SPU15A-101 Datasheet, PDF (1/2 Pages) Volgen Kaga Electronics Inc. – 15W Desk Top Switching Power Supplies For I.T.E.

SPU15A SERIES
15W Desk Top Switching Power Supplies For I.T.E.
Description:
The SPU15A series of AC/DC switching mode power
supplies provide 15 Watts of continuous output power. All
supplies are UL 94V-0 compliant, include IEC-320-C14
input for worldwide applications. All models meet FCC class
B and CISPR class B emission Limits and are designed to
comply with UL, C-UL, TUV and CE requirements. All units
are 100% burned in and tested.
Features:
Wide Input Voltage 90 to 264VAC,47 to 63 Hz
IEC-320-C14 Input Inlet
Output Voltage Available From 3VDC Thru 48VDC
Optional Output Connector (See appendix)
Single Output
Splash proof
Class I Insulation
Two years warranty
Safety Approvals:
Electrical Characteristics:
CB
PS
E
Sym.
Parameter
Test Conditions
Min. Typ. Max. Unit
Vin Input Voltage
90
264 VAC
Fin Input Frequency
47
63 Hz
Wo Output Power Range
Vin=90 to 264VAC
15
W
Vo Output Voltage Range
See rating chart V
Io Output Current Range
See rating chart A
Iil Input Current (Low Line)
Io=Full load, Vin=115VAC
0.4 A
Iih Input Current (High Line)
Irl Low Line Inrush Current
Irh High Line Inrush Current
Eff Efficiency
Io=Full load, Vin=230 VAC
Io=Full load, 25°c, Cool start,
Vin=115VAC
Io=Full load, 25°c, Cool start,
Vin=230VAC
Io=Full Load, Vin=230VAC
0.26 A
12 15
A
26 30
A
60 75 85
%
REG-i Line Regulation
Io=Full Load
0.5 1
%
REG-o Load Regulation
Vin=230VAC
37
%
OVP Over Voltage Protection
Nil
%
OCP Over Current Protection
Nil.But,Output protected to short circut conditions %
Ttr Transient Response
Io=Full Load to Half Load, Vin=100VAC
4
mS
Thold Hold-Up Time
Io=Full Load, Vin=100VAC
5
mS
Ts Start Up Time
Io=Full Load, Vin=100VAC
0.3 1 2
S
Vrn Ripple & Noise (Pe ak to Peak) Full Load, Vin=90VAC
12
%
Ilk Safety Ground Leakage Curr ent Io=Full Load, Vin=240VAC
0.5 0.75 mA
Tc Temperature Coefficient
All output
-0.04
0.04 %/°c
Environmental :
Sym.
Toper
Tstg
Hr
Pd
Parameter
Test Conditions
Operating Temperature
Storage Temperature
Relative Humidity
Derate linearly from 100% load at 40°c to 50% load at 70°c
Min. Typ. Max.
0
70
-40
85
5
95
Unit
°c
°c
%