Configurations: FEATURES High frequency. Highest possible SRFs as well as excellent Q values. The wire is wound directed on the core at a precision pitch. RoHS Compliant. APPLICATION Pagers, Cordless phones & High Freq. Communication Products, etc. ORDERING CODE IWC C G 1608 K 22N T (1) (2) (3) (4) (5) (6) (7) (1) SMD Wirewound Chip Open- Type Inductors (2) Material: C: Ceramic (3) Terminal: G: Superadhesion Molybdenum /Manganese with Gold overplating (4) Size: (5) Tolerance Code: G: 2%, J: 5%, K: 10%, M: 20% (6) Inductance: nh (7) Package Please refer to complete Ordering Code (IWC-Ord) for more ordering options. Dimension (mm) Item A B C D (Ref.) E F G H I J IWCCG1608 1.80 1.20 1.25 0.50 1.00 0.33 0.86 1.02 0.64 0.64 IWCCG2012 2.29 1.73 1.52 0.51 1.27 0.51 1.02 1.78 1.02 0.76 IWCCG2520 2.92 2.79 2.23 0.51 2.03 0.51 1.52 2.54 1.02 1.27 1.00 0.55 0.50 0.20 0.50 -- ±0.1 ±0.1 ±0.1 ±0.1 Design as Customer s Requested Specifications. Inductance Range Item nh IWCCG1608 1.60 ~ 470.00 IWCCG2012 2.2 ~ 1000 IWCCG2520 10.0 ~ 10000 1.0 ~ 47 -- 0.70 0.25 0.70 Rev. A5 Sheet 1 of 10
Electrical Characteristics for IWCCG1608 (0603) Series Inductan ce Tolerance Q Freq. (MHz) IWCCG1608 1N6 1.60 J, K 24 250 12500 0.030 700 IWCCG1608 1N8 1.80 J, K 16 250 12500 0.045 700 IWCCG1608 2N0 2.00 J, K 13 250 12500 0.080 700 IWCCG1608 2N2 2.20 J, K 13 250 12500 0.150 700 IWCCG1608 3N3 3.30 J, K 30 250 5900 0.045 700 IWCCG1608 3N6 3.60 J, K 22 250 5900 0.063 700 IWCCG1608 3N9 3.90 J, K 22 250 6900 0.080 700 IWCCG1608 4N1 4.10 J, K 22 250 6000 0.063 700 IWCCG1608 4N3 4.30 J, K 22 250 5900 0.063 700 IWCCG1608 4N7 4.70 J, K 20 250 5800 0.085 700 IWCCG1608 5N1 5.10 J, K 20 250 5700 0.115 700 IWCCG1608 5N6 5.60 J, K 20 250 5800 0.160 700 IWCCG1608 6N0 6.00 J, K 20 250 5700 0.115 700 IWCCG1608 6N2 6.20 J, K 26 250 5700 0.115 700 IWCCG1608 6N3 6.30 J, K 26 250 5700 0.115 700 IWCCG1608 6N8 6.80 G, J, K 27 250 5800 0.125 700 IWCCG1608 7N5 7.50 J, K 28 250 4800 0.115 700 IWCCG1608 8N2 8.20 J, K 30 250 4700 0.125 700 IWCCG1608 8N7 8.70 J, K 28 250 4600 0.109 700 IWCCG1608 9N1 9.10 J, K 28 250 4600 0.120 700 IWCCG1608 9N5 9.50 J, K 28 250 5400 0.145 700 IWCCG1608 10N 10.00 G, J, K 31 250 4800 0.145 700 IWCCG1608 11N 11.00 G, J, K 30 250 4000 0.145 700 IWCCG1608 12N 12.00 G, J, K 35 250 4000 0.130 700 IWCCG1608 13N 13.00 G, J, K 30 250 4000 0.130 700 IWCCG1608 15N 15.00 G, J, K 35 250 4000 0.170 700 IWCCG1608 16N 16.00 G, J, K 34 250 3300 0.170 700 IWCCG1608 18N 18.00 G, J, K 35 250 3100 0.180 700 IWCCG1608 19N 19.00 G, J, K 35 250 3000 0.190 700 IWCCG1608 20N 20.00 G, J, K 38 250 3000 0.180 700 IWCCG1608 22N 22.00 G, J, K 38 250 3000 0.190 700 IWCCG1608 23N 23.00 G, J, K 38 250 2850 0.205 700 IWCCG1608 24N 24.00 G, J, K 36 250 2650 0.205 700 IWCCG1608 25N 25.00 G, J, K 38 250 2800 0.210 600 IWCCG1608 27N 27.00 G, J, K 40 250 2800 0.220 600 IWCCG1608 30N 30.00 G, J, K 37 250 2250 0.220 600 IWCCG1608 33N 33.00 G, J, K 40 250 2300 0.220 600 Operating Temperature. : -40 C ~ +125 C. IDC for 15 C Rise above 25 C ambient Rev. A5 Sheet 2 of 10
Electrical Characteristics for IWCCG1608 (0603) Series Inductan ce Tolerance Q Freq. (MHz) IWCCG1608 36N 36.00 G, J, K 37 250 2080 0.250 600 IWCCG1608 39N 39.00 G, J, K 40 250 2200 0.260 600 IWCCG1608 43N 43.00 G, J, K 38 250 2000 0.280 600 IWCCG1608 47N 47.00 G, J, K 38 200 2000 0.280 600 IWCCG1608 51N 51.00 G, J, K 38 200 2130 0.300 600 IWCCG1608 56N 56.00 G, J, K 38 200 1900 0.310 600 IWCCG1608 62N 62.00 G, J, K 37 200 1800 0.330 600 IWCCG1608 68N 68.00 G, J, K 37 200 1700 0.340 600 IWCCG1608 72N 72.00 G, J, K 34 150 1700 0.490 400 IWCCG1608 75N 75.00 G, J, K 34 150 1700 0.430 1000 IWCCG1608 79N 79.00 G, J, K 34 150 1700 0.500 400 IWCCG1608 82N 82.00 G, J, K 34 150 1700 0.540 400 IWCCG1608 85N 85.00 G, J, K 34 150 1600 0.550 400 IWCCG1608 91N 91.00 G, J, K 34 150 1500 0.560 400 IWCCG1608 R10 100.00 G, J, K 34 150 1400 0.580 400 IWCCG1608 R11 110.00 G, J, K 32 150 1350 0.610 300 IWCCG1608 R12 120.00 G, J, K 32 150 1300 0.650 300 IWCCG1608 R13 130.00 G, J, K 32 150 1200 0.750 280 IWCCG1608 R15 150.00 G, J, K 28 150 990 0.920 280 IWCCG1608 R16 160.00 G, J, K 28 150 990 1.050 260 IWCCG1608 R17 170.00 G, J, K 25 100 990 1.150 240 IWCCG1608 R18 180.00 G, J, K 25 100 990 1.250 240 IWCCG1608 R19 190.00 G, J, K 25 100 990 1.350 200 IWCCG1608 R20 200.00 G, J, K 25 100 990 1.500 200 IWCCG1608 R22 220.00 G, J, K 25 100 900 1.600 250 IWCCG1608 R24 240.00 G, J, K 25 100 900 1.900 200 IWCCG1608 R25 250.00 G, J, K 25 100 900 2.340 250 IWCCG1608 R27 270.00 G, J, K 24 100 900 2.000 170 IWCCG1608 R30 300.00 G, J, K 25 100 900 2.700 150 IWCCG1608 R33 330.00 G, J, K 25 100 900 2.750 100 IWCCG1608 R34 340.00 G, J, K 25 100 900 2.900 100 IWCCG1608 R36 360.00 G, J, K 25 100 900 3.070 100 IWCCG1608 R37 370.00 G, J, K 25 100 900 3.100 100 IWCCG1608 R39 390.00 G, J, K 25 100 900 3.150 100 IWCCG1608 R47 470.00 G, J, K 25 100 750 4.000 80 Operating Temperature. : -40 C ~ +125 C. IDC for 15 C Rise above 25 C ambient Rev. A5 Sheet 3 of 10
Electrical Characteristics for IWCCG2012 (0805) Series Inductance Q Freq.(MHz) L Q IWCCG2012M2N2 2.2 15 250 1500 6000 0.080 600 IWCCG2012M3N3 3.3 50 250 1500 6000 0.080 600 IWCCG2012M6N8 6.8 50 250 1000 5500 0.110 600 IWCCG2012M8N2 8.2 50 250 1000 4700 0.120 600 IWCCG2012K12N 12 50 250 500 4000 0.150 600 IWCCG2012K15N 15 50 250 500 3400 0.170 600 IWCCG2012K18N 18 50 250 500 3300 0.200 600 IWCCG2012K22N 22 55 250 500 2600 0.220 500 IWCCG2012K27N 27 55 250 500 2500 0.250 500 IWCCG2012J33N 33 60 250 500 2050 0.270 500 IWCCG2012J39N 39 60 250 500 2000 0.290 500 IWCCG2012J47N 47 60 200 500 1650 0.310 500 IWCCG2012J56N 56 60 200 500 1550 0.340 500 IWCCG2012J68N 68 60 200 500 1450 0.380 500 IWCCG2012J82N 82 65 150 500 1300 0.420 400 IWCCG2012JR10 100 65 150 500 1200 0.460 400 IWCCG2012JR12 120 50 150 250 1100 0.510 400 IWCCG2012JR15 150 50 100 250 920 0.560 400 IWCCG2012JR18 180 50 100 250 870 0.640 400 IWCCG2012JR22 220 40 100 250 850 0.700 400 IWCCG2012JR27 270 40 100 250 800 1.100 280 IWCCG2012JR33 330 40 100 250 750 1.200 260 IWCCG2012JR39 390 40 100 250 700 1.500 200 IWCCG2012JR47 470 40 100 100 650 2.500 170 IWCCG2012JR56 560 30 50 50 600 3.500 170 IWCCG2012JR68 680 30 50 50 550 4.000 170 IWCCG2012JR82 820 25 50 50 450 4.400 170 IWCCG2012J1R0 1000 25 50 50 350 4.700 150 Operating Temperature. : -40 C ~ +125 C. IDC for 15 C Rise above 25 C ambient Rev. A5 Sheet 4 of 10
Electrical Characteristics for IWCCG2520 (1008) Series Inductance Q Freq.(MHz) L Q IWCCG2520J10N 10 50 50 500 4100 0.080 1000 IWCCG2520J12N 12 50 50 500 3300 0.090 1000 IWCCG2520J15N 15 50 50 500 2500 0.110 1000 IWCCG2520J18N 18 50 50 350 2500 0.110 1000 IWCCG2520J22N 22 55 50 350 2400 0.120 1000 IWCCG2520J27N 27 55 50 350 1600 0.130 1000 IWCCG2520J33N 33 60 50 350 1600 0.140 1000 IWCCG2520J39N 39 60 50 350 1500 0.150 1000 IWCCG2520J47N 47 65 50 350 1500 0.160 1000 IWCCG2520J56N 56 65 50 350 1300 0.180 1000 IWCCG2520J68N 68 65 50 350 1300 0.200 1000 IWCCG2520J82N 82 60 50 350 1000 0.220 1000 IWCCG2520JR10 100 60 25 350 1000 0.560 650 IWCCG2520JR12 120 60 25 350 950 0.630 650 IWCCG2520JR15 150 45 25 100 850 0.700 580 IWCCG2520JR18 180 45 25 100 750 0.770 620 IWCCG2520JR22 220 45 25 100 700 0.840 500 IWCCG2520JR27 270 45 25 100 600 0.910 500 IWCCG2520JR33 330 45 25 100 570 1.050 450 IWCCG2520JR39 390 45 25 100 500 1.120 470 IWCCG2520JR47 470 45 25 100 450 1.190 470 IWCCG2520JR56 560 45 25 100 415 1.330 400 IWCCG2520JR62 620 45 25 100 375 1.400 300 IWCCG2520JR68 680 45 25 100 375 1.470 400 IWCCG2520JR75 750 45 25 100 360 1.540 360 IWCCG2520JR82 820 45 25 100 350 1.610 400 IWCCG2520JR91 910 35 25 50 320 1.680 380 IWCCG2520J1R0 1000 35 25 50 290 1.750 370 IWCCG2520J1R2 1200 35 7.9 50 250 2.000 310 IWCCG2520J1R5 1500 28 7.9 50 200 2.300 330 IWCCG2520J1R8 1800 25 7.9 50 150 2.600 300 IWCCG2520J2R2 2200 25 7.9 50 130 2.800 280 IWCCG2520J2R7 2700 22 7.9 25 100 3.200 290 IWCCG2520J3R3 3300 22 7.9 25 80 3.400 290 IWCCG2520J3R9 3900 20 7.9 25 70 3.600 260 IWCCG2520J4R7 4700 15 7.9 25 60 4.000 260 IWCCG2520J5R6 5600 20 7.9 7.9 55 7.000 200 IWCCG2520J6R8 6800 20 7.9 7.9 45 8.000 180 IWCCG2520J8R2 8200 20 7.9 7.9 35 9.500 150 IWCCG2520J100 10000 20 7.9 7.9 25 12.000 100 Rev. A5 Sheet 5 of 10
Electrical Characteristics for (0402) Series Inductance Q Freq. (MHz) 1N0 1.00 13 250 6000 0.045 1360 1N5 1.50 10 250 18000 0.030 850 2N0 2.00 16 250 6000 0.070 1040 2N2 2.20 18 250 6000 0.070 960 2N4 2.40 20 250 15000 0.050 850 2N5 2.50 20 250 15000 0.050 850 2N7 2.70 20 250 15000 0.050 850 2N9 2.90 20 250 15000 0.070 750 3N3 3.30 20 250 6000 0.066 840 3N6 3.60 20 250 6000 0.066 840 3N9 3.90 25 250 5800 0.066 840 4N1 4.10 25 250 10000 0.070 750 4N3 4.30 25 250 10000 0.070 750 4N7 4.70 25 250 8000 0.070 750 5N1 5.10 23 250 5800 0.083 800 5N6 5.60 23 250 5800 0.083 760 5N8 5.80 25 250 8000 0.120 700 6N2 6.20 23 250 5800 0.083 760 6N8 6.80 25 250 6000 0.090 700 7N3 7.30 25 250 6000 0.130 570 7N5 7.50 25 250 5800 0.104 680 8N2 8.20 25 250 4400 0.104 680 8N7 8.70 25 250 5500 0.140 540 9N0 9.00 25 250 4160 0.104 680 9N1 9.10 25 250 5500 0.140 540 9N5 9.50 25 250 5500 0.140 540 10N 10.00 23 250 3900 0.195 480 11N 11.00 26 250 3680 0.120 640 12N 12.00 26 250 3600 0.120 640 13N 13.00 25 250 5000 0.210 530 15N 15.00 26 250 3280 0.172 560 16N 16.00 25 250 4500 0.240 370 18N 18.00 25 250 4500 0.270 370 19N 19.00 26 250 3040 0.202 480 20N 20.00 25 250 4000 0.270 370 Operating Temperature. : -40 C ~ +125 C. IDC for 15 C Rise above 25 C ambient Rev. A5 Sheet 6 of 10
Electrical Characteristics for (0402) Series Inductance Q Freq. (MHz) 22N 22.00 25 250 4000 0.300 370 23N 23.00 26 250 2720 0.214 400 24N 24.00 25 250 3500 0.520 280 27N 27.00 26 250 2480 0.298 400 30N 30.00 25 250 3300 0.580 270 33N 33.00 25 250 3200 0.630 260 36N 36.00 25 250 2320 0.403 320 39N 39.00 25 250 3000 0.700 250 40N 40.00 26 250 2240 0.438 320 43N 43.00 25 250 3000 0.700 250 47N 47.00 26 200 2100 0.830 150 51N 51.00 25 200 2850 1.080 210 56N 56.00 25 200 2800 1.170 200 62N 62.00 20 200 2600 1.820 145 68N 68.00 20 200 2500 1.960 140 72N 72.00 20 150 2500 2.100 135 75N 75.00 20 150 2400 2.100 135 82N 82.00 20 150 2300 2.240 130 91N 91.00 20 150 2100 2.380 125 R10 100.00 20 150 1500 2.520 120 R12 120.00 20 150 1000 2.660 110 Operating Temperature. : -40 C ~ +125 C. IDC for 15 C Rise above 25 C ambient Trigon Components reserves the rights for revising the content of this catalog without further notification. Rev. A5 Sheet 7 of 10
Reliability Test Rev. A5 Sheet 8 of 10
Rev. A5 Sheet 9 of 10
Package Information P P 0 P 1 H W Symbol W P P0 P1 H t Dimension 8 2 4 2 NA Dimensions( mm ) Symbol T D A 178±2.0 B 60±0.5 C B A C 13±0.3 D 11.4±1.0 E E 9±0.3 Top cover tape Carrier tape Sprocket hole Cavity (chip insert) φ180 mm reel type : 4,000 pcs./reel Rev. A5 Sheet 10 of 10