Core passive components inside a power supply unit — voltage conversion, energy storage, and filtering for GPU and CPU power stages.
These are the core passive components inside a power supply unit. They handle voltage conversion, energy storage, and filtering. In AI servers, they must support high frequency, high current, and high efficiency (98%+) to meet the demanding power requirements of GPUs and CPUs.
PQ3220 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
PQ3225 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
PQ2620 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
POT3310 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
ER2834 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
ER2828 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
ER2820 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
EDR39 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.
EE40 platform high-frequency transformer for switch-mode PSU and DC-DC stages — suited to high-current GPU/CPU rails where compact magnetics and stable EMI performance matter.