High wattage power supplies use cooling fans, which can generate noise issues depending on the installation environment. This is especially problematic for medical devices, where quiet operation is essential.
Other applications requiring quiet operation include mixers, electron microscopes, and residential power conditioners.
Meeting high‑wattage requirements often necessitates parallel operation depending on the design conditions. This increases space, adds wiring costs, and can cause issues such as higher leakage current and noise. A single 3”×5” high‑wattage power supply eliminates these problems.
- ■Conduction Cooling
Heat generated by the power supply is dissipated to the outside through the chassis to prevent the internal temperature of the equipment from rising, supporting the overall thermal design.
- ■IEC60601-1-3 certified
- ■BF-rated, touch current 100μA or below
- ■3×5 inches size
High power density reduces space requirements and increases your design flexibility.
The fanless, high power density GHA series delivers clear advantages that drive your value creation.
- ■The GHA700F delivers 96% efficiency, supporting energy savings across various applications.
- ■The GHA700F is designed to comply with IEC61558‑2‑16 to meet the requirements of IEC60335.
- ■The isolated AUX power output simplifies logic‑circuit design and increases overall design flexibility. (Optional)
- ■The fanless design eliminates dust intake.
- ■Conduction cooling makes a sealed enclosure possible.
GHA Series Lineup
GHA300F
| Model | Power Output | Output Voltage・Current |
|---|---|---|
| GHA300F-12 | 300W |
12V 25A forced air cooling +50℃ 12V 8.4A natural air cooling +40℃ 12V 4.5A natural air cooling +50℃ |
| GHA300F-24 | 300W |
24V 12.5A forced air cooling +50℃ 24V 4.2A natural air cooling +40℃ 24V 2.2A natural air cooling +50℃ |
| GHA300F-48 | 302.4W |
48V 6.3A forced air cooling +50℃ 48V 2.1A natural air cooling +40℃ 48V 1.1A natural air cooling +50℃ |
GHA500F
| Model | Power Output | Output Voltage・Current |
|---|---|---|
| GHA500F-12 | 500.4W |
12V 41.7A forced air cooling +50℃ 12V 12.5A natural air cooling +40℃ 12V 9.2A natural air cooling +50℃ 12V 30A convection cooling +0℃ 12V 16.7A convection cooling +50℃ |
| GHA500F-15 | 501W |
15V 33.4A forced air cooling +50℃ 15V 10A natural air cooling +40℃ 15V 7.4A natural air cooling +50℃ 15V 24A convection cooling +0℃ 15V 13.4A convection cooling +50℃ |
| GHA500F-24 | 504W |
24V 21A forced air cooling +50℃ 24V 6.3A natural air cooling +40℃ 24V 4.6A natural air cooling +50℃ 24V 15A convection cooling +0℃ 24V 8.4A convection cooling +50℃ |
| GHA500F-30 | 501W |
30V 16.7A forced air cooling +50℃ 30V 5A natural air cooling +40℃ 30V 3.7A natural air cooling +50℃ 30V 12A convection cooling +0℃ 30V 6.7A convection cooling +50℃ |
| GHA500F-48 | 504W |
48V 10.5A forced air cooling +50℃ 48V 3.2A natural air cooling +40℃ 48V 2.3A natural air cooling +50℃ 48V 7.5A convection cooling +0℃ 48V 4.2A convection cooling +50℃ |
| GHA500F-56 | 504W |
56V 9A forced air cooling +50℃ 56V 2.7A natural air cooling +40℃ 56V 1.9A natural air cooling +50℃ 56V 6.4A convection cooling +0℃ 56V 3.6A convection cooling +50℃ |
GHA700F
| Model | Power Output | Output Voltage・Current |
|---|---|---|
| GHA700F-12-J1 | 650.4W | 12V 54.2A forced air cooling +50℃ 12V 33.4A natural air cooling +30℃ 12V 22.2A natural air cooling +50℃ 12V 33.4A convection cooling +50℃ |
| GHA700F-24-J1 | 700.8W |
24V 29.2A forced air cooling +50℃ 24V 16.7A natural air cooling +30℃ 24V 11.1A natural air cooling +50℃ 24V 16.7A convection cooling +50℃ |
| GHA700F-30-J1 | 699.0W |
30V 23.3A forced air cooling +50℃ 30V 13.4A natural air cooling +30℃ 30V 8.9A natural air cooling +50℃ 30V 13.4A convection cooling +50℃ |
| GHA700F-48-J1 | 700.8W |
48V 14.6A forced air cooling +50℃ 48V 8.4A natural air cooling +30℃ 48V 5.6A natural air cooling +50℃ 48V 8.4A convection cooling +50℃ |
| GHA700F-56-J1 | 700.0W |
56V 12.5A forced air cooling +50℃ 56V 7.2A natural air cooling +30℃ 56V 4.8A natural air cooling +50℃ 56V 7.2A convection cooling +50℃ |
