1 Isolated output design ensures electrical separation between input and output circuits

2 High power density up to 50W/in³ for compact power system integration

3 Certified to UL, cURus, and CE standards for global compliance

4 High efficiency up to 90% reduces energy loss and thermal management needs

5 Compact half-brick size: 2.28" × 2.4" × 0.5" (57.9mm ×61.0mm ×12.7mm)

6 Remote sense function allows accurate voltage regulation at the load point

7 Built-in current limit protection prevents damage from overcurrent conditions

8 Logic disable pin enables on/off control of the converter via external signals

9 Wide output voltage adjustment range (50% to 110% of nominal Vout)

10 Zero-Current-Switching (ZCS) power architecture ensures low noise operation

11 Low noise FM control minimizes electromagnetic interference (EMI)

12 RoHS compliant (VE series) to meet environmental standards

13 Trim range support allows fine-tuning of output voltage

14 Output temperature drift as low as 0.01%/°C for stable performance over temperature

15 Long-term drift of 0.02%/1k hours ensures consistent operation over time

1 Component-level DC-DC conversion in industrial automation equipment

2 Power supply for telecom and networking devices requiring compact, efficient modules

3 Embedded systems where space constraints demand high-density power solutions

4 Test and measurement instruments needing stable, low-noise power output

5 Next-generation power systems prioritizing efficiency and reliability

6 Industrial control systems that benefit from isolated power conversion

7 Data center infrastructure and server modules requiring modular power components

8 Automation and robotics applications with compact power requirements

9 Medical equipment (excluding life support systems) needing certified power conversion

10 Consumer electronics with demanding efficiency and size constraints

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

2 Dynamic loading exceeding 25% of rated current requires Vicor engineering review

3 Store in ESD-safe packaging compliant with ANSI/ESD S20.20 when uninstalled

4 Maintain storage temperature (-40°C to +105°C) and humidity (≤85%, non-condensing)

5 Use remote sense correctly to offset phase lag from output lead inductance

6 Avoid noise pickup/open circuits/excessive lead resistance when using remote sense

7 Ensure total output capacitance does not exceed limits in product documentation

8 Not authorized for life support systems without Vicor’s written approval

9 Specifications are subject to change; refer to Vicor’s website for latest info

10 Follow grounding/bypass capacitor guidelines as shown in basic operation diagrams

11 Comply with Vicor’s Terms and Conditions and Product Guarantee

12 Use fast-acting circuit breakers for applications exceeding rated current

VE-JN3-CY-B1-PDF数据手册-参考资料