0402DC (1005) Wirewound Ceramic Chip Inductors | Coilcraft
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0402DC (1005)
Ceramic Chip Inductors

  • 112 inductance values from 0.8 to 120 nH
  • Available in 0.1 nH incremental steps between 2.8 nH and 10 nH
  • For inductance values greater than 120 nH please consider the 0402HP series.
  • Lower DCR than other 0402 chip inductors
  • AEC-Q200 Grade 1 (−40°C to +125°C)
  • Exceptionally high Q – up to 160 at 2.4 GHz!
  • Very high self-resonant frequencies – as high as 28.8 GHz
  • RoHS Compliant. 260°C compatible. Matte tin over nickel over silver-platinum-glass frit terminations
  • Samples of all values available in Coilcraft Designer's Kit C472-2

SPECIFICATIONS


Part number1
Click to get parts
Inductance2
(nH)
Percent
tolerance3
900 MHz1.7 GHz 2.4 GHzSRF
typ5
(GHz)
DCR
max6
(mOhms)
Irms7
(mA)
Q typ4 Q typ4 Q typ4
0402DC-N80X_R_ 0.8 5 54 62 110 28.8 25 2800
0402DC-N90X_R_ 0.9 5 42 65 89 27 30 2300
0402DC-1N0X_R_ 1.0 5 41 66 91 26.2 45 1700
0402DC-1N2X_R_ 1.2 5 27 40 51 25.2 125 980
0402DC-1N7X_R_ 1.7 5 62 82 159 18 35 2100
0402DC-1N8X_R_ 1.8 5 63 81 153 17 35 2100
0402DC-1N9X_R_ 1.9 5 63 103 149 16.8 35 2000
0402DC-2N0X_R_ 2.0 5,3 60 93 127 15.6 35 2000
0402DC-2N1X_R_ 2.1 5,3 47 72 94 15.8 48 1700
0402DC-2N2X_R_ 2.2 5,3 43 65 92 16 90 1200
0402DC-2N3X_R_ 2.3 5,3 43 64 85 15.8 110 1000
0402DC-2N4X_R_ 2.4 5,3 40 60 80 16.1 170 850
0402DC-2N5X_R_ 2.5 5,3 31 45 59 16 210 750
0402DC-2N8X_R_ 2.8 5,3 57 86 130 16.8 37 2100
0402DC-2N9X_R_ 2.9 5,3 59 89 136 16.29 37 2100

Jump to Inductance    0.8–2.9 nH     3.0–4.9 nH    5.0–6.9 nH    7.0nH–8.9 nH    9.0nH–18 nH    20.0–120.0 nH   

0402DC-3N0X_R_ 3.0 5,3,2 61 92 142 15.78 37 2100
0402DC-3N1X_R_ 3.1 5,3,2 63 100 148 15.26 37 2100
0402DC-3N2X_R_ 3.2 5,3,2 65 108 154 14.75 37 2100
0402DC-3N3X_R_ 3.3 5,3,2 68 116 160 14.24 37 2100
0402DC-3N4X_R_ 3.4 5,3,2 66 108 156 13.73 46 2050
0402DC-3N5X_R_ 3.5 5,3,2 67 110 156 13.71 46 2050
0402DC-3N6X_R_ 3.6 5,3,2 68 112 157 13.45 46 2050
0402DC-3N7X_R_ 3.7 5,3,2 68 112 157 13.18 46 2050
0402DC-3N8X_R_ 3.8 5,3,2 69 113 158 12.92 46 2050
0402DC-3N9X_R_ 3.9 5,3,2 69 114 158 12.65 46 2050
0402DC-4N0X_R_ 4.0 5,3,2 70 114 158 12.39 46 2050
0402DC-4N1X_R_ 4.1 5,3,2 71 115 159 12.13 46 2050
0402DC-4N2X_R_ 4.2 5,3,2 71 116 159 11.87 46 2050
0402DC-4N3X_R_ 4.3 5,3,2 62 100 136 13.8 48 1850
0402DC-4N4X_R_ 4.4 5,3,2 64 102 139 13.55 48 1850
0402DC-4N5X_R_ 4.5 5,3,2 65 104 141 13.28 48 1850
0402DC-4N6X_R_ 4.6 5,3,2 66 106 143 13 48 1850
0402DC-4N7X_R_ 4.7 5,3,2 67 108 146 12.7 48 1850
0402DC-4N8X_R_ 4.8 5,3,2 67 109 146 12.45 48 1850
0402DC-4N9X_R_ 4.9 5,3,2 67 110 147 12.3 48 1850

Jump to Inductance    0.8–2.9 nH     3.0–4.9 nH    5.0–6.9 nH    7.0nH–8.9 nH    9.0nH–18 nH    20.0–120.0 nH   

0402DC-5N0X_R_ 5.0 5,3,2 68 111 149 12.15 48 1850
0402DC-5N1X_R_ 5.1 5,3,2 68 111 150 12 48 1850
0402DC-5N2X_R_ 5.2 5,3,2 68 112 151 11.9 48 1850
0402DC-5N3X_R_ 5.3 5,3,2 67 110 144 11.9 57 1800
0402DC-5N4X_R_ 5.4 5,3,2 68 111 145 11.6 57 1800
0402DC-5N5X_R_ 5.5 5,3,2 68 111 145 11.3 57 1800
0402DC-5N6X_R_ 5.6 5,3,2 69 112 146 11 57 1800
0402DC-5N7X_R_ 5.7 5,3,2 69 112 146 12.7 57 1800
0402DC-5N8X_R_ 5.8 5,3,2 70 112 146 12.4 57 1800
0402DC-5N9X_R_ 5.9 5,3,2 70 112 146 12.1 57 1800
0402DC-6N0X_R_ 6.0 5,3,2 71 112 146 9.8 57 1800
0402DC-6N1X_R_ 6.1 5,3,2 71 112 146 9.5 57 1800
0402DC-6N2X_R_ 6.2 5,3,2 71 112 146 9.2 57 1800
0402DC-6N3X_R_ 6.3 5,3,2 72 113 146 8.9 57 1800
0402DC-6N4X_R_ 6.4 5,3,2 73 113 146 8.6 57 1800
0402DC-6N5X_R_ 6.5 5,3,2 73 114 147 8.3 57 1800
0402DC-6N6X_R_ 6.6 5,3,2 68 109 130 10.65 63 1650
0402DC-6N7X_R_ 6.7 5,3,2 69 109 132 10.4 63 1650
0402DC-6N8X_R_ 6.8 5,3,2 69 110 138 10.15 63 1650
0402DC-6N9X_R_ 6.9 5,3,2 69 110 138 9.9 63 1650

Jump to Inductance    0.8–2.9 nH     3.0–4.9 nH    5.0–6.9 nH    7.0nH–8.9 nH    9.0nH–18 nH    20.0–120.0 nH   

0402DC-7N0X_R_ 7.0 5,3,2 69 110 138 9.65 63 1650
0402DC-7N1X_R_ 7.1 5,3,2 69 110 138 9.4 63 1650
0402DC-7N2X_R_ 7.2 5,3,2 70 111 139 9.15 63 1650
0402DC-7N3X_R_ 7.3 5,3,2 70 111 139 8.9 63 1650
0402DC-7N4X_R_ 7.4 5,3,2 70 111 140 8.65 63 1650
0402DC-7N5X_R_ 7.5 5,3,2 71 112 140 8.4 63 1650
0402DC-7N6X_R_ 7.6 5,3,2 72 113 141 8.15 63 1650
0402DC-7N7X_R_ 7.7 5,3,2 70 109 135 9 70 1600
0402DC-7N8X_R_ 7.8 5,3,2 70 110 136 8.87 70 1600
0402DC-7N9X_R_ 7.9 5,3,2 71 110 136 8.74 70 1600
0402DC-8N0X_R_ 8.0 5,3,2 71 111 137 8.6 70 1600
0402DC-8N1X_R_ 8.1 5,3,2 71 112 137 8.47 70 1600
0402DC-8N2X_R_ 8.2 5,3,2 72 113 138 8.33 70 1600
0402DC-8N3X_R_ 8.3 5,3,2 72 113 138 8.21 70 1600
0402DC-8N4X_R_ 8.4 5,3,2 72 114 139 8.07 70 1600
0402DC-8N5X_R_ 8.5 5,3,2 73 115 139 7.94 70 1600
0402DC-8N6X_R_ 8.6 5,3,2 73 115 140 7.81 70 1600
0402DC-8N7X_R_ 8.7 5,3,2 73 116 140 7.68 70 1600
0402DC-8N8X_R_ 8.8 5,3,2 74 116 141 7.54 70 1600
0402DC-8N9X_R_ 8.9 5,3,2 74 117 141 7.41 70 1600

Jump to Inductance    0.8–2.9 nH     3.0–4.9 nH    5.0–6.9 nH    7.0nH–8.9 nH    9.0nH–18 nH    20.0–120.0 nH   

0402DC-9N0X_R_ 9.0 5,3,2 75 117 142 7.28 70 1600
0402DC-9N1X_R_ 9.1 5,3,2 75 118 142 7.15 70 1600
0402DC-9N2X_R_ 9.2 5,3,2 75 118 142 7.01 70 1600
0402DC-9N3X_R_ 9.3 5,3,2 71 105 142 8.24 73 1500
0402DC-9N4X_R_ 9.4 5,3,2 72 106 143 8.12 73 1400
0402DC-9N5X_R_ 9.5 5,3,2 73 108 144 8 73 1400
0402DC-9N6X_R_ 9.6 5,3,2 74 109 145 7.88 73 1400
0402DC-9N7X_R_ 9.7 5,3,2 75 110 146 7.75 73 1400
0402DC-9N8X_R_ 9.8 5,3,2 76 112 147 7.63 73 1400
0402DC-9N9X_R_ 9.9 5,3,2 77 113 148 7.51 73 1400
0402DC-10NX_R_ 10 5,3,2 77 113 148 7.39 73 1500
0402DC-11NX_R_ 11 5,3,2 68 100 134 5.28 78.2 1450
0402DC-12NX_R_ 12 5,3,2 69 98 100 6.59 81.3 1450
0402DC-15NX_R_ 15 5,3,2 70 100 110 6.2 115 1200
0402DC-16NX_R_ 16 5,3,2 68 97 102 5.95 120 1200
0402DC-18NX_R_ 18 5,3,2 68 95 98 5.59 137.9 1100

Jump to Inductance    0.8–2.9 nH     3.0–4.9 nH    5.0–6.9 nH    7.0nH–8.9 nH    9.0nH–18 nH    20.0–120.0 nH   

0402DC-20NX_R_ 20 5,3,2 67 90 95 5.11 162.7 1000
0402DC-22NX_R_ 22 5,3,2 67 88 83 4.95 190 970
0402DC-23NX_R_ 23 5,3,2 68 89 4.98 176.5 970
0402DC-24NX_R_ 24 5,3,2 63 85 4.82 185 960
0402DC-27NX_R_ 27 5,3,2 65 83 71 4.52 192.9 920
0402DC-30NX_R_ 30 5,3,2 62 76 62 4.15 245 810
0402DC-33NX_R_ 33 5,3,2 62 76 4.18 288 780
0402DC-36NX_R_ 36 5,3,2 60 72 4.02 320 700
0402DC-39NX_R_ 39 5,3,2 60 68 3.86 375 670
0402DC-43NX_R_ 43 5,3,2 55 54 3.82 430 640
0402DC-47NX_R_ 47 5,3,2 55 54 3.36 427 640
0402DC-51NX_R_ 51 5,3,2 55 54 3.35 432 620
0402DC-56NX_R_ 56 5,3,2 54 3.21 690 460
0402DC-62NX_R_ 62 5,3,2 54 3 756 440
0402DC-68NX_R_ 68 5,3,2 54 2.8 943 400
0402DC-72NX_R_ 72 5,3,2 54 2.83 787 430
0402DC-75NX_R_ 75 5,3,2 54 2.75 882 410
0402DC-82NX_R_ 82 5,3,2 51 2.86 1057 370
0402DC-91NX_R_ 91 5,3,2 48 2.82 1119 360
0402DC-R10X_R_ 100 5,3,2 51 2.38 1507 310
0402DC-R12X_R_ 120 5,3,2 46 2.2 1600 300
1 When ordering, please specify tolerance and packaging codes: e.g. 0402DC-R12XJRW
Tolerance: G = 2%, H = 3%, J = 5% (Table above shows stock tolerances in bold.)
Packaging: W = 7" machine-ready reel
EIA-481 punched paper tape (2000 parts per full reel).
U = Less than full reel
In tape, but not machine-ready. To have a leader and trailer added ($25 charge), use code letter W instead.
Y = 7" machine-ready reel. EIA-481 punched paper tape. Factory order only, not stocked (10,000 parts per full reel).
2 Inductance measured at 250 MHz using a Coilcraft SMD-F fixture in an Agilent/HP 4286 impedance analyzer with Coilcraft-provided correlation pieces.
3 Tolerances in bold are stocked for immediate shipment.
4 Q measured using an Agilent/HP 4287A with an Agilent/HP 16193 test fixture.
5 SRF measured using an Agilent/HP 8722ES network analyzer and a Coilcraft SMD-D test fixture. Details
6 DCR measured at 25°C on a micro-ohmmeter and a Coilcraft CCF858 test fixture. For other operating temperatures, use this DCR at Temperature calculator.
7 Irms: that causes a 15°C temperature rise from 25°C ambient. This information is for reference only and does not represent absolute maximum ratings.
8 Ambient temperature range: −40°C to +125°C with Irms current
9 Storage temperature range: Component: −40°C to +140°C
Tape and reel packaging: −40°C to +80°C
10 Maximum part temperature: +140°C (Ambient + temperature rise)
11 Resistance to soldering heat: Three reflows at >217°C for 90 seconds (+260°C ±5°C for 20 – 40 seconds), allowing parts to cool to room temperature between.
12 Electrical specifications at 25°C.
Refer to Soldering Coilcraft Components before soldering.
PCB washing: Tested to MIL-STD-202 Method 215 plus an additional aqueous wash. More info.

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Updated: October 10, 2019