GS-R1012 Просмотр технического описания (PDF) - STMicroelectronics
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GS-R1012 Datasheet PDF : 7 Pages
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GS-R1012
ELECTRICAL CHARACTERISTICS (Tamb = 25°C unless otherwise specified)
Symbol
Parameter
Test Conditions
Min Typ
Vi
Input Voltage
li
Input Current
lir
Reflected Input Current
Vien
Viinh
liinh
Enable Input Voltage
Inhibit Input Voltage
Inhibit Input Current
Vo
Vor
δVOL
δVOO
∆Vo
Io
Iol
Iosc
δIo
Output Voltage
Output Ripple
Voltage
Line Regulation
Load Regulation
Remote Sense
Compensation
Output Current*
Output Current
Limiting
Short-circuit Output
Current
Current Sharing
Deviation
tss
tr1
tr2
fs
η
Rthc
Soft-start Time
Line Transient
Recovery Time
Load Transient
Recovery Time
Switching Frequency
Efficiency
Thermal Resistance
Case-to-ambient
Vo = 12V Io = 1.5 to 10A
18
24
Vi = 24V Io = 10A
5,6
Vi = 24V Io = 10A
400
with external filter (C = 1000µF)
Vi = 18 to 36V Io = 1.5 to 10A
0
Vi = 18 to 36V Io = 1.5 to 10A
2
Vi = 18 to 36V Io =1.5 to 10A
0.3
Viinh = 5V
Vi = 18 to 36V Io = 1.5 to 10A
11.4
12
Vi = 24V
150
Io = 10A
Vi = 18 to 36V Io = 10A
Vi = 24V Io = 1.5 to 10A
Vi = 24V
Io = 10A
Vi = 18 to 36V Vo = 12V
0
Vi = 18 to 36V
10.5
Vi = 24V
Vi = 24V
Io = 2 to 10A two modules in
parallel
Vi = 24V Io = 10A
15
Vi = 15 to 36V
60
Io = 5A
Vi = 24V Io = 1.5 to 10A
100
Vi = 24V Io = 1.5 to 10A
Vi = 18 to 36V Io = 10A
100
90
92
7.5
* Note: when output current is less than 1.5A, output ripple voltage increases due to discontinuous operation.
Max Unit
36
V
A
500 mApp
1.2
V
24
V
0.5
mA
12.6
V
mVpp
0.5
%
1
%
0.5
V
10
A
11.5
A
16
A
10
%
ms
µs
µs
kHz
%
°C/W
2/7
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