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NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com

www.RFpassives.com

www.SMTmagnetics.com

®

Specifications are subject to change

Molded Chip Wirewound Inductors

NIN Series

NIN-NC SERIES

C SIZE (1008)

HIGH FREQUENCY TYPE

NIC

P/N

'L'

Inductance

(nH)

Tolerance

'Q'

Factor

(min.)

L & Q

Test

Frequency

SRF

MHz

(min.)

DC

Resistance

(ohms) Max.

Rated

DC Current

(mA) Max.

(std)

(opt)

NIN-NC10NKTRF

10

±10% (K)

- - -

10

100 MHz

2500

0.32

280

NIN-NC12NKTRF

12

±10% (K)

- - -

10

100 MHz

2200

0.34

270

NIN-NC15NKTRF

15

±10% (K)

- - -

10

100 MHz

1800

0.38

255

NIN-NC18NKTRF

18

±10% (K)

- - -

10

100 MHz

1550

0.40

250

NIN-NC22NKTRF

22

±10% (K)

- - -

15

100 MHz

1350

0.43

240

NIN-NC27NKTRF

27

±10% (K)

- - -

15

100 MHz

1150

0.47

230

NIN-NC33NxTRF

33

±10% (K)

±5% (J)

15

100 MHz

1000

0.51

220

NIN-NC39NxTRF

39

±10% (K)

±5% (J)

15

100 MHz

890

0.55

215

NIN-NC47NxTRF

47

±10% (K)

±5% (J)

15

100 MHz

770

0.59

205

NIN-NC56NxTRF

56

±10% (K)

±5% (J)

15

100 MHz

670

0.63

200

NIN-NC68NxTRF

68

±10% (K)

±5% (J)

15

100 MHz

590

0.68

190

NIN-NC82NxTRF

82

±10% (K)

±5% (J)

15

100 MHz

520

0.73

185

NIN-NCR10xTRF

100

±10% (K)

±5% (J)

10

25.2 MHz

460

0.80

175

NIN-NCR12xTRF

120

±10% (K)

±5% (J)

10

25.2 MHz

400

0.87

170

NIN-NCR15xTRF

150

±10% (K)

±5% (J)

10

25.2 MHz

340

0.98

160

NIN-NCR18xTRF

180

±10% (K)

±5% (J)

10

25.2 MHz

300

1.05

155

NIN-NCR22xTRF

220

±10% (K)

±5% (J)

10

25.2 MHz

260

1.15

145

NIN-NCR27xTRF

270

±10% (K)

±5% (J)

10

25.2 MHz

230

1.25

140

NIN-NCR33xTRF

330

±10% (K)

±5% (J)

10

25.2 MHz

200

1.37

135

NIN-NCR39xTRF

390

±10% (K)

±5% (J)

10

25.2 MHz

180

1.47

130

NIN-NCR47xTRF

470

±10% (K)

±5% (J)

10

25.2 MHz

160

1.58

125

NIN-NCR56xTRF

560

±10% (K)

±5% (J)

10

25.2 MHz

145

1.70

120

NIN-NCR68xTRF

680

±10% (K)

±5% (J)

10

25.2 MHz

130

1.85

110

NIN-NCR82xTRF

820

±10% (K)

±5% (J)

10

25.2 MHz

100

2.10

100

For Quality Factor (Q) and Inductance (L)

over Frequency curves

see www.RFpassives.com

Note: Extended values, tolerances, and enhanced versions are available please contact NIC for more details.