1 Isolated output design ensures electrical safety and reduces cross-interference.

2 High power density up to 50W/in³, ideal for space-constrained applications.

3 Certified by UL/cURus/CE/CTUVus, meeting international safety standards.

4 Conversion efficiency up to 90%, minimizing power loss and heat generation.

5 Compact size: 116.8×61.0×12.7mm, easy to integrate into systems.

6 Supports remote sense function to compensate for long output line voltage drops.

7 Equipped with overvoltage protection (OVP), thermal shutdown and current limit.

8 Logic disable function enables convenient on/off control.

9 Wide output adjustment range to fit diverse voltage needs.

10 Compatible with booster modules for synchronous arrays (higher power output).

11 Adopts zero-current switching (ZCS) technology for stable operation.

12 Low-noise FM control reduces electromagnetic interference (EMI).

13 RoHS compliant (VE-200 series) for environmental friendliness.

1 Industrial automation: Power supply for PLCs, sensors and control modules.

2 Telecom equipment: Stable power for routers, switches and base station components.

3 Embedded systems: Suitable for embedded computers and test instruments.

4 Data centers: Auxiliary power for servers or scalable power arrays.

5 Test & measurement devices: Accurate power delivery for precision tools.

6 Industrial control systems: Reliable power conversion for automation machinery.

7 Commercial electronics: Component-level power solution for various devices.

8 High-power applications: Synchronous arrays (with boosters) for multi-kilowatt demands.

1 Do not exceed permissible load current under normal/abnormal/test conditions.

2 For dynamic loading over 25% of rated current, consult Vicor Applications Engineering.

3 Use remote sense compensation for long output leads to offset phase lag.

4 Store in ESD-safe packaging (ANSI/ESD S20.20) at 10-40°C, 10-90% RH (non-condensing).

5 Do not connect Trim pin on booster modules (refer to pin function table).

6 Ensure output capacitance does not exceed specified limits (page4 of specs).

7 Use appropriate heat sink (e.g., PN20266) to maintain temperature within grade range (E: -10~85°C, C: -25~85°C, I: -40~85°C, M: -55~85°C).

8 Design system-level protections in addition to module's built-in OVP/current limit.

9 Follow mechanical specs for mounting to ensure heat dissipation and stability.

VI-25H-EU-PDF数据手册-参考资料