Vicor Products

Selecting the right Vicor DC-DC converter involves: 1) Input voltage range - ensure converter input rating covers your system voltage; 2) Output voltage - select fixed or adjustable output as needed; 3) Output power - choose converter with adequate power rating (typically use 50-80% of rated power); 4) Efficiency requirements - Vicor offers up to 98% efficiency; 5) Isolation requirements - isolated vs non-isolated designs. Vicor provides online design tools and simulation to help with selection. Contact our FAE team for application-specific recommendations.

Use our product selector or contact FAE for application-specific recommendations.

Key differences between isolated and non-isolated converters: Isolated converters: Provide electrical isolation between input and output using transformers; Offer higher input/output voltage ratios; Better common-mode noise rejection; Required for applications needing ground loop isolation. Non-isolated converters: Direct connection between input and output; Higher efficiency due to fewer components; More compact and lower cost; Suitable when isolation is not required. Vicor offers both types across their product portfolio. Choice depends on your system requirements for isolation, voltage ratios, and efficiency.

Contact our FAE team for guidance on isolated vs non-isolated selection for your application.

Vicor modules are available in various packages: ChiP packages - SM-ChiP (surface mount) from 9mm to 23mm height, DIP (through-hole) packages for high power; VI Chip packages - compact modules for Factorized Power Architecture; Evaluation boards - development platforms for rapid prototyping. Package selection depends on: Power level - higher power requires larger packages; Thermal management - thermal pad vs heat sink options; Assembly method - SMD vs through-hole; Form factor constraints. Vicor provides thermal and mechanical specifications for each package.

Contact us for package recommendations based on your power and thermal requirements.

Factorized Power Architecture (FPA) separates power conversion into two specialized functions: PRM (Pronto Module) for voltage regulation and VTM (Voltage Transformation Module) for current multiplication. FPA advantages include: Higher system efficiency (up to 97% per stage); Better thermal management with distributed heat sources; Flexible scaling through parallel operation; Dynamic voltage positioning for load optimization. Use FPA when: High current is required at point-of-load; System efficiency is critical; Thermal management is challenging; Load requirements may change. Contact our FAE team for FPA design guidance and component selection.

Contact our FAE team for FPA architecture assessment and component selection for your power system.

As an authorized Vicor distributor, BeiLuo Electronics provides competitive pricing and stock availability for all Vicor products. To get pricing: Contact our sales team with your part numbers and quantities; Request volume pricing for production quantities; Ask about scheduled delivery programs for long-term supply. For availability: Check current stock for standard products; Lead times for non-stock items typically 4-8 weeks; Expedite options available for urgent requirements. Technical support and samples are also available through our FAE team.

Contact our sales team for current pricing, availability, and to discuss your procurement requirements.