1 Isolated output design ensures electrical isolation between input and output, reducing interference and enhancing safety

2 High power density up to 50W/in³, compact size (116.8×61.0×12.7mm) optimizes space utilization

3 Up to 90% conversion efficiency minimizes energy loss and heat generation

4 Compliant with UL, cURus, CE, and RoHS (VE-200 series) standards for global applicability

5 Integrated protections: Remote sense, current limit, overvoltage protection (OVP), thermal shutdown, short circuit auto-restart

6 Logic disable function allows convenient system-level power control

7 Wide output adjustment range and compatibility with power booster modules for higher power needs

8 Zero-Current-Switching (ZCS) architecture delivers low noise and stable performance

9 Multiple temperature grades (E/C/I/M) adapt to different environments (e.g., E grade: -10~+85℃ operating temp)

10 Low noise FM control ensures electromagnetic compatibility

1 Industrial automation: Power for PLCs, DCS modules, and field sensors in manufacturing lines

2 Telecommunications: Stable power for network routers, switches, and base station transceivers

3 Test & measurement: Reliable power source for oscilloscopes, spectrum analyzers, and signal generators

4 Renewable energy: Supporting BMS in solar storage setups and wind turbine control modules

5 Transportation: Auxiliary power for railway signaling devices and EV on-board electronic systems

6 Medical devices: Powering non-life-support diagnostic equipment (e.g., blood pressure monitors) with compliance checks

7 Consumer electronics: High-end audio equipment and professional gaming consoles needing stable DC power

1 Do not exceed permissible load current during normal/abnormal/test conditions (refer to specs)

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

3 When using remote sense, keep output lead resistance ≤0.25mV max to avoid phase lag/noise

4 Store in ESD-safe packaging (ANSI/ESD S20.20) in a temperature-controlled environment (no condensation)

5 Do not connect sense terminals on booster modules (per pin function guidelines)

6 Prior written approval from VICOR's CEO/General Counsel is mandatory for life-support applications

7 Follow mechanical installation: Use aluminum base for heat dissipation, correct pin connections (refer to drawings)

8 Avoid temperatures outside product grade range (e.g., M grade: -55~+85℃ storage temp)

9 Do not exceed maximum output capacitance limits (refer to specs)

10 For higher power needs, use synchronous arrays of multiple modules as recommended

VI-B5J-MU-PDF数据手册-参考资料