Datasheet CCSP Datasheet

4.5%

WIRE WOUND CHIP INDUCTORS

FEATURES

l High Self-Resonance Frequency
l Stable inductance at high frequency
l Tight inductance tolerance
l High Q factory
l High current
l Low DCR

APPLICATIONS

l Antenna amplifiers
l Mobile phone
l Key entry
l GPS (Global Positioning System)
l Wireless LAN
l PDA (Personal Digital Assistant)

How to Specify Chip Inductor

C C S P 0 6 0 3 C 2 N 7 J
□ □ □ □ □ □ □ □ □ □ □ □ □

① ② ③ ④

MODEL

l CCSP 0805 F
l CCSP 0805 C
l CCSP 0603 C
l CCFH 0805 C
l CCFH 0603 C
l HCFT 0402 C

⑤

⑥ ⑦ ⑧

① Bobbin type C U shape
H H shape
② Bobbin material C Ceramic Bobbin
F Ferrite Bobbin
③ Electrode sort S Tin-Lead
F Pb Free
④ Wire sort P General Wire
S Soft Wire
D UEW-D
H HSEW
T Special Wire

⑤ Bobin size 0402,0603,0805
⑥ CEC’S CODE (Controlled by CEC)
⑦ Inductance e.g. 2N7≒2.7nH
R39≒390nH
⑧ Inductance tolerance F G J K M X Y

±1% ±2% ±5% ±10% ±20% ±1.5% ±
* Special instance CCSP 0805 F is Ferrite Bobbin.

Specifications※ other than the above will be furnished upon request.

182

WIRE WOUND CHIP INDUCTORS

REEL DIMENSIONS (mm)

Model A B C D E W1 W2

0805 +0
0603

0402 ∅178 ±0.5 ∅100 ±0.5 ∅13 ±0.2 ∅21 ±0.5 ∅2.20 ±0.25 ∅29±0.5 ∅11.4 ±1.0

∅180

-3

∅ 60 ±2 ∅ 13 ±0.5 ∅ 21 ±0.8 2.0 ±0.5 9 ±0.5 11.5 ±0.8

TAPING DIMENSIONS (mm)

Model A B K0 T W P0±0.1

0805 2.0 ±0.2 2.6 ±0.1 2.0 max. 0.3 max. 8.0 ±0.3 4.0 4.0 ±0.1 2.0 ±0.5 Ø1.5 ±0.1 1.75 3.5
0603 1.2 ±0.2 2.0 ±0.1 1.2max. 0.242 max. 8.0 ±0.3 4.0 4.0 ±0.1 2.0 ±0.5 Ø1.5 ±0.1 1.75 3.5

0402 0.70 ± 0.03 1.20 ±0.03 0.60 ±0.03 0.68 ±0.02 8.0 +0.3/-0.1 4.0 2.0 ±0.05 2.0 ±0.05 Ø1.5 +0.1/-0 1.75 3.5

P1 P2 D E±0.1 F±0.05

PACKING DIMENSIONS (mm)

183

WIRE WOUND CHIP INDUCTORS

Construction & Dimensions: mm

CCSP0805F SERIES ELECTRICAL CHARACTERISTIC (H500-0086)

Inductance Test Freq. Q S.R.F. DCR IDC

CEC. P/N

L (μH) Tolerance (MHz) Min.

(MHz)Min.

Min.min.

(Ω) max. (mA) max.

CCSP 0805 F 1R0 □ 1 J, K 7.96 15 387 0.46 434
CCSP 0805 F 1R2 □ 1.2 J, K 7.96 15 269 0.51 425
CCSP 0805 F 1R5 □ 1.5 J, K 7.96 15 228 0.56 390
CCSP 0805 F 1R8 □ 1.8 J, K 7.96 15 238 0.76 338
CCSP 0805 F 2R2 □ 2.2 J, K 7.96 15 189 0.84 313
CCSP 0805 F 2R7 □ 2.7 J, K 7.96 15 156 1.09 284
CCSP 0805 F 3R3 □ 3.3 J, K 7.96 15 151 1.24 262
CCSP 0805 F 3R9 □ 3.9 J, K 7.96 15 133 1.32 250
CCSP 0805 F 4R7 □ 4.7 J, K 7.96 15 107 1.46 238
CCSP 0805 F 5R0 □ 5 J, K 7.96 15 101 1.64 230
CCSP 0805 F 5R6 □ 5.6 J, K 7.96 15 111 2.05 217
CCSP 0805 F 6R8 □ 6.8 J, K 7.96 15 87 2.21 212
CCSP 0805 F 8R2 □ 8.2 J, K 7.96 15 79 2.47 204
CCSP 0805 F 10R □ 10 J, K 2.52 9 83 3.53 168
CCSP 0805 F 12R □ 12 J, K 2.52 9 61 4.1 156
CCSP 0805 F 15R □ 15 J, K 2.52 9 52 4.62 150
CCSP 0805 F 18R □ 18 J, K 2.52 9 15 4.6 148
CCSP 0805 F 22R □ 22 J, K 2.52 8 15 5 143
CCSP 0805 F 27R □ 27 J, K 2.52 8 15 5.6 130
CCSP 0805 F 33R □ 33 J, K 2.52 8 15 6 112
CCSP 0805 F 39R □ 39 J, K 2.52 7 15 8 108

Testing instrument and conditions :

DCR : HP 34420A or equivalent Inductance & Q : HP 4287A & HP 16193A or equivalent
S.R.F. : HP 8720ES or equivalent DCI : based on a 20 maximum temperature rise.℃

* Inductance tolerance : G = ±2%, J = ±5% , K = ± 10%

Specifications other than the above will be furnished upon request. ※

184

WIRE WOUND CHIP INDUCTORS

Construction & Dimensions: mm

Specification table of Wire Wound Chip Inductors CCSP 0805 C

CEC P/N

CCSP 0805 C 2N7 □ 2.7 J, K 250 80 1500 7900 0.06 800
CCSP 0805 C 3N0 □ 3.0 J, K 250 65 1500 7900 0.06 800
CCSP 0805 C 3N3 □ 3.3 J, K 250 50 1500 7900 0.10 600
CCSP 0805 C 5N6 □ 5.6 J, K 250 65 1000 5500 0.08 600
CCSP 0805 C 6N8 □ 6.8 J, K 250 50 1000 5500 0.11 600
CCSP 0805 C 7N5 □ 7.5 J, K 250 50 1000 4500 0.14 600
CCSP 0805 C 8N2 □ 8.2 G, J, K 250 50 1000 4700 0.12 600
CCSP 0805 C 10N □ 10.0 G, J, K 250 60 500 4200 0.10 600
CCSP 0805 C 12N □ 12.0 G, J, K 250 50 500 4000 0.15 600
CCSP 0805 C 15N □ 15.0 G, J, K 250 50 500 3400 0.17 600
CCSP 0805 C 18N □ 18.0 G, J, K 250 50 500 3300 0.20 600
CCSP 0805 C 22N □ 22.0 G, J, K 250 55 500 2600 0.22 500
CCSP 0805 C 24N □ 24.0 G, J, K 250 50 500 2000 0.22 500
CCSP 0805 C 27N □ 27.0 G, J, K 250 55 500 2500 0.25 500
CCSP 0805 C 33N □ 33.0 G, J, K 250 60 500 2050 0.27 500
CCSP 0805 C 36N □ 36.0 G, J, K 250 55 500 1700 0.27 500
CCSP 0805 C 39N □ 39.0 G, J, K 250 60 500 2000 0.29 500
CCSP 0805 C 43N □ 43.0 G, J, K 250 60 500 1650 0.34 500
CCSP 0805 C 47N □ 47.0 G, J, K 200 60 500 1650 0.31 500
CCSP 0805 C 56N □ 56.0 G, J, K 200 60 500 1550 0.34 500
CCSP 0805 C 68N □ 68.0 G, J, K 200 60 500 1450 0.38 500
CCSP 0805 C 82N □ 82.0 G, J, K 150 65 500 1300 0.42 400
CCSP 0805 C 91N □ 91.0 G, J, K 150 65 500 1200 0.48 400
CCSP 0805 C R10 □ 100.0 G, J, K 150 65 500 1200 0.46 400
CCSP 0805 C R11 □ 110.0 G, J, K 150 50 250 1000 0.48 400
CCSP 0805 C R12 □ 120.0 G, J, K 150 50 250 1100 0.51 400
CCSP 0805 C R15 □ 150.0 G, J, K 100 50 250 920 0.56 400
CCSP 0805 C R18 □ 180.0 G, J, K 100 50 250 870 0.64 400
CCSP 0805 C R22 □ 220.0 G, J, K 100 50 250 850 0.70 400
CCSP 0805 C R24 □ 240.0 G, J, K 100 44 250 690 1.0 350
CCSP 0805 C R27 □ 270.0 G, J, K 100 48 250 650 1.0 350
CCSP 0805 C R33 □ 330.0 G, J, K 100 48 250 600 1.4 310
CCSP 0805 C R39 □ 390.0 G, J, K 100 48 250 560 1.5 290
CCSP 0805 C R47 □ 470.0 J, K 50 33 100 375 1.76 250
CCSP 0805 C R56 □ 560.0 J, K 25 23 50 340 1.90 230
CCSP 0805 C R68 □ 680.0 J, K 25 23 50 188 2.20 190
CCSP 0805 C R82 □ 820.0 J, K 25 23 50 215 2.35 180
CCSP 0805 C 1R0 □ 1000.0 J, K 25 23 50 282 6.90 92

Testing instrument and conditions :

DCR : HP 34420A or equivalent Inductance & Q : HP 4287A & HP 16193A or equivalent
S.R.F. : HP 8720ES or equivalent DCI : based on a 20 maximum temperature rise.℃

* Inductance tolerance : G = ±2%, J = ±5% , K = ± 10%

Specifications other than the above will be furnished upon request. ※

Inductance

L (nH) Tolerance *

Test Freq.

(MHz)

185

Q

Min.

Test Freq.

(MHz)

S.R.F.

(MHz) min.

DCR

(Ω) max.

DCI

(mA) max.

WIRE WOUND CHIP INDUCTORS

Construction & Dimensions: mm

CCSP 0603 C SERIES ELECTRICAL CHARACTERISTIC (H5000001)

Q Test Freq. S.R.F. DCR IDC

min. (MHz) (MHz) (Ω) (mA)

186

CEC P/N

CCSP 0603 C 1N6 □ 1.6 J, K 24 250 12500 0.030 700
CCSP 0603 C 1N8 □ 1.8 J, K 16 250 12500 0.045 700
CCSP 0603 C 3N3 □ 3.3 J, K 25 250 10000 0.050 700
CCSP 0603 C 3N6 □ 3.6 J, K 22 250 5900 0.063 700
CCSP 0603 C 3N9 □ 3.9 J, K 22 250 6900 0.080 700
CCSP 0603 C 4N3 □ 4.3 J, K 22 250 5900 0.063 700
CCSP 0603 C 4N7 □ 4.7 J, K 20 250 5800 0.130 700
CCSP 0603 C 5N1 □ 5.1 J, K 20 250 5700 0.140 700
CCSP 0603 C 5N6 □ 5.6 G,J,K 25 250 6000 0.1 700
CCSP 0603 C 6N8 □ 6.8 G,J,K 27 250 5800 0.110 700
CCSP 0603 C 7N5 □ 7.5 G,J,K 28 250 4800 0.106 700
CCSP 0603 C 8N2 □ 8.2 G,J,K 28 250 4600 0.11 700
CCSP 0603 C 8N7 □ 8.7 G,J,K 28 250 4600 0.109 700
CCSP 0603 C 9N5 □ 9.5 G,J,K 28 250 5400 0.135 700
CCSP 0603 C 10N □ 10 G,J,K 31 250 4800 0.130 700
CCSP 0603 C 11N □ 11 G,J,K 33 250 4000 0.107 700
CCSP 0603 C 12N □ 12 G,J,K 35 250 4000 0.130 700
CCSP 0603 C 15N □ 15 G,J,K 35 250 4000 0.170 700
CCSP 0603 C 16N □ 16 G,J,K 34 250 3300 0.134 700
CCSP 0603 C 18N □ 18 G,J,K 35 250 3100 0.170 700
CCSP 0603 C 22N □ 22 G,J,K 38 250 3000 0.190 700
CCSP 0603 C 24N □ 24 G,J,K 37 250 2650 0.190 700
CCSP 0603 C 27N □ 27 G,J,K 40 250 2800 0.220 600
CCSP 0603 C 30N □ 30 G,J,K 37 250 2250 0.187 600
CCSP 0603 C 33N □ 33 G,J,K 38 250 2300 0.260 600
CCSP 0603 C 36N □ 36 G,J,K 38 250 2080 0.250 600
CCSP 0603 C 39N □ 39 G,J,K 40 250 2200 0.250 600
CCSP 0603 C 43N □ 43 G,J,K 39 250 2000 0.280 600
CCSP 0603 C 47N □ 47 G,J,K 38 200 2000 0.280 600
CCSP 0603 C 56N □ 56 G,J,K 38 200 1900 0.340 600
CCSP 0603 C 68N □ 68 G,J,K 37 200 1700 0.340 600
CCSP 0603 C 72N □ 72 G,J,K 34 150 1700 0.490 400
CCSP 0603 C 82N □ 82 G,J,K 34 150 1700 0.540 400
CCSP 0603 C R10 □ 100 G,J,K 34 150 1400 0.580 400
CCSP 0603 C R11 □ 110 G,J,K 32 150 1350 0.610 300
CCSP 0603 C R12 □ 120 G,J,K 32 150 1300 0.720 300
CCSP 0603 C R15 □ 150 G,J,K 28 150 990 0.920 280
CCSP 0603 C R18 □ 180 G,J,K 25 100 990 1.250 240
CCSP 0603 C R22 □ 220 G,J,K 25 100 900 2.100 200
CCSP 0603 C R27 □ 270 G,J,K 24 100 900 2.300 170
CCSP 0603 C R33 □ 330 G,J,K 25 100 900 3.630 170

CCSP 0603 C R39 □ 390 G,J,K 25 100 700 3.700 130
＊Testing instrument and conditions
DCR : HP 34420A or equivalent Inductance & Q : HP 4287A & HP16193A or equivalent
S.R.F. : HP 8720ES or equivalent IDC : Based on a 20 maximum temperature rise. ℃

Inductance tolerance □: G = ±2 %, J = ±5 %, K = ±10 % ※
Specifications other than the above will be furnished upon request.※

L(nH)

Inductance

Tolerance min. max. max.

WIRE WOUND CHIP INDUCTORS

Construction & Dimensions: mm

CCFH 0805 C SERIES ELECTRICAL CHARACTERISTIC <Pb-Free> (H5000168)

CEC. P/N

CCFH 0805 C 2N7 □ 2.7 J, K 250 80 1500 7900 0.06 800
CCFH 0805 C 3N0 □ 3 J, K 250 65 1500 7900 0.06 800
CCFH 0805 C 3N3 □ 3.3 J, K 250 50 1500 7900 0.10 600
CCFH 0805 C 5N6 □ 5.6 J, K 250 65 1000 5500 0.08 600
CCFH 0805 C 6N8 □ 6.8 J, K 250 50 1000 5500 0.11 600
CCFH 0805 C 7N5 □ 7.5 J, K 250 50 1000 4500 0.14 600
CCFH 0805 C 8N2 □ 8.2 G, J, K 250 50 1000 4700 0.12 600
CCFH 0805 C 10N □ 10 G, J, K 250 60 500 4200 0.10 600
CCFH 0805 C 12N □ 12 G, J, K 250 50 500 4000 0.15 600
CCFH 0805 C 15N □ 15 G, J, K 250 50 500 3400 0.17 600
CCFH 0805 C 18N □ 18 G, J, K 250 50 500 3300 0.20 600
CCFH 0805 C 22N □ 22 G, J, K 250 55 500 2600 0.22 500
CCFH 0805 C 24N □ 24 G, J, K 250 50 500 2000 0.22 500
CCFH 0805 C 27N □ 27 G, J, K 250 55 500 2500 0.25 500
CCFH 0805 C 33N □ 33 G, J, K 250 60 500 2050 0.27 500
CCFH 0805 C 36N □ 36 G, J, K 250 55 500 1700 0.27 500
CCFH 0805 C 39N □ 39 G, J, K 250 60 500 2000 0.29 500
CCFH 0805 C 43N □ 43 G, J, K 250 60 500 1650 0.34 500
CCFH 0805 C 47N □ 47 G, J, K 200 60 500 1650 0.31 500
CCFH 0805 C 56N □ 56 G, J, K 200 60 500 1550 0.34 500
CCFH 0805 C 68N □ 68 G, J, K 200 60 500 1450 0.38 500
CCFH 0805 C 82N □ 82 G, J, K 150 65 500 1300 0.42 400
CCFH 0805 C 91N □ 91 G, J, K 150 65 500 1200 0.48 400
CCFH 0805 C R10 □ 100 G, J, K 150 65 500 1200 0.46 400
CCFH 0805 C R11 □ 110 G, J, K 150 50 250 1000 0.48 400
CCFH 0805 C R12 □ 120 G, J, K 150 50 250 1100 0.51 400
CCFH 0805 C R15 □ 150 G, J, K 100 50 250 920 0.56 400
CCFH 0805 C R18 □ 180 G, J, K 100 50 250 870 0.64 400
CCFH 0805 C R22 □ 220 G, J, K 100 50 250 850 0.70 400
CCFH 0805 C R24 □ 240 G, J, K 100 44 250 690 1.00 350
CCFH 0805 C R27 □ 270 G, J, K 100 48 250 650 1.00 350
CCFH 0805 C R33 □ 330 G, J, K 100 48 250 600 1.40 310
CCFH 0805 C R39 □ 390 G, J, K 100 48 250 560 1.50 290
CCFH 0805 C R47 □ 470 J, K 50 33 100 375 1.76 250
CCFH 0805 C R56 □ 560 J, K 25 23 50 340 1.90 230
CCFH 0805 C R68 □ 680 J, K 25 23 50 188 2.20 190
CCFH 0805 C R82 □ 820 J, K 25 23 50 215 2.35 180
CCFH 0805 C 1R0 □ 1000 J, K 25 23 50 282 6.90 92

Inductance Test Freq. Q Test Freq. S.R.F. DCR IDC

L (nH) Tolerance

(MHz) Min. (MHz) (MHz) Min. (Ω) max. (mA) max.

＊Testing instrument and conditions
DCR : HP 34420A or equivalent Inductance & Q : HP 4287A & HP16193A or equivalent
S.R.F. : HP 8720ES or equivalent IDC : Based on a 20 maximum temperature rise. ℃

Inductan※ ce tolerance □: G = ±2 %, J = ±5 %, K = ±10 %
Specifications other than the above will be furnished upon request.※

187

WIRE WOUND CHIP INDUCTORS

Construction & Dimensions: mm

CCFH 0603 C SERIES ELECTRICAL CHARACTERISTIC <Pb-Free> (H5000202)

CEC P/N

L(nH)

CCFH 0603 C 1N6 □ 1.6 Y, J, K 24 250 12500 0.030 700
CCFH 0603 C 1N8 □ 1.8 Y, J, K 16 250 12500 0.045 700
CCFH 0603 C 3N3 □ 3.3 Y, J, K 25 250 10000 0.050 700
CCFH 0603 C 3N6 □ 3.6 Y, J, K 22 250 5900 0.063 700
CCFH 0603 C 3N9 □ 3.9 Y, J, K 22 250 6900 0.080 700
CCFH 0603 C 4N3 □ 4.3 Y, J, K 22 250 5900 0.063 700
CCFH 0603 C 4N7 □ 4.7 Y, J, K 20 250 5800 0.130 700
CCFH 0603 C 5N1 □ 5.1 Y, J, K 20 250 5700 0.140 700
CCFH 0603 C 6N8 □ 6.8 G,Y,J,K 27 250 5800 0.110 700
CCFH 0603 C 7N5 □ 7.5 G,Y,J,K 28 250 4800 0.106 700
CCFH 0603 C 8N7 □ 8.7 G,Y,J,K 28 250 4600 0.109 700
CCFH 0603 C 9N5 □ 9.5 G,Y,J,K 28 250 5400 0.135 700
CCFH 0603 C 10N □ 10 G,Y,J,K 31 250 4800 0.130 700
CCFH 0603 C 11N □ 11 G,Y,J,K 33 250 4000 0.107 700
CCFH 0603 C 12N □ 12 G,Y,J,K 35 250 4000 0.130 700
CCFH 0603 C 15N □ 15 G,Y,J,K 35 250 4000 0.170 700
CCFH 0603 C 16N □ 16 G,Y,J,K 34 250 3300 0.134 700
CCFH 0603 C 18N □ 18 G,Y,J,K 35 250 3100 0.170 700
CCFH 0603 C 22N □ 22 G,Y,J,K 38 250 3000 0.190 700
CCFH 0603 C 24N □ 24 G,Y,J,K 37 250 2650 0.190 700
CCFH 0603 C 27N □ 27 G,Y,J,K 40 250 2800 0.220 600
CCFH 0603 C 30N □ 30 G,Y,J,K 37 250 2250 0.187 600
CCFH 0603 C 33N □ 33 G,Y,J,K 38 250 2300 0.260 600
CCFH 0603 C 36N □ 36 G,Y,J,K 38 250 2080 0.250 600
CCFH 0603 C 39N □ 39 G,Y,J,K 40 250 2200 0.250 600
CCFH 0603 C 43N □ 43 G,Y,J,K 39 250 2000 0.280 600
CCFH 0603 C 47N □ 47 G,Y,J,K 38 200 2000 0.280 600
CCFH 0603 C 56N □ 56 G,Y,J,K 38 200 1900 0.340 600
CCFH 0603 C 68N □ 68 G,Y,J,K 37 200 1700 0.340 600
CCFH 0603 C 72N □ 72 G,Y,J,K 34 150 1700 0.490 400
CCFH 0603 C 82N □ 82 G,Y,J,K 34 150 1700 0.540 400
CCFH 0603 C R10 □ 100 G,Y,J,K 34 150 1400 0.580 400
CCFH 0603 C R11 □ 110 G,Y,J,K 32 150 1350 0.610 300
CCFH 0603 C R12 □ 120 G,Y,J,K 32 150 1300 0.720 300
CCFH 0603 C R15 □ 150 G,Y,J,K 28 150 990 0.920 280
CCFH 0603 C R18 □ 180 G,Y,J,K 25 100 990 1.250 240
CCFH 0603 C R22 □ 220 G,Y,J,K 25 100 900 2.100 200
CCFH 0603 C R27 □ 270 G,Y,J,K 24 100 900 2.300 170
CCFH 0603 C R33 □ 330 G,Y,J,K H,G,Y,J,K 25 100 900 3.630 170
CCFH 0603 C R39 □ 390 X,G,Y,J,K 25 100 700 3.700 130

＊Testing instrument and conditions
DCR : HP 34420A or equivalent Inductance & Q : HP 4287A & HP16193A or equivalent
S.R.F. : HP 8720ES or equivalent IDC : Based on a 20 maximum temperature rise. ℃

Inductance tolerance □: G = ±2 %, J = ±5 %, K = ±10 % ※
Specifications other than the above will be furn※ ished upon request.

Inductance

Tolerance min. max. max.

Q Test Freq. S.R.F. DCR IDC

min. (MHz) (MHz) (Ω) (mA)

188

WIRE WOUND CHIP INDUCTORS

Construction & Dimensions: mm

HCFT 0402 C SERIES ELECTRICAL CHARACTERISTIC (H5000204)

CEC P/N

HCFT 0402 C 1N0 □ 1.0 J, K 16 250 12.70 0.045 1360
HCFT 0402 C 1N9 □ 1.9 J, K 16 250 11.30 0.07 1040
HCFT 0402 C 2N0 □ 2.0 J, K 16 250 11.10 0.07 1040
HCFT 0402 C 2N2 □ 2.2 J, K 19 250 10.80 0.07 960
HCFT 0402 C 2N4 □ 2.4 J, K 15 250 10.50 0.068 790
HCFT 0402 C 2N7 □ 2.7 J, K 16 250 10.40 0.12 640
HCFT 0402 C 3N3 □ 3.3 J, K 19 250 7.00 0.066 840
HCFT 0402 C 3N6 □ 3.6 J, K 19 250 6.80 0.066 840
HCFT 0402 C 3N9 □ 3.9 J, K 19 250 6.00 0.066 840
HCFT 0402 C 4N3 □ 4.3 J, K 18 250 6.00 0.091 700
HCFT 0402 C 4N7 □ 4.7 J, K 15 250 4.77 0.13 640
HCFT 0402 C 5N1 □ 5.1 J, K 20 250 4.80 0.083 800
HCFT 0402 C 5N6 □ 5.6 J, K 20 250 4.80 0.083 760
HCFT 0402 C 6N2 □ 6.2 J, K 20 250 4.80 0.083 760
HCFT 0402 C 6N8 □ 6.8 J, K 20 250 4.80 0.083 680
HCFT 0402 C 7N5 □ 7.5 G, J, K 22 250 4.80 0.1 680
HCFT 0402 C 8N2 □ 8.2 G, J, K 22 250 4.40 0.1 680
HCFT 0402 C 8N7 □ 8.7 G, J, K 18 250 4.10 0.2 480
HCFT 0402 C 9N0 □ 9.0 G, J, K 22 250 4.16 0.1 680
HCFT 0402 C 9N5 □ 9.5 G, J, K 18 250 4.00 0.2 480
HCFT 0402 C 10N □ 10.0 G, J, K 21 250 3.90 0.2 480
HCFT 0402 C 11N □ 11.0 G, J, K 24 250 3.68 0.12 640
HCFT 0402 C 12N □ 12.0 G, J, K 24 250 3.60 0.12 640
HCFT 0402 C 13N □ 13.0 G, J, K 24 250 3.45 0.21 440
HCFT 0402 C 15N □ 15.0 G, J, K 24 250 3.28 0.17 560
HCFT 0402 C 16N □ 16.0 G, J, K 24 250 3.10 0.22 560
HCFT 0402 C 18N □ 18.0 G, J, K 24 250 3.10 0.23 420
HCFT 0402 C 19N □ 19.0 G, J, K 24 250 3.04 0.2 480
HCFT 0402 C 20N □ 20.0 G, J, K 25 250 3.00 0.25 420
HCFT 0402 C 22N □ 22.0 G, J, K 25 250 2.80 0.3 400
HCFT 0402 C 23N □ 23.0 G, J, K 22 250 2.72 0.3 400
HCFT 0402 C 24N □ 24.0 G, J, K 25 250 2.70 0.3 400
HCFT 0402 C 27N □ 27.0 G, J, K 24 250 2.48 0.3 400
HCFT 0402 C 30N □ 30.0 G, J, K 25 250 2.35 0.3 400
HCFT 0402 C 33N □ 33.0 G, J, K 24 250 2.35 0.3 400
HCFT 0402 C 36N □ 36.0 G, J, K 24 250 2.32 0.44 320
HCFT 0402 C 39N □ 39.0 G, J, K 25 250 2.10 0.55 200
HCFT 0402 C 40N □ 40.0 G, J, K 24 250 2.24 0.44 320
HCFT 0402 C 43N □ 43.0 G, J, K 25 250 2.03 0.81 100
HCFT 0402 C 47N □ 47.0 G, J, K 20 250 2.10 0.83 150
HCFT 0402 C 51N □ 51.0 G, J, K 25 250 1.75 0.82 100
HCFT 0402 C 56N □ 56.0 G, J, K 22 250 1.76 0.97 100
HCFT 0402 C 68N □ 68.0 G, J, K 22 250 1.62 1.12 100

＊Testing instrument and conditions
DCR : HP 34420A or equivalent Inductance & Q : HP 4287A & HP16193A or equivalent
S.R.F. : HP 8720ES or equivalent IDC : Based on a 20 maximum temperature rise. ℃

Inductance tolerance □: G = ±2 %, J = ±5 %, K = ±10 % ※
Specifications other than the above will be furnished u※ pon request.

INDUCTANCE

L(nH) Tolerance

Q

min.

189

Test Freq.

(MHz)

S.R.F.
(GHz)

min.

DCR

(Ω)

max.

IDC
(mA)
max.