
eMobility: Extend runtime with high density power conversion
Learn how to develop better power delivery networks to enhance the performance, efficiency, and reliability of eMobility products
High power density
High efficiency with easier thermal management
Fast transient response
Low EMI
Vicor high performance power modules require dramatically less space than traditional discrete power solutions while providing high efficiency and power density. This enables longer uptime for recreation vehicles and productivity for commercial vehicles without sacrificing any features.
By adopting the modular approach power modules can be paralleled or swapped, allowing designs to accommodate new loads or changes in power. This enables easy scaling to meet different power needs without a complete redesign, allowing for easy customization and aftermarket additions to vehicles.
The ability to rapidly respond to changing load demands is crucial in EVs, especially during acceleration, braking, and other dynamic driving conditions. Vicor modules excel in this regard, ensuring smooth and efficient power delivery, optimizing energy usage.
Vicor provides tested and qualified power modules to build power delivery networks that can be designed quickly without all the wasted time and effort to test and certify a new discrete design. This enables our customers to get to market faster, giving them a distinct advantage over their competition.
Isolated, high-density BCM fixed-ratio converters safely and reliably convert a high voltage input into standard safety extra low voltage (SELV) 48Vbus output voltages to power 48V loads. BCMs are parallelable to achieve the power level necessary to support all the vehicle’s accessory loads. Vicor DCM4623 DC-DC converter modules convert high voltage batteries to efficiently power 12V vehicle loads such as ABS. Vicor power modules excel in both efficiency and power density, crucial factors for maximizing range and minimizing charging times in LEV. Their compact footprint allows for optimized packaging within the vehicle's limited space, while their high reliability ensures long-term performance and durability. Their soft-switching topologies allow for DC-DC voltage transformation without the generation of harmonics, high-frequency components that are often very difficult to filter. Additionally, the high-frequency operation allows for a reduction in the size of the EMI filter components.
eMobility: Extend runtime with high density power conversion
Learn how to develop better power delivery networks to enhance the performance, efficiency, and reliability of eMobility products
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