SELECTION GUIDE

FEATURES

s

Wide Temperature performance at

full 1 Watt load, –40°C to 85°C

s

3kVDC Isolation (1 minute)

s

Single or Dual Output

s

Industry Standard Pinout

s

Power Sharing on Dual Output

s

Efficiency to 78%

s

s

5V & 12V Input

s

5V, 9V, 12V and 15V Output

s

s

UL 94V-0 Package Material

s

No Heatsink Required

s

Internal SMD Construction

s

Toroidal Magnetics

s

Fully Encapsulated

s

No External Components Required

s

MTTF up to 2.9 Million hours

s

Custom Solutions Available

s

No Electrolytic or Tantalum

Capacitors

DESCRIPTION

The NMV series of industrial temperature

range DC-DC converters are the standard

building blocks for on-board distributed

power systems. They are ideally suited for

providing local supplies on control system

boards with the added benefit of 3kVDC

galvanic isolation to reduce switching noise.

Available in SIP and DIP with dual and single

output pinout. All of the rated power may be

drawn from a single pin on dual output

variants provided the total load does not

exceed 1watt.

Order Code

(V)

(V)

(mA) (mA)

%

mV p-p

(%)

(pF)

kHrs

NMV0505DA

5

5

200

294 14.6

15

64

80

68

23 2414

NMV0509DA

5

9

111

267

9.3

10

47

57

75

30 1173

DIP

NMV0512DA

5

12

84

260

7.4

8.0

35

49

77

26

633

NMV0515DA

5

15

67

256

6.7

7.3

32

44

78

27

360

NMV0505SA

5

5

200

294 14.6

15

64

80

68

23 2414

NMV0509SA

5

9

111

267

9.3

10

47

57

75

30 1173

SIP

NMV0512SA

5

12

84

260

7.4

8.0

35

49

77

26

633

NMV0515SA

5

15

67

256

6.7

7.3

32

44

78

27

360

NMV1205DA

12

5

200

121 14.6

15

64

80

69

26

624

NMV1209DA

12

9

111

113

9.3

10

47

57

74

35

490

DIP

NMV1212DA

12

12

84

108

7.4

8.0

35

49

77

43

361

NMV1215DA

12

15

67

108

6.7

7.3

32

44

77

42

252

NMV1205SA

12

5

200

121 14.6

15

64

80

69

26

624

NMV1209SA

12

9

111

113

9.3

10

47

57

74

35

490

SIP

NMV1212SA

12

12

84

108

7.4

8.0

35

49

77

43

361

NMV1215SA

12

15

67

108

6.7

7.3

32

44

77

42

252

NMV0505D

5

5

±100 280

9.0

10

33

40

71.5

21 1697

NMV0509D

5

9

±55

263

7.5

8.5

29

36

76

24

682

DIP

NMV0512D

5

12

±42

256

6.8

7.5

27

32

78

26

343

NMV0515D

5

15

±33

253

6.8

8.5

24

32

79

27

188

NMV0505S

5

5

±100 280

9.0

10

33

40

71.5

21 1697

NMV0509S

5

9

±55

263

7.5

8.5

29

36

76

24

682

SIP

NMV0512S

5

12

±42

256

6.8

7.5

27

32

78

26

343

NMV0515S

5

15

±33

253

6.8

8.5

24

32

79

27

188

NMV1205D

12

5

±100 117

9.0

10

33

40

71

27

563

NMV1209D

12

9

±55

113

7.5

8.5

29

36

74

35

377

DIP

NMV1212D

12

12

±42

111

6.8

7.5

27

32

75

42

244

NMV1215D

12

15

±33

110

6.8

8.5

24

32

76

41

154

NMV1205S

12

5

±100 117

9.0

10

33

40

71

27

563

NMV1209S

12

9

±55

113

7.5

8.5

29

36

74

35

377

SIP

NMV1212S

12

12

±42

111

6.8

7.5

27

32

75

42

244

NMV1215S

12

15

±33

110

6.8

8.5

24

32

76

41

154

When operated with additional external load capacitance the rise time of the input voltage will determine the

maximum external capacitance value for guaranteed start up. The slower the rise time of the input voltage the

greater the maximum value of the additional external capacitance for reliable start up.

Parameter

Conditions

MIN

TYP

MAX

Units

Continuous operation, 5V input types

4.5

5

5.5

Voltage Range

Continuous operation, 12V input types

10.8

12

13.2

V

Reflected Ripple Current

20

40

mA p-p

Parameter

Conditions

MIN

TYP

MAX

Units

1

W

Voltage Set

Point Accuracy

See tolerance envelope

Line Regulation High V

1.0

1.2

%/%

1 second

Internal power dissipation

560mW

Lead temperature 1.5mm from case for 10 seconds

300°C

7V

15V

INPUT CHARACTERISTICS

OUTPUT CHARACTERISTICS

ABSOLUTE MAXIMUM RATINGS

1 Calculated using MIL-HDBK-217F with nominal input voltage at full load.

2 See derating curve

3 Supply voltage must be discontinued at the end of the short circuit duration.

NMV 5V & 12V SERIES

3kVDC Isolated 1W Single & Dual Output DC-DC Converters

www.dc-dc.com