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NMV1205DAC - NMV1215DAC

NMV1205DAC

Active
Murata Power Solutions Inc.

ISOLATED THROUGH HOLE DC/DC CONVERTER, ITE, DIP, 1:1, 1 W, 1 OUTPUT, 5 V

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NMV1205DAC - NMV1215DAC

NMV1205DAC

Active
Murata Power Solutions Inc.

ISOLATED THROUGH HOLE DC/DC CONVERTER, ITE, DIP, 1:1, 1 W, 1 OUTPUT, 5 V

Technical Specifications

Parameters and characteristics for this part

SpecificationNMV1205DAC
ApplicationsITE (Commercial)
Current - Output (Max) [Max]200 mA
Efficiency69 %
Mounting TypeThrough Hole
Number of Outputs1
Operating Temperature [Max]85 °C
Operating Temperature [Min]-40 °C
Package / Case14-DIP Module, 6 Leads
Size / Dimension [x]0.77 in, 19.6 mm
Size / Dimension [y]0.39 ", 9.9 mm
Size / Dimension [z]0.27 ", 6.9 mm
TypeIsolated Module
Voltage - Input (Max) [Max]13.2 V
Voltage - Input (Min) [Min]10.8 V
Voltage - Isolation3000 V
Voltage - Output 15 V

NMV12 Series

PartTypePackage / CaseOperating Temperature [Max]Operating Temperature [Min]Size / Dimension [x]Size / Dimension [z]Size / Dimension [y]Voltage - IsolationVoltage - Output 1Number of OutputsApplicationsVoltage - Input (Min) [Min]Mounting TypeCurrent - Output (Max) [Max]Voltage - Input (Max) [Max]EfficiencySize / Dimension [y]Size / Dimension [z]Size / Dimension [z]Size / Dimension [y]Size / Dimension [x]Size / Dimension [x]Voltage - Output 2Current - Output (Max) [Max]Current - Output (Max)Current - Output (Max)
Murata Power Solutions Inc.
Isolated Module
14-DIP Module
6 Leads
85 °C
-40 °C
0.77 in
19.6 mm
0.27 "
6.9 mm
0.39 "
9.9 mm
3000 V
5 V
1
ITE (Commercial)
10.8 V
Through Hole
200 mA
13.2 V
69 %
Murata Power Solutions Inc.
Isolated Module
7-SIP Module
4 Leads
85 °C
-40 °C
3000 V
5 V
1
ITE (Commercial)
10.8 V
Through Hole
200 mA
13.2 V
69 %
6 mm
0.39 in
10 mm
0.24 in
19.5 mm
0.77 "
Murata Power Solutions Inc.
Isolated Module
14-DIP Module
6 Leads
85 °C
-40 °C
0.77 in
19.6 mm
0.27 "
6.9 mm
0.39 "
9.9 mm
3000 V
15 V
1
ITE (Commercial)
10.8 V
Through Hole
67 mA
13.2 V
77 %
Murata Power Solutions Inc.
Isolated Module
7-SIP Module
5 Leads
85 °C
-40 °C
3000 V
12 V
2
ITE (Commercial)
10.8 V
Through Hole
42 mA
13.2 V
75 %
6 mm
0.39 in
10 mm
0.24 in
19.5 mm
0.77 "
-12 V
42 mA
Murata Power Solutions Inc.
Isolated Module
14-DIP Module
6 Leads
85 °C
-40 °C
0.77 in
19.6 mm
0.27 "
6.9 mm
0.39 "
9.9 mm
3000 V
5 V
2
ITE (Commercial)
10.8 V
Through Hole
13.2 V
71 %
-5 V
100 mA
100 mA
Murata Power Solutions Inc.
Isolated Module
14-DIP Module
6 Leads
85 °C
-40 °C
0.77 in
19.6 mm
0.27 "
6.9 mm
0.39 "
9.9 mm
3000 V
12 V
1
ITE (Commercial)
10.8 V
Through Hole
84 mA
13.2 V
77 %
Murata Power Solutions Inc.
Isolated Module
14-DIP Module
6 Leads
85 °C
-40 °C
0.77 in
19.6 mm
0.27 "
6.9 mm
0.39 "
9.9 mm
3000 V
12 V
2
ITE (Commercial)
10.8 V
Through Hole
42 mA
13.2 V
75 %
-12 V
42 mA
Murata Power Solutions Inc.
Isolated Module
7-SIP Module
5 Leads
85 °C
-40 °C
3000 V
15 V
2
ITE (Commercial)
10.8 V
Through Hole
13.2 V
76 %
6 mm
0.39 in
10 mm
0.24 in
19.5 mm
0.77 "
-15 V
33 mA
Murata Power Solutions Inc.
Isolated Module
14-DIP Module
6 Leads
85 °C
-40 °C
0.77 in
19.6 mm
0.27 "
6.9 mm
0.39 "
9.9 mm
3000 V
9 V
2
ITE (Commercial)
10.8 V
Through Hole
13.2 V
74 %
-9 V
55 mA
Murata Power Solutions Inc.
Isolated Module
7-SIP Module
4 Leads
85 °C
-40 °C
3000 V
15 V
1
ITE (Commercial)
10.8 V
Through Hole
67 mA
13.2 V
77 %
6 mm
0.39 in
10 mm
0.24 in
19.5 mm
0.77 "

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyTube 1$ 10.15
5$ 10.10
10$ 10.03
25$ 9.92
50$ 9.67
100$ 9.19
250$ 8.60
500$ 8.02
1000$ 7.51
NewarkEach 25$ 10.94
50$ 10.68
100$ 10.18

Description

General part information

NMV12 Series

The NMV series single/dual-output isolated DC/DC Converter is the standard building blocks for on-board distributed power systems. It is ideally suited for providing local supplies on control system boards with the added benefit of 3kVDC galvanic isolation to reduce switching noise. It is available in SIP and DIP with dual and single output pin-out. All of the rated power may be drawn from a single pin provided the total load does not exceed 1W.