1 Isolated output design to ensure safe electrical separation between input and output circuits

2 High power density of up to 50W per cubic inch, suitable for space-constrained power system designs

3 Certified by UL, cURus, and CE, meeting international safety and quality standards

4 High conversion efficiency up to 90%, reducing energy loss and heat generation

5 Compact half-brick form factor: 2.28 inches × 2.47 inches × 0.5 inches (57.9mm × 61.0mm ×12.7mm)

6 Equipped with remote sense and current limit functions for precise output voltage regulation and overload protection

7 Logic disable feature allows external control to turn off the converter

8 Wide range of output voltage adjustment to adapt to diverse application requirements

9 Adopts Zero-Current-Switching (ZCS) power architecture for low electromagnetic interference (EMI) and stable operation

10 Low-noise frequency modulation (FM) control to minimize signal interference

11 RoHS compliant for VE series versions, aligning with environmental protection requirements

12 High dielectric withstand voltage: 3000V AC (input to output), 500V AC (output to baseplate), and 1500V AC (input to baseplate)

13 Efficient thermal performance with baseplate-to-sink thermal resistance of 0.14°C/W (when using Vicor PN 20267 heat sink)

1 Component-level DC-DC power conversion in industrial control systems

2 Power supply for telecom and data communication equipment requiring high reliability

3 Embedded systems and IoT devices where space and power density are critical

4 Test and measurement instruments needing precise voltage regulation and low noise

5 Non-life-support medical equipment that demands certified and stable power modules

6 Consumer electronics with compact design requirements and high efficiency needs

7 Industrial automation equipment that benefits from isolated power and remote control functions

8 Power systems requiring flexible output voltage adjustment and logic disable capabilities

1 Do not exceed the permissible load current during normal, abnormal, or test operations

2 Dynamic loading exceeding 25% of the rated current must be reviewed by Vicor Applications Engineering to ensure proper performance

3 When using remote sense, compensate for lead impedance to maintain accurate output voltage

4 Store the module in ESD-safe packaging in accordance with ANSI/ESD S20.20 standards when not installed

5 Avoid exposing the module to temperatures outside the specified storage and operating ranges

6 Do not use the module in life support devices or systems without Vicor's prior written approval

7 Follow the recommended connection diagrams and thermal management guidelines (e.g., using the specified heat sink) for optimal performance

8 Refer to Vicor's official website for the latest product specifications, as they are subject to change without notice

9 Ensure compliance with all applicable safety and regulatory standards during installation and use

VI-J6Y-CY-PDF数据手册-参考资料