1 Isolated output design for safe and reliable voltage conversion

2 High power density up to 50W per cubic inch

3 CE marked for compliance with European standards

4 High efficiency operation up to 90% to reduce energy loss

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

6 Remote sense function for precise output voltage regulation

7 Current limit protection to prevent overloading

8 Logic disable feature for easy on/off control

9 Wide range output adjustment to adapt to various application requirements

10 Zero-Current-Switching (ZCS) power architecture for stable and low-noise performance

11 Low noise FM control to minimize electromagnetic interference

12 RoHS compliant (applicable to VE series versions)

1 Industrial control systems: Powering sensors, actuators, and control modules in manufacturing and automation lines

2 Telecommunications equipment: Providing stable voltage for routers, switches, and base station components

3 Data center infrastructure: Supporting power supply units for servers and storage devices

4 Test and measurement instruments: Ensuring accurate voltage for lab equipment like oscilloscopes and signal generators

5 Embedded systems: Powering microcontrollers and peripheral devices in compact electronic products

6 Power distribution units: Converting input voltages to match the needs of diverse connected devices

7 Non-critical medical devices: Supplying regulated power to diagnostic tools (excluding life support systems without VICOR's written approval)

8 Automotive electronics: Powering auxiliary systems in vehicles (subject to compatibility verification)

1 Do not exceed the permissible load current during normal, abnormal, or test conditions to avoid damage

2 For dynamic loading exceeding 25% of the rated current, consult VICOR Applications Engineering before operation

3 Under dynamic load, light load, or no-load conditions, audible noise may occur; this is normal and does not affect performance

4 Ensure correct connection of remote sense leads to offset phase lag caused by output lead inductance and load impedance

5 Protect against lead reversal, noise pickup, open circuits, or excessive output lead resistance

6 Use a fast-acting electronic circuit breaker for applications drawing more than the rated current

7 Do not operate the converter beyond its specified temperature range (refer to product grade for details)

8 Store the converter in ESD-safe packaging when not installed to prevent electrostatic damage

9 Follow the mechanical drawing for proper mounting and pin connection

10 Do not use the converter in critical life support devices/systems without explicit written approval from VICOR

11 Ensure input voltage matches the converter's specifications to avoid overvoltage damage

VI-J01-CZ-PDF数据手册-参考资料