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Factorized Power: The solution to today’s new power challenges
Vicor's power experts illustrate why Factorized Power Architecture is the solution to high-current and high-density point-of-load (PoL) challenges in robotic design.
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Redefining Power Delivery Architectures with Fixed Ratio Converters
Insight on designing high-power systems with fixed-ratio converters.
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Case Study: Wireless Battery Charger
Developing a universal wireless charging station for robots with efficient and adjustable output.
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Case Study: Security Robot
Redesigning PDNs in security robots to support upgraded sensor and processor technologies.
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Case Study: Sewer Inspection Robot
Optimizing PDNs in sewer inspection robots to achieve more reliable operation in harsh environments.
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Case Study: Overhead Gantry Robot
Facilitating contactless power solutions with wide input voltage in factory robotic systems.
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Maximizing Run-Time in Autonomous Warehouse Robots
Improving run-time in autonomous warehouse robots with Vicor's high-efficiency converters.
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Case Study: Powering Tethered Robots
Developing tethered robots with multiple power sources for flexibility across environments.
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Six Questions to Consider Before Designing Your Robot's Power Architecture
Key considerations for designing power-efficient, scalable robots.
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