Document Number: 30252

www.vishay.com

Revision: 08-Jul-09

173

NSR

Wirewound Resistors, Noise Suppressor

Vishay Dale

TYPE 1 - NOISE SUPPRESSOR WITH CAPS

TYPE 2 - NOISE SUPPRESSOR WITH ELECTRODES

Note

• Other electrode designs available under request

ELECTRICAL AND DIMENSIONAL DATA in inches [millimeters]

GLOBAL MODEL

ELECTRICAL DATA

DIMENSIONAL DATA

VALUE

TOLERANCE

INDUCTANCE

TYPICAL

LD

H

230630990035000000

5 k

Ω

± 20 %

20 µH

0.79 [20.0]

0.153 [3.88]

0.112 [2.85]

230630990047000000

5.2 k

Ω

± 15 %

15 µH

0.66 [16.8]

0.124 [3.15]

0.094 [2.40]

230630990048000000

1 k

Ω

+ 20 %, - 10 %

16 µH

0.66 [16.8]

0.124 [3.15]

0.094 [2.40]

230630990053000000

5 k

Ω

± 20 %

18 µH

0.93 [23.7]

0.153 [3.88]

0.112 [2.85]

230630990078000000

1 k

Ω

± 20 %

10 µH

0.93 [23.7]

0.153 [3.88]

0.112 [2.85]

230630990085000000

1 k

Ω

± 20 %

9 µH

1.02 [26.0]

0.153 [3.88]

0.112 [2.85]

230630990086000000

1 k

Ω

± 20 %

5 µH

0.79 [20.0]

0.153 [3.88]

0.112 [2.85]

230630990094000000

5 k

Ω

± 20 %

16 µH

0.93 [23.7]

0.153 [3.88]

0.112 [2.85]

230630990095000000

15 k

Ω

± 20 %

12 µH

1.08 [27.3]

0.15 [3.82]

0.112 [2.85]

230630990101000000

1.12 k

Ω

± 20 %

13 µH

0.47 [11.9]

0.171 [4.35]

0.112 [2.85]

230630990105000000

2 k

Ω

± 20 %

14 µH

0.53 [13.5]

0.171 [4.35]

0.112 [2.85]

230630990106000000

2 k

Ω

± 20 %

21 µH

1.08 [27.3]

0.153 [3.88]

0.112 [2.85]

230630990107000000

2 k

Ω

± 20 %

8 µH

0.79 [20.0]

0.153 [3.88]

0.112 [2.85]

230630990108000000

5 k

Ω

± 20 %

10 µH

0.93 [23.7]

0.153 [3.88]

0.112 [2.85]

230630990112000000

2 k

Ω

± 20 %

9 µH

1.02 [26.0]

0.153 [3.88]

0.112 [2.85]

ELECTRICAL AND DIMENSIONAL DATA in inches [millimeters]

GLOBAL MODEL

ELECTRICAL DATA

DIMENSIONAL DATA

VALUE

TOLERANCE

INDUCTANCE

TYPICAL

LD

H

E

230630990008000000

5 k

Ω

+ 20 %, - 10 %

50 µH

1.35 [34.3]

0.16 [3.9]

0.43 [11.0]

0.93 [23.5]

230630990009000000

4.5 k

Ω

± 10 %

17 µH

1.04 [26.3]

0.12 [3.0]

0.42 [10.5]

0.57 [14.4]

230630990014000000

5 k

Ω

± 10 %

19 µH

1.19 [30.2]

0.12 [3.0]

0.42 [10.5]

0.58 [14.8]

230630990021000000

5.3 k

Ω

± 15 %

56 µH

1.35 [34.3]

0.16 [3.9]

0.71 [18.0]

0.93 [23.5]

230630990027000000

1.1 k

Ω

± 15 %

9 µH

1.17 [29.7]

0.154 [3.9]

0.71 [18.0]

0.42 [10.6]

230630990029000000

1.1 k

Ω

± 15 %

8.5 µH

1.17 [29.7]

0.16 [3.9]

0.43 [11.0]

0.42 [10.6]

230630990038000000

1 k

Ω

± 10 %

5 µH

1.19 [30.2]

0.12 [2.95]

0.42 [10.5]

0.58 [14.8]

230630990055000000

5.2 k

Ω

± 13 %

54 µH

1.34 [34.1]

0.16 [3.9]

0.32 [8.15]

0.93 [23.5]

230630990057000000

1 k

Ω

± 10 %

5 µH

1.19 [30.2]

0.12 [3.0]

0.71 [18.0]

0.58 [14.8]

230630990058000000

5 k

Ω

± 10 %

20 µH

1.19 [30.2]

0.12 [3.0]

0.71 [18.0]

0.58 [14.8]

230630990069000000

1 k

Ω

± 10 %

4 µH

1.39 [35.3]

0.12 [3.0]

0.71 [18.0]

0.81 [20.4]

230630990079000000

5 k

Ω

± 10 %

16 µH

1.35 [34.25]

0.12 [3.0]

0.71 [18.0]

0.76 [19.2]

H

L

D

H

E

L

D