Page 1
AC-DC Converters
0W
30W
60W
100W
120W
0 10 20 30 40 50 60 70
50W
Power Derating Curve
Ambient Temperature (°C)
Natural
Convection
Cooling
Output
Power
(Watts)
www.powersolve.co.uk
PPS100LB Series
100 Watts
Single, Dual, Triple & Quad Outputs
Features
• Built-in EMI filter
• Very low cost
Electrical Specification
INPUT
Input range 90~132 / 180~264 VAC selectable
Frequency 47~63Hz
Inrush current 38A typical, Cold start @ 25°C, 115 VAC
Efficiency 65% ~ 85% typical at full load
EMI filter FCC Class B conducted, CISPR 22 Class B conducted, EN55022 Class B Conducted
Line regulation ± 0.5% typical
OUTPUT
Maximum power 100W convection
Peak power 130 watts
Hold-up time 10ms typical at full load and 115 VAC nominal line
Overload protection Short circuit protection
Overvoltage protection Main output 20% to 40% above nominal output
Ripple/Noise
Output adjustment ± 10% on output 1
ENVIRONMENTAL
Operating temperatur
Humidity Operating; non-condensing, 5% to 95%
Vibration 10~55 Hz at 1G 3 minutes period, 30 minutes along X, Y and Z axis
Storage temperatur
Temperature coefficient ± 0.05% per degree C
MTBF demonstrated >100,000 hours at full load and 25°C ambient conditions
EMI & EMC
Safety approval UL, cUL, TUV EN60950
e
e
± 1% Max. @ full load
°C ambient; derate each output at 2.5% per degree from 50°C to 70°C
0 to 50
-40 to 85
FCC par
CISPR 22 / EN55022, Class B
VCCI, Class 2
CE, EN 61000-3-2 (Class A) and –3; EN 61000-4-2, -3,-4.-5,-6 and -11
°C
t 15, Class B
Powersolve Electronics Ltd. Units 8A, Arnhem Road, Newbury, RG14 5RU. England
Tel:01635 521858 Fax: 01635 523771 Email: [email protected]
Page 2
AC-DC Converters
www.powersolve.co.uk
MODEL OUTPUT 1 OUTPUT 2 OUTPUT 3 OUTPUT 4 TOTAL REGULATION
PPS100LB-10 5V 20A ±3%
PPS100LB-11 12V 8.33A ±3%
PPS100LB-12 15V 6.67A ±3%
PPS100LB-13 24V 4.17A ±3%
PPS100LB-14
PPS100LB-15 3.3V 20A ±3%
PPS100LB-20* +5V 11A +12V 4.5A ±5% both outputs
PPS100LB-21* +5V 11A +24V 2.5A ±5% both outputs
PPS100LB-22*
PPS100LB-23* +12V 4.5A -12V 4.5A ±5% both outputs
PPS100LB-24* +15V 3.8A -15V 3.8A ±5% both outputs
PPS100LB-25*
PPS100LB-26* +5V 1A +48V 2A ±5% both outputs
PPS100LB-30* +5V 11A +12V 4.5A -5V 0.7A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-31* +5V 11A +12V 4.5A -12V 0.7A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-32* +5V 11A +15V 3A -15V 0.7A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-33* +5V 15A +15V 2A -5V 0.6A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-34* +5V 14A +15V 2A -12V 0.6A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-35* +5V 10A +24V 2A -12V 0.6A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-36* +5V 4A +12V 7A -12V 0.6A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-37* +5V 10A +12V 4A +24V 0.3A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-38* +5V 7A +12V 2A +48V 1A O/P 1&2 ±5%, O/P 3 ±10%
PPS100LB-40* +5V 11A +12V 4A -12V 0.6A -5V 0.6A O/P 1&2 ±5%, O/P 3&4 ±10%
PPS100LB-41*
PPS100LB-42* +5V 11A +12V 2A -15V 1A +15V 1A O/P 1&2 ±5%, O/P 3&4 ±10%
PPS100LB-43*
PPS100LB-44* +5V 8A +12V 1A -12V 1A +48V 1A O/P 1&2 ±5%, O/P 3&4 ±10%
PPS100LB-45* +5V 8A +12V 2A -12V 1A +24V 2A O/P 1&2 ±5%, O/P 3&4 ±10%
PPS100LB-46* +3.3V 15A +5V 3A +12V 2A -12V 1A O/P 2&3 ±5%, O/P 1&4 ±10%
PPS100LB-47* +3.3V 10A +5V 8A +12V 2A -12V 1A O/P 1&2 ±5%, O/P 3&4 ±10%
48V 2.08A ±3%
+5V 11A -5V 11A ±5% both outputs
+3.3V 15A +12V 4.5A ±5% both outputs
+5V 11A +12V 3A -12V 1A -5V 1A O/P 1&2 ±5%, O/P 3&4 ±10%
+5V 8A +12V 3A -15V 1A -12V 1A O/P 1&2 ±5%, O/P 3&4 ±10%
Note:
atts convection cooled, 130 Watts peak for <30 seconds with a maximum 10% duty cycle.
MAX POWER:
RIPPLE & NOISE:
LOAD REGULATION: Load test conditions are from minimum, 50% and 100% load conditions on each output.
100 W
Maximum peak to peak noise expr
0.1uF and 47uF capacitor on outputs.
*Minimum loading of 10% r
essed as a per
ed on all outputs, to achieve r
equir
centage of output voltage, 20 MHz bandwidth, input at nominal line voltage,
egulation specified.
Powersolve Electronics Ltd. Units 8A, Arnhem Road, Newbury, RG14 5RU. England
Tel:01635 521858 Fax: 01635 523771 Email: [email protected]
Page 3
AC-DC Converters
www.powersolve.co.uk
Powersolve Electronics Ltd. Units 8A, Arnhem Road, Newbury, RG14 5RU. England
Tel:01635 521858 Fax: 01635 523771 Email: [email protected]
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