PBKAM15 Series
1 3 ~ 1 5 W AT T S - A C / D C P O W E R M O D U L E S I N G L E & M U LT I P L E O U T P U T
FEATURES
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AC/DC power module
Universal input 85 ~ 265 VAC
High efficiency up to 79%
Short circut protection
Internal input filter
71°C operation temperature
SPECIFICATIONS
INPUT
Derating
Vi nom, from +51°C to +71°C 2% / °C
Input voltage
85-265VAC
Temperature coefficient +0.03%°C
Input voltage range
AC in 85 - 265VAC
Cooling
Free air convection
DC in 120 - 375VDC
Vi: 115 VAC, lo nom 250-500mA
Dimension
Switching frequency
MTBF
L76.2 x W50.8 x H22.8
100KHz
Rated input current
Line frequency
Inrush current
Leakage current
OUTPUT
Vi nom, lo nom 47-63Hz
Vi: 115/230 VAC, lo nom 10/18A
Input-Output 0.25mA
Bellcore Issue 6 at 40°C, GB
160g
Weight
STANDARDS
Voltage range
Minimum load
See Table
Safety standards
UL/cUL UL 60950-1 Recognised
TUV EN 60950-1, CB Scheme
Vi nom, Single Output Models 0%
Vi nom, Multiple Output Models (each output)
Lo nom, Vi min to Vi max + 1%
C-Tick
AS/NZ CISPR11 Group 1, Class A
Line regulation
Load regulation
CE EN 61000-6-3, EN 55022 Class B, EN 61000-
3-2, EN 61000-3-3, EN 61000-6-2, EN 55024
EMC standards
Vi nom, single Output Models + 2%
Vi nom, lo min - lo nom Multiple Output Models
+ 2%
SELECTION TABLE
Cross regulation
Assymmetrical load 20% / 100% FL +6%
Vi: 115/230 VAC, lo nom 15/30 ms
MODELNUMBER
SINGLEOUTPUT
OUTPUT
POWER
Hold up time
Rippple and noise
Vi nom, lo nom, BW = 20MHz 3.3V and 15V
100mV
12V, 15V, 24V and Dual 150mV
Model Dependant up to 82%
PBKAM1503
+ 3.3 V
+ 5V
4000 mA
13W
15W
15W
15W
15W
PBKAM1505
3000 mA
1250 mA
1000 mA
625 mA
PBKAM1512
+12V
+15V
+24V
Efficiency
PBKAM1515
PBKAM1524
MULTIPLEOUTPUT
PBKAM1512D
PBKAM1515D
PBKAM15503D
ENVIRONMENTAL
Storage temperature
Relative humidity
Isolation voltage
Ambient temperature
Non operational -40 to +100°C
Vi nom, lo nom 20-95% RH
+12V
+15V
+625mA
+500mA
15W
15W
15W
Input-Output at 3000/4242 VAC/VDC
Operating at Vi nom , lo nom -40 to +71°C
+5 / + 3.3V +1A/+3A
MECHANISM & PIN CONFIGURATION
Doc. No. PBC9 Rev.C 28-4-11
Powering Progress – www.powerbox.com.au
137