-
Remote
ON/OFF Control: The power supply shall accept
a logic open collector level which will disable/enable
all out put voltage (excluding +5V standby)
-
Output
voltage hold-up time: 10.0mS minimum: at 230V
/ 50 Hz.
-
Operation
at no load: The power supply will be capable
of being operated with no load on any or all outputs
without damage.
-
Over
voltage protection:
-
+5V
: 6.5V(max.)
-
+3.3V
: 4.6V(max.)
-
+12V
: 15.5V(max.)
-
Over
current protection: There shall be protection
from an output over-current event. The power supply
may shutdown from such an event and require power-on
restart. Testing consists of application of the
listed over-current value with maximum load on
all other outputs. Over-current test values: (maximum
load)
-
+3.3V
: 81A(max.)
-
+5V
: 65A(max.)
-
+12V
: 30A(max.)
-
Short
current protection: A short circuit at any
output shall cause no damage to the power supply
nor blow the primary fuse. The power supply may
shut down in the event of a short circuit and
require power-on restart. A short circuit consists
of application of a test resistance of less then
0.05 ohms at each output with maximum load on
all outputs.
-
Output
risetime: The cold-start enable output voltage
risetime of all outputs shall be measured with
maximum load on all outputs. Riseti me
(10-90%):
-
+3.3V
20mS (max.)
-
+5V
20mS (max.)
-
+12V
20mS (max.)
-
-12V
20mS (max.)
-
-5V
20mS (max.)
-
+5Vsv
20mS
(max.)
-
Output
overshoot: No output voltage shall overshoot
or generate spikes at turn-on or turn-off, during
momentary power loss, output short, or realistic
input voltage or output load changes. Overshoot
is defined as any output that exceeds the voltage
tolerance plus or minus an additional 5%.
-
Efficiency:
Overall efficiency must be 65% min. measured at
normal AC mains voltage and frequency with maximum
loads on all outputs.
-
Power
good signal: 230V (full load): 100-500mS
-
Temperature
range:
-
operating
0oC~50oC
-
storage
-20oC~+65oC
-
Relative
Humidity: 90%
-
Safety
requirements: TUV, NEMKO + CB REPORT
-
Dielectric
strenght: Primary to frame ground: 1800 Vac
for 1 sec. Primary to secondary: 1800 Vac for
1 sec.
-
Insulation
resistance: Primary to secondary: 20 Meg.
ohms min. Primary to frame ground: 20 Meg. ohms
min.
-
Ground
leakage current: The power supply ground leakage
current shall be less than 0.5mA
-
Emission
requirements: The power supply ground
leakage current shall be less than 3.5mA