1 Isolated output design for enhanced electrical safety and noise isolation

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

3 Compliance with UL, cULus, and CE safety standards

4 Utilizes zero-current-switching forward converter technology for low noise and high reliability

5 High conversion efficiency up to 90% to reduce energy loss

6 Compact half-brick form factor (2.28" × 2.41" × 0.5" / 57.9 × 61.2 ×12.7mm)

7 Remote sense and current limit functions for precise output control

8 Logic disable feature to manage power on/off remotely

9 Wide range output voltage adjustment capability

10 Supports operation in temperatures ranging from -40°C to +100°C (depending on grade)

11 Low noise FM control to minimize electromagnetic interference

1 Telecom base stations and network equipment: Provides stable voltage for transceivers, routers, and switches

2 Industrial automation systems: Powers PLCs, sensors, actuators, and control modules in manufacturing lines

3 Data center server racks: Regulates voltage for server components and peripheral devices

4 Embedded electronic devices: Used in test and measurement instruments (oscilloscopes, signal generators) and industrial computing systems

5 Renewable energy systems: Adapts voltage for battery management systems and inverter components

6 Automotive electronics: Suitable for in-vehicle systems requiring reliable DC-DC conversion (non-high-voltage applications)

7 Medical diagnostic equipment: Powers non-life-support devices like patient monitors and lab analyzers (with proper approval)

1 Do not exceed the maximum input voltage, output current, or power ratings specified in the datasheet

2 Ensure proper heat dissipation: Use a compatible heatsink or thermal pad when operating at high loads to keep junction temperature within limits

3 Follow correct wiring guidelines: Match input/output terminals to the pinout diagram to avoid reverse polarity or short circuits

4 For dynamic loads exceeding 25% of rated current, consult VICOR applications engineering to verify compatibility

5 Do not use the converter in life support devices/systems without prior written approval from VICOR

6 Store in ESD-safe packaging when not installed to prevent electrostatic discharge damage

7 Avoid exposure to extreme temperatures, humidity, or corrosive environments beyond the specified operating ranges

8 Disconnect power before performing maintenance or wiring changes to prevent electric shock

9 Use appropriate overcurrent protection devices (like fuses) in the input circuit to safeguard against faults

10 Ensure the total output capacitance connected to the converter does not exceed the limits specified in the datasheet

VI-JT1-EW-PDF数据手册-参考资料