Advanced Energy AIF13WAC
More Power in the Same Space
Power demand is increasing - but system footprints are not.
Engineers are expected to deliver higher output, better efficiency, and more functionality without changing existing designs or mechanical constraints.
This is where most upgrades fail.
With the AIF13WAC, Advanced Energy provides a direct solution: 600 W output power in the same full-brick form factor previously limited to 500 W - combined with up to 94% efficiency.
Upgrade Without Redesign
Replacing a power supply often means redesigning the entire system - mechanics, cooling, and integration.
The AIF13WAC eliminates this effort.
It delivers:
- 20% higher output power in the same footprint
- full compatibility with existing accessories (heatsinks, case kits, EMI filters)
- a true drop-in replacement for previous generations
This allows engineers to upgrade performance without changing the surrounding system architecture.
Built for High-Density Power Systems
Designed for telecom and industrial applications, the AIF13WAC combines:
- 600 W output power
- 48 VDC nominal output at 13 A
- compact full-brick size (2.4 × 4.6 × 0.55 inches)
With a power efficiency of up to 94%, the module reduces energy losses and thermal stress - critical in high-density designs.
Designed for Contact-Cooled and Sealed Systems
Many modern systems operate in enclosed environments where airflow is limited or unavailable.
The AIF13WAC is optimized for:
- contact-cooled operation
- fanless system architectures
- IP-sealed designs
It maintains full performance even under high baseplate temperatures, enabling reliable operation in demanding environments.
Digital Control Enables System Intelligence
Unlike many conventional AC-DC modules, the AIF13WAC integrates full digital control and monitoring via PMBus.
This enables:
- real-time system monitoring
- output voltage adjustment (-20% to +10%)
- PSU status signaling
- simplified system diagnostics
These capabilities reduce external circuitry and give engineers greater control over system behavior.
Parallel Operation and Active Current Sharing
Scaling power is often complex and inefficient.
The AIF13WAC supports:
- parallel operation of up to three units
- integrated active current sharing
This allows flexible system scaling while maintaining balanced load distribution and stable operation.
Simplified System Integration
A common challenge in power design is the number of required external components.
The AIF13WAC minimizes this complexity.
For operation, only the following are required:
- input EMI filter
- hold-up capacitors
- output capacitors
Additional features include:
- integrated inrush current limiting
- auxiliary output (10 V/250 mA) for system support
- high isolation levels for safe operation
This reduces design effort and accelerates time to market.
Key Characteristics
The AIF13WAC is defined by:
- 600 W output in full-brick form factor
- up to 94% efficiency
- wide input range: 90-264 VAC
- 48 V main output +10 V auxiliary output
- digital control via PMBus
- parallel capability with active current sharing
- optimized for contact-cooled systems
It delivers more power, more control, and more flexibility - without increasing system complexity.
Work with FORTEC Switzerland to integrate Advanced Energy solutions into your system and upgrade performance without redesign.