POWER-ONE 48IMS15-24-24-9

IMS 15 Series
15 Watt DC-DC Converters
Wide input voltage ranges up to 75 V DC
1 or 2 outputs up to 48 V DC
1500 V DC I/O electric strength test voltage
LGA
• Magnetic feedback
• Short circuit protection
• Industry standard 2" x 1.6" case with 10.5 mm
profile
Selection chart
Output 1
Output 2
Input voltage
Uo nom
Io nom
Uo nom
Io nom
Ui
[V DC]
[mA]
[V DC]
[mA]
[V DC]
5.1
2700
14...36
5.1
2700
36...75
12
1400
14…36
12
1400
36…75
15
1120
14…36
15
1120
36…75
+5.1
1600
+3.3
1600
14...36
+5.1
1600
+3.3
1600
36...75
5
1400
5
1400
14...36
5
1400
5
1400
36...75
12
700
12
700
14...36
12
700
12
700
36...75
15
560
15
560
14...36
15
560
15
560
36...75
24
350
24
350
14...36
24
350
24
350
36...75
1 For minimum order quantity and lead time contact Power-One.
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Type
24 IMS 15-05-9R
48 IMS 15-05-9R
24 IMS 15-12-9C
48 IMS 15-12-9C
24 IMS 15-15-9C
48 IMS 15-15-9C
24 IMS 15-0503-9R
48 IMS 15-0503-9R
24 IMS 15-05-05-9
48 IMS 15-05-05-9
24 IMS 15-12-12-9
48 IMS 15-12-12-9
24 IMS 15-15-15-9
48 IMS 15-15-15-9
24 IMS 15-24-24-9
48 IMS 15-24-24-9
Options1
i, C, L, Z
i, C, L, Z
i, L, Z
i, L, Z
K, i, C, L, Z
K, i, C, L, Z
K, i, C, L, Z
K, i, C, L, Z
K, i, C, L, Z
K, i, C, L, Z
i, C, L, Z
i, C, L, Z
1
Board Mountable
IMS 15 Series
Input
Input voltage range
24 IMS15
48 IMS15
14...36 V DC
36...75 V DC
Output
Output voltage setting accuracy
Minimum load
Line/load regulation
Line regulation
Load regulation
Output voltage switching noise
Efficiency
Ui nom, 50% lo nom, models with/without R
±1%/±1.5% Uo nom
recommended for double output models
10% lo nom
Ui min...Ui max, 50% lo nom, models R (magn. feedback) ±0.5% Uo nom
Ui min...Ui max, 50% lo nom, models without R
±1% Uo nom
Ui nom , 10...100% lo nom, models without R
±3% Uo nom
tracking output, models without R
±3% Uo nom
Ui nom , 0...100% lo nom, peak-peak, total
max. 1...1.5% Uo nom
Ui nom , lo nom
up to typ 88%
Control and protection
Remote shut down
Trim input for Uo
Magnetic feedback
Input overvoltage protection
Input undervoltage lock-out
Overload protection
No-load protection
Temperature protection
disabled with ≤0.7 V
80...105%
standard for all single output and -0503-models
R
suppressor diode
TTL-compatible input
Ui min...Ui max, fully protected, hiccup mode
Ui min...Ui max
Safety and EMC
Electric strength test voltage
Electromagnetic interference
I/O
conducted (with external filter)
radiated
1500 V DC
class B
class A
Environmental
Operating ambient temperature Ui nom, lo nom
Storage temperature
non operational
Relative humidity
non condensing
–40...71°C
–40...100°C
93%
Options
Inhibit input (reverse logic)
Alternative pinout
C-pinout
Open version
SMD Version
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TTL-compatible, disabled with ≥2.4 V or open-circuit
connected outputs, for compatibility
connected outputs, no options possible
no housing, not lacquered
with PCB LID-
i
K
C
Z
L
2
IMS 15 Series
15 Watt DC-DC Converters
Mechanical data
Tolerances ±0.3 mm (0.012") unless otherwise indicated.
European
Projection
Standard and option K
45.72 (1.8")
10.5 (0.41")
12
13
1
2
15
3
36.83 (1.45")
11
0.8 (0.03")
5.08 (0.2")
40.65 (1.6")
2.54 (0.1")
S09011
4
17
bottom view
Fixing hole for
M2 or KA 22
self tapping screws
47 (1.85")
50.8 (2")
Measuring point of case temperature TC
C pinout (option C)
0.5 (0.02")
45.72 (1.8")
11.2
(0.44")
45.72 (1.8")
5.08 (0.2")
ø 1.0 (0.04")
3
1
4
2
20.3 (0.8")
40.65 (1.6")
1.0 (0.04")
S90010
5
bottom view
50.8 (2")
Measuring point of case temperature TC
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3
Board Mountable
IMS 15 Series
Open frame version (option Z)
10.5 (0.41")
45.72 (1.8")
ø 2.54 (0.1")
S90011
11
13
3 x 5.08 (0.2")
1
2
15
3
38.8 (1.52")
12
6 x 5.08 (0.2")
0.8 (0.03")
4
bottom view
17
48.26 (1.9")
Surface Mount Version (option L)
11.5 (0.45")
54.57 (2.15")
S90012
11
6
13
1
14
2
15
3
6 x 5.08 (0.2")
40.65 (1.6")
5 x 5.08 (0.2")
12
5
16
4
bottom view
17
50.8 (2")
Pin allocation
Pin
1
2
3
4
5
6
11
12
13
15
17
single
Vi+
Vi–
SD
Vo+
Vo–
R
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Standard
double
Vi+
Vi–
Trim
SD
Vo1+
Vo1–
Vo2+
Vo2–
n.c.
-0503Vi+
Vi–
n.c.
SD
Vo2+
Go
Vo1+
Go
R
Option K
dual
Vi+
Vi–
SD
Vo+
Go
Vo–
n.c.
Option C
single
dual
Vi+
Vi+
Vi–
Vi–
Vo+
Vo+
Go
Vo–
Vo–
-
Option L and Z
single
double
Vi+
Vi+
Vi–
Vi–
n.c.
Trim
SD
SD
n.c.
n.c.
n.c.
n.c.
Vo1–
Vo2–
Vo+
Vo1+
Vo–
Vo2–
R
n.c.
4