|OCP||12V1: 34.9A (140%) 12V2: 34.9A (140%) 12V3: 39.3A (131%) 12V4: 38.7A (129%) 5V: 26.4A (132%) 3.3V: 28.2A (141%) 5VSB: 4.4A (176%)|
|OTP||✓ (160°C @ secondary side)|
|SCP||12V: ✓ 5V: ✓ 3.3V: ✓ 5VSB: ✓ -12V: ✓|
|SIP||Surge: MOV Inrush: NTC thermistor & bypass relay|
OCP's triggering points on the +12V rail are notably higher than the ones listed on BitFenix's spec sheet. The difference between the first and second pair of +12V rails is around 5A, with the latter ones being stronger. OCP on the minor rails is configured properly, and the same goes for over-power protection.
Since the +12V FETs are installed on the main PCB's solder side, we had to apply a very high temperature on the secondary side to trigger over-temperature protection.
Finally, the power-good signal is accurate, and there is protection against large inrush currents/voltage spikes coming from the grid.
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