WE-KI HC SMD High Current Wire Wound Ceramic Inductor

  • Picture
  • Dimensions
Please choose size
Size L
(mm)
W
(mm)
H
(mm)
Mount
0402 1.1 0.6 0.6 SMT
0603 1.7 1.1 0.9 SMT

Characteristics

  • Inductance values ​​from 1 nH up to 390 nH
  • High quality factor Q
  • High self-resonant frequency
  • High currents up to 2.3 A
  • 2% Inductance tolerance
  • Operating temperature: -40 ° C to +125 ° C

Applications

  • Especially for RF application
  • Ideal for high current applications
  • Wideband filter
  • Decoupling

Modelithics Simulation Models

Incorporate this part into your design with Modelithics’ highly accurate measurement-based simulation models. Request a 90-day FREE trail! Modelithics libraries are available for Keysight Technologies’ Advanced Design System (ADS), NI/AWR Design Environment/Microwave Office™, Keysight Technologies’ Gensys, ASYSS® HFSS™, Sonnet® and Cadence.

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Products

  • 0402
  • 0603
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SPEC Order Code Simu-
lation
L1
(nH)
Tol. L TC L Qmin. TC Q IR 1
(mA)
RDC1 max.
(Ω)
fres 1
(MHz)
Design Kit Samples
1 PDF 744916010 RE 1 ±0.2nH 250 MHz 20 250 MHz 2300 0.03 16000 74476
2 PDF 744916020 RE 2 ±0.2nH 250 MHz 24 250 MHz 2100 0.038 15200
3 PDF 744916022 RE 2.2 ±0.2nH 250 MHz 25 250 MHz 2100 0.038 15100 74476
4 PDF 744916027 RE 2.7 ±0.2nH 250 MHz 24 250 MHz 1500 0.56 13000
5 PDF 744916033 RE 3.3 ±0.2nH 250 MHz 28 250 MHz 1700 0.045 12800 74476
6 PDF 744916036 RE 3.6 ±0.2nH 250 MHz 28 250 MHz 1700 0.045 11700
7 PDF 744916039 RE 3.9 ±0.2nH 250 MHz 28 250 MHz 1700 0.045 9500
8 PDF 744916043 RE 4.3 ±0.2nH 250 MHz 27 250 MHz 1600 0.04 7150 74476
9 PDF 744916047 RE 4.7 ±0.2nH 250 MHz 23 250 MHz 1500 0.06 6850
10 PDF 744916051 RE 5.1 ±0.2nH 250 MHz 20 250 MHz 1200 0.1 6800 74476
11 PDF 744916056 RE 5.6 ±0.2nH 250 MHz 29 250 MHz 1600 0.048 6500
12 PDF 744916062 RE 6.2 ±0.2nH 250 MHz 29 250 MHz 1600 0.05 5800 74476
13 PDF 744916068 RE 6.8 ±2% 250 MHz 28 250 MHz 1500 0.055 5800 74476
14 PDF 744916082 RE 8.2 ±2% 250 MHz 28 250 MHz 1500 0.058 5400
15 PDF 744916087 RE 8.7 ±2% 250 MHz 29 250 MHz 1500 0.065 5000 74476
16 PDF 744916090 RE 9 ±2% 250 MHz 27 250 MHz 1400 0.073 5000
17 PDF 744916095 RE 9.5 ±2% 250 MHz 28 250 MHz 1400 0.075 4700
18 PDF 744916110 RE 10 ±2% 250 MHz 26 250 MHz 1300 0.085 4700 74476
19 PDF 744916111 RE 11 ±2% 250 MHz 29 250 MHz 1400 0.065 4700
20 PDF 744916112 RE 12 ±2% 250 MHz 28 250 MHz 1200 0.07 4400 74476
21 PDF 744916113 RE 13 ±2% 250 MHz 27 250 MHz 870 0.14 4200
22 PDF 744916115 RE 15 ±2% 250 MHz 28 250 MHz 1100 0.13 3900 74476
23 PDF 744916116 RE 16 ±2% 250 MHz 27 250 MHz 850 0.13 3700
24 PDF 744916118 RE 18 ±2% 250 MHz 26 250 MHz 900 0.12 3550 74476
25 PDF 744916119 RE 19 ±2% 250 MHz 26 250 MHz 850 0.175 3500
26 PDF 744916121 RE 21 ±2% 250 MHz 25 250 MHz 450 0.46 1700
27 PDF 744916122 RE 22 ±2% 250 MHz 28 250 MHz 800 0.25 3300 74476
28 PDF 744916123 RE 23 ±2% 250 MHz 28 250 MHz 800 0.16 3300
29 PDF 744916124 RE 24 ±2% 250 MHz 27 250 MHz 700 0.29 3150
30 PDF 744916125 RE 25 ±2% 250 MHz 26 250 MHz 700 0.3 3150 74476
31 PDF 744916126 RE 26 ±2% 250 MHz 27 250 MHz 700 0.275 3150
32 PDF 744916127 RE 27 ±2% 250 MHz 27 250 MHz 450 0.33 3200
33 PDF 744916130 RE 30 ±2% 250 MHz 25 250 MHz 450 0.4 2900
34 PDF 744916133 RE 33 ±2% 250 MHz 28 250 MHz 490 0.33 2800 74476
35 PDF 744916136 RE 36 ±2% 250 MHz 26 250 MHz 480 0.36 2800
36 PDF 744916137 RE 37 ±2% 250 MHz 26 250 MHz 470 0.48 2700
37 PDF 744916139 RE 39 ±2% 250 MHz 28 250 MHz 450 0.43 2600 74476
38 PDF 744916140 RE 40 ±2% 250 MHz 28 250 MHz 450 0.52 2600
39 PDF 744916143 RE 43 ±2% 250 MHz 26 250 MHz 450 0.52 2500
40 PDF 744916147 RE 47 ±2% 250 MHz 28 250 MHz 420 0.58 2400 74476
41 PDF 744916151 RE 51 ±2% 250 MHz 26 250 MHz 360 0.7 2300 74476
SPEC Order Code Simu-
lation
L1
(nH)
Tol. L TC L Qmin. TC Q IR 1
(mA)
RDC1 max.
(Ω)
fres 1
(MHz)
Design Kit Samples
1 PDF 744917018 RE 1.8 ±0.2nH 250 MHz 18 250 MHz 2100 0.033 16000 74476
2 PDF 744917022 RE 2.2 ±0.2nH 250 MHz 10 250 MHz 900 0.23 15000
3 PDF 744917033 RE 3.3 ±0.2nH 250 MHz 26 250 MHz 1900 0.024 9600
4 PDF 744917036 RE 3.6 ±0.2nH 250 MHz 32 250 MHz 1900 0.031 9700
5 PDF 744917039 RE 3.9 ±0.2nH 250 MHz 28 250 MHz 1600 0.039 7500 74476
6 PDF 744917043 RE 4.3 ±0.2nH 250 MHz 24 250 MHz 1300 0.08 7500
7 PDF 744917051 RE 5.1 ±0.2nH 250 MHz 32 250 MHz 1700 0.036 8900
8 PDF 744917056 RE 5.6 ±0.2nH 250 MHz 38 250 MHz 1700 0.036 6600 74476
9 PDF 744917060 RE 6 ±0.2nH 250 MHz 39 250 MHz 1700 0.036 6000
10 PDF 744917068 RE 6.8 ±2% 250 MHz 34 250 MHz 1400 0.042 5800 74476
11 PDF 744917072 RE 7.2 ±2% 250 MHz 38 250 MHz 1400 0.07 5400
12 PDF 744917075 RE 7.5 ±2% 250 MHz 33 250 MHz 1300 0.08 5300
13 PDF 744917082 RE 8.2 ±2% 250 MHz 37 250 MHz 1400 0.054 5900
14 PDF 744917087 RE 8.7 ±2% 250 MHz 46 250 MHz 1400 0.054 5500
15 PDF 744917091 RE 9.1 ±2% 250 MHz 32 250 MHz 1400 0.058 5100 74476
16 PDF 744917095 RE 9.5 ±2% 250 MHz 39 250 MHz 1400 0.053 4900
17 PDF 744917110 RE 10 ±2% 250 MHz 39 250 MHz 1400 0.048 4300
18 PDF 744917111 RE 11 ±2% 250 MHz 33 250 MHz 1400 0.058 4100
19 PDF 744917112 RE 12 ±2% 250 MHz 30 250 MHz 1100 0.115 4100
20 PDF 744917115 RE 15 ±2% 250 MHz 38 250 MHz 1200 0.078 3600 74476
21 PDF 744917116 RE 16 ±2% 250 MHz 36 250 MHz 1100 0.085 3500
22 PDF 744917118 RE 18 ±2% 250 MHz 33 250 MHz 1200 0.066 3300
23 PDF 744917122 RE 22 ±2% 250 MHz 35 250 MHz 850 0.14 3150 74476
24 PDF 744917123 RE 23 ±2% 250 MHz 32 250 MHz 850 0.19 3000
25 PDF 744917124 RE 24 ±2% 250 MHz 34 250 MHz 1100 0.074 2950
26 PDF 744917127 RE 27 ±2% 250 MHz 35 250 MHz 780 0.2 2800 74476
27 PDF 744917130 RE 30 ±2% 250 MHz 39 250 MHz 920 0.16 2800
28 PDF 744917133 RE 33 ±2% 250 MHz 36 250 MHz 680 0.22 2700
29 PDF 744917136 RE 36 ±2% 250 MHz 35 250 MHz 720 0.225 2500 74476
30 PDF 744917139 RE 39 ±2% 250 MHz 38 250 MHz 680 0.25 2450
31 PDF 744917143 RE 43 ±2% 250 MHz 36 250 MHz 810 0.225 2450
32 PDF 744917147 RE 47 ±2% 200 MHz 38 250 MHz 680 0.24 2300
33 PDF 744917151 RE 51 ±2% 200 MHz 39 250 MHz 660 0.28 2300 74476
34 PDF 744917156 RE 56 ±2% 200 MHz 40 250 MHz 610 0.3 2200
35 PDF 744917168 RE 68 ±2% 200 MHz 37 250 MHz 600 0.33 2000
36 PDF 744917172 RE 72 ±2% 150 MHz 37 250 MHz 550 0.42 1900
37 PDF 744917175 RE 75 ±2% 150 MHz 37 250 MHz 500 0.52 1900 74476
38 PDF 744917182 RE 82 ±2% 150 MHz 35 250 MHz 510 0.46 1800
39 PDF 744917191 RE 91 ±2% 150 MHz 36 250 MHz 440 0.58 1650
40 PDF 744917210 RE 100 ±2% 150 MHz 35 250 MHz 470 0.54 1700 74476
41 PDF 744917211 RE 110 ±2% 150 MHz 38 250 MHz 440 0.58 1600
42 PDF 744917212 RE 120 ±2% 150 MHz 32 250 MHz 420 0.72 1550
43 PDF 744917215 RE 150 ±2% 150 MHz 38 250 MHz 390 0.82 1350 74476
44 PDF 744917218 RE 180 ±2% 100 MHz 25 250 MHz 310 1.5 1300
45 PDF 744917220 RE 200 ±2% 100 MHz 38 250 MHz 280 2 1250 74476
46 PDF 744917221 RE 210 ±2% 100 MHz 24 250 MHz 280 2 1200
47 PDF 744917222 RE 220 ±2% 100 MHz 25 250 MHz 280 2 1100 74476
48 PDF 744917225 RE 250 ±2% 100 MHz 25 250 MHz 240 3 1050
49 PDF 744917227 RE 270 ±2% 100 MHz 25 250 MHz 260 2.25 1050 74476
50 PDF 744917230 RE 300 ±2% 100 MHz 25 250 MHz 220 2.8 990
51 PDF 744917233 RE 330 ±2% 100 MHz 25 250 MHz 180 3.6 930 74476
52 PDF 744917236 RE 360 ±2% 100 MHz 25 250 MHz 170 4.6 930
53 PDF 744917239 RE 390 ±2% 100 MHz 25 250 MHz 170 4.7 880 74476

Design Kits

Articles from this family can be found in the following Design Kits:

Tags: WE-KIHC, RfKIHC, RF Inductors, WE-KIHC SMD Wire Wound Ceramic Inductor