inductors commercial, molded im vishay dale www.vishay.com for technical questi ons contact magnetics@vishay.com document number: 34030 8 revision: 17-feb-06 features ? wide inductance range in small package ? flame retardant coating ? precision performance, excellent reliability, sturdy construction ? epoxy molded construction provides superior moisture protection electrical specifications inductance tolerance: 1 %, 3 %, 5 %, 10 %, 20 % other tolerances available on request. insulation resistance: 1000 megohm minimum per mil-std-202, method 302, test condition b dielectric strength: per mil-std-202, method 301: 1000 vac for im-2, -4, -6, -8, -9 and -10. 200 vac for im-1 mechanical specifications terminal strength: per mil-std-202, method 211, test condition a: for im-1, 3 pounds pull for im-2, -4, -6, -8, -9 and -10, 5 pounds pull and twist weight: im-1 = 0.25 gram maximum im-2 = 0.30 gram maximum im-4 = 0.65 gram maximum im-6 = 0.95 gram maximum im-8 = 1.5 gram maximum im-9 = 2.0 gram maximum im-10 = 2.5 gram maximum material specifications encapsulant: epoxy standard terminals: im-1 and im-2, 24 awg; im-4, im-6 and im-9, 22 awg; im-8, 21 awg; and im-10, 20 awg, tinned copper test equipment* ? h/p 4342a q-meter ? measurements corporation megacycle meter, model 59 ? wheatstone bridge * test procedures per mil-prf-15305 inductance range and military standard model inductance range from to im-1 0.10 h 100 h im-2 0.022 h 0.082 h 0.10 h 1 h 1.2 h 27 h 33 h 1000 h im-4 0.15 h 4.7 h 5.6 h 33 h 36 h 240 h 270 h 1800 h im-6 0.10 h 2.7 h 3.3 h 27 h 33 h 220 h 270 h 1000 h im-8 1100 h 3600 h im-9 68 h 150 h im-10 3900 h 10000 h dimensions in inches [millimeters] model a (dia.) b c (typ.) d (dia.) im-1 max. 0.086 [2.18] 0.210 [5.33] 1.62 [41.15] 0.0215 [0.546] min. 0.070 [1.78] 0.190 [4.83] 1.38 [35.05] 0.0185 [0.470] im-2 max. 0.105 [2.67] 0.260 [6.60] 1.63 [41.40] 0.0215 [0.546] min. 0.085 [2.16] 0.240 [6.10] 1.25 [31.75] 0.0185 [0.470] im-4 max. 0.165 [4.19] 0.385 [9.78] 1.63 [41.40] 0.027 [0.686] min. 0.145 [3.68] 0.365 [9.27] 1.25 [31.75] 0.023 [0.584] im-6 max. 0.200 [5.08] 0.450 [11.43] 1.63 [41.40] 0.027 [0.686] min. 0.180 [4.57] 0.430 [10.92] 1.25 [31.75] 0.023 [0.584] im-8 max. 0.225 [5.72] 0.570 [14.48] 1.63 [41.40] 0.030 [0.762] min. 0.205 [5.21] 0.550 [13.97] 1.25 [31.75] 0.026 [0.660] im-9 max. 0.260 [6.60] 0.570 [14.48] 1.63 [41.40] 0.027 [0.686] min. 0.240 [6.10] 0.550 [13.97] 1.25 [31.75] 0.023 [0.584] im-10 max. 0.250 [6.35] 0.750 [19.05] 1.63 [41.40] 0.034 [0.864] min. 0.230 [5.84] 0.730 [18.54] 1.25 [31.75] 0.030 [0.762] b c ty p. a dia. d dia. environmental performance test conditions specifications barometric pressure test condition c mil-std-202, method 105 thermal shock test condition a-1 mil-std-202, method 107 flammability - mil-std-202, method 111 overload - mil-prf-15305 low temperature storage - mil-prf-15305 resistance to soldering heat test condition a mil-std-202, method 210 resistance to solvents - mil-std-202, method 215 rohs compliant
im inductors, commercial, molded vishay dale document number: 34030 for technical questions contact ma gnetics@vishay.com www.vishay.com revision: 17-feb-06 9 * measured with full length lead. **rated dc current based on maximum temperature rise as shown in table. standard electrical specifications model ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq. min. (mhz) dcr max. (ohms) rated** dc current (ma) im-1 0.10 10 % 35 25.0 680.0 0.13 895 phenolic core im-1 0.12 10 % 35 25.0 650.0 0.15 835 im-1 0.15 10 % 35 25.0 560.0 0.18 760 im-1 0.18 10 % 35 25.0 540.0 0.21 705 im-1 0.22 10 % 30 25.0 500.0 0.25 645 im-1 0.27 10 % 30 25.0 440.0 0.38 525 im-1 0.33 10 % 25 25.0 410.0 0.49 460 im-1 0.39 10 % 25 25.0 380.0 0.59 420 im-1 0.47 10 % 25 25.0 340.0 0.62 410 im-1 0.56 10 % 40 25.0 250.0 0.18 510 iron core im-1 0.68 10 % 40 25.0 215.0 0.20 485 im-1 0.82 10 % 40 25.0 200.0 0.22 465 im-1 1.0 10 % 40 25.0 190.0 0.25 435 im-1 1.2 10 % 35 7.9 170.0 0.28 410 im-1 1.5 10 % 40 7.9 150.0 0.49 310 im-1 1.8 10 % 40 7.9 135.0 0.56 290 im-1 2.2 10 % 45 7.9 130.0 0.72 257 im-1 2.7 10 % 45 7.9 110.0 0.85 236 im-1 3.3 10 % 45 7.9 100.0 1.2 198 im-1 3.9 10 % 50 7.9 95.0 1.5 178 im-1 4.7 10 % 55 7.9 88.0 2.1 150 im-1 5.6 10 % 55 7.9 78.0 2.8 130 im-1 6.8 10 % 55 7.9 69.0 3.2 122 im-1 8.2 10 % 45 7.9 52.0 4.4 104 im-1 10.0 10 % 45 7.9 47.0 5.2 95 im-1 12.0 10 % 40 2.5 31.0 3.0 126 im-1 15.0 10 % 40 2.5 26.0 3.4 118 im-1 18.0 10 % 40 2.5 23.0 3.8 112 im-1 22.0 10 % 45 2.5 20.0 4.3 105 im-1 27.0 10 % 45 2.5 17.0 4.7 100 im-1 33.0 10 % 45 2.5 15.0 5.2 95 im-1 39.0 10 % 45 2.5 13.5 6.8 83.5 im-1 47.0 10 % 45 2.5 12.5 8.2 76 im-1 56.0 10 % 45 2.5 11.5 10.0 69 im-1 68.0 10 % 45 2.5 10.5 11.5 64 im-1 82.0 10 % 45 2.5 10.0 16.0 54.5 im-1 100.0 10 % 45 2.5 9.5 17.5 52 im-2 0.022 20 % 50 50.0 900.0 0.025 2400 phenolic core im-2 0.027 10 % 40 25.0 875.0 0.03 2200 im-2 0.033 10 % 40 25.0 850.0 0.035 2000 im-2 0.039 10 % 40 25.0 825.0 0.04 1900 im-2 0.047 10 % 40 25.0 800.0 0.045 1800 im-2 0.056 10 % 40 25.0 775.0 0.05 1700 im-2 0.068 10 % 40 25.0 750.0 0.06 1500 im-2 0.082 10 % 40 25.0 725.0 0.07 1400 im-2 0.10 10 % 40 25.0 680.0 0.08 1350 phenolic core im-2 0.12 10 % 40 25.0 640.0 0.09 1270 im-2 0.15 10 % 38 25.0 600.0 0.10 1200 im-2 0.18 10 % 35 25.0 550.0 0.12 1105 im-2 0.22 10 % 33 25.0 510.0 0.14 1025 im-2 0.27 10 % 33 25.0 430.0 0.16 960 im-2 0.33 10 % 30 25.0 410.0 0.22 815 im-2 0.39 10 % 30 25.0 365.0 0.30 700 im-2 0.47 10 % 30 25.0 330.0 0.35 650 im-2 0.56 10 % 30 25.0 300.0 0.50 545 im-2 0.68 10 % 28 25.0 275.0 0.60 495 im-2 0.82 10 % 28 25.0 250.0 0.85 415 im-2 1.0 10 % 25 25.0 230.0 1.0 385 im-2 1.2 10 % 25 7.9 150.0 0.18 590 iron core im-2 1.5 10 % 28 7.9 140.0 0.22 535 im-2 1.8 10 % 30 7.9 125.0 0.30 455 im-2 2.2 10 % 30 7.9 115.0 0.40 395 im-2 2.7 10 % 37 7.9 100.0 0.55 355 im-2 3.3 10 % 45 7.9 90.0 0.85 270 im-2 3.9 10 % 45 7.9 80.0 1.0 250 im-2 4.7 10 % 45 7.9 75.0 1.2 230
im vishay dale inductors, commercial, molded www.vishay.com for technical questi ons contact magnetics@vishay.com document number: 34030 10 revision: 17-feb-06 * measured with full length lead. **rated dc current based on maximum temperature rise as shown in table. standard electrical specifications model ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq. min. (mhz) dcr max. (ohms) rated** dc current (ma) im-2 5.6 10 % 50 7.9 65.0 1.8 185 iron core im-2 6.8 10 % 50 7.9 60.0 2.0 175 im-2 8.2 10 % 55 7.9 55.0 2.7 155 im-2 10.0 10 % 55 7.9 50.0 3.7 130 im-2 12.0 10 % 45 2.5 40.0 2.7 155 im-2 15.0 10 % 40 2.5 35.0 2.8 150 im-2 18.0 10 % 50 2.5 30.0 3.1 145 im-2 22.0 10 % 50 2.5 25.0 3.3 140 im-2 27.0 10 % 50 2.5 20.0 3.5 135 im-2 33.0 10 % 45 2.5 24.0 3.4 130 ferrite core im-2 39.0 10 % 45 2.5 22.0 3.6 125 im-2 47.0 10 % 45 2.5 20.0 4.5 110 im-2 56.0 10 % 45 2.5 18.0 5.7 100 im-2 68.0 10 % 50 2.5 15.0 6.7 92 im-2 82.0 10 % 50 2.5 14.0 7.3 88 im-2 100.0 10 % 50 2.5 13.0 8 84 im-2 120.0 10 % 30 0.79 12.0 13 66 im-2 150.0 10 % 30 0.79 11.0 15 61 im-2 180.0 10 % 30 0.79 10.0 17 57 im-2 220.0 10 % 30 0.79 9.0 21 52 im-2 270.0 10 % 30 0.79 8.0 25 47 im-2 330.0 10 % 30 0.79 7.0 28 45 im-2 390.0 10 % 30 0.79 6.5 35 40 im-2 470.0 10 % 30 0.79 6.0 42 36 im-2 560.0 10 % 30 0.79 5.0 46 35 im-2 680.0 10 % 30 0.79 4.0 60 30 im-2 820.0 10 % 30 0.79 3.8 65 29 im-2 1000.0 10 % 30 0.79 3.4 72 28 im-4 0.15 20 % 50 25 525.0 0.03 2450 phenolic core im-4 0.22 20 % 50 25 450.0 0.055 1810 im-4 0.33 20 % 45 25 360.0 0.09 1400 im-4 0.47 20 % 45 25 310.0 0.12 1225 im-4 0.56 10 % 50 25 280.0 0.135 1150 im-4 0.68 10 % 50 25 250.0 0.15 1100 im-4 0.82 10 % 50 25 220.0 0.22 900 im-4 1.0 10 % 50 25 200.0 0.29 785 im-4 1.2 10 % 33 7.9 180.0 0.42 650 im-4 1.5 10 % 33 7.9 160.0 0.50 600 im-4 1.8 10 % 33 7.9 150.0 0.65 525 im-4 2.2 10 % 33 7.9 135.0 0.95 435 im-4 2.7 10 % 33 7.9 120.0 1.20 385 im-4 3.3 10 % 33 7.9 110.0 2.0 300 im-4 3.9 10 % 33 7.9 100.0 2.30 280 im-4 4.7 10 % 33 7.9 90.0 2.60 260 im-4 5.6 10 % 45 7.9 60.0 0.32 495 iron core im-4 6.8 10 % 50 7.9 55.0 0.50 395 im-4 8.2 10 % 50 7.9 50.0 0.60 360 im-4 10.0 10 % 55 7.9 45.0 0.90 290 im-4 12.0 10 % 65 2.5 42.0 1.10 265 im-4 15.0 10 % 65 2.5 40.0 1.40 240 im-4 18.0 10 % 75 2.5 34.0 2.25 185 im-4 22.0 10 % 75 2.5 30.0 2.50 175 im-4 27.0 10 % 60 2.5 25.0 2.60 170 im-4 33.0 10 % 65 2.5 19.0 3.0 165
im inductors, commercial, molded vishay dale document number: 34030 for technical questions contact ma gnetics@vishay.com www.vishay.com revision: 17-feb-06 11 * measured with full length lead. **rated dc current based on maximum temperature rise as shown in table. standard electrical specifications model ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq. min. (mhz) dcr max. (ohms) rated** dc current (ma) im-4 36.0 5 % 60 2.5 15.5 2.50 180 iron core im-4 39.0 5 % 60 2.5 14.5 2.60 176 im-4 43.0 5 % 60 2.5 13.7 2.70 172 im-4 47.0 5 % 55 2.5 13.0 2.75 170 im-4 51.0 5 % 55 2.5 12.7 2.85 167 im-4 56.0 5 % 55 2.5 12.0 3.00 164 im-4 62.0 5 % 55 2.5 11.5 3.15 160 im-4 68.0 5 % 55 2.5 11.0 3.30 156 im-4 75.0 5 % 55 2.5 10.5 3.70 147 im-4 82.0 5 % 50 2.5 10.3 3.90 143 im-4 91.0 5 % 50 2.5 10.0 4.30 136 im-4 100.0 5 % 50 2.5 9.5 4.50 133 im-4 110.0 5 % 60 0.79 8.9 4.90 128 im-4 120.0 5 % 65 0.79 8.7 5.20 124 im-4 130.0 5 % 65 0.79 8.5 5.45 121 im-4 150.0 5 % 65 0.79 8.0 6.05 114 im-4 160.0 5 % 65 0.79 7.5 6.40 111 im-4 180.0 5 % 65 0.79 7.0 6.75 108 im-4 200.0 5 % 65 0.79 6.5 7.10 106 im-4 220.0 5 % 65 0.79 6.2 7.45 103 im-4 240.0 5 % 65 0.79 5.9 7.80 101 im-4 270.0 5 % 65 0.79 5.7 11.0 129 im-4 300.0 5 % 65 0.79 5.4 11.5 125 im-4 330.0 5 % 65 0.79 5.1 12.0 123 im-4 360.0 5 % 65 0.79 4.8 15.5 108 im-4 390.0 5 % 65 0.79 4.5 16.3 105 im-4 430.0 5 % 65 0.79 4.2 17.1 102 im-4 470.0 5 % 65 0.79 3.9 17.9 100 im-4 510.0 5 % 65 0.79 3.7 18.8 98 im-4 560.0 5 % 65 0.79 3.5 24.7 85 im-4 620.0 5 % 65 0.79 3.3 25.9 83 im-4 680.0 5 % 55 0.79 3.1 27.2 81 im-4 750.0 5 % 55 0.79 2.9 28.6 79 im-4 820.0 5 % 55 0.79 2.7 30.0 77 im-4 910.0 5 % 55 0.79 2.5 31.5 76 im-4 1000.0 5 % 55 0.79 2.3 33.1 74 im-4 1100.0 5 % 30 0.25 2.1 43.5 64 im-4 1200.0 5 % 30 0.25 2.0 45.7 63 im-4 1300.0 5 % 30 0.25 1.9 49.0 61 im-4 1500.0 5 % 30 0.25 1.8 52.5 59 im-4 1600.0 5 % 30 0.25 1.7 54.0 58 im-4 1800.0 5 % 30 0.25 1.6 56.7 56 im-6 0.10 20 % 55 25.0 510.0 0.020 3600 phenolic core im-6 0.12 20 % 55 25.0 510.0 0.025 3300 im-6 0.15 20 % 55 25.0 510.0 0.030 3000 im-6 0.18 20 % 55 25.0 450.0 0.030 2900 im-6 0.22 20 % 50 25.0 415.0 0.035 2800 im-6 0.27 20 % 50 25.0 380.0 0.050 2400 im-6 0.33 20 % 50 25.0 350.0 0.065 2000 im-6 0.39 20 % 50 25.0 320.0 0.080 1800 im-6 0.47 20 % 50 25.0 300.0 0.085 1700 im-6 0.56 10 % 50 25.0 270.0 0.125 1450 im-6 0.68 10 % 45 25.0 250.0 0.150 1300 im-6 0.82 10 % 40 25.0 210.0 0.205 1100 im-6 1.0 10 % 40 25.0 200.0 0.290 930 im-6 1.2 10 % 30 7.9 180.0 0.400 785 im-6 1.5 10 % 30 7.9 170.0 0.485 700 im-6 1.8 10 % 30 7.9 150.0 0.740 580 im-6 2.2 10 % 30 7.9 140.0 0.970 505 im-6 2.7 10 % 30 7.9 120.0 1.20 460
im vishay dale inductors, commercial, molded www.vishay.com for technical questi ons contact magnetics@vishay.com document number: 34030 12 revision: 17-feb-06 * measured with full length lead. **rated dc current based on maximum temperature rise as shown in table. standard electrical specifications model ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq. min. (mhz) dcr max. (ohms) rated** dc current (ma) lt 1 0 k iron core im-6 3.3 10 % 30 7.9 70.0 0.140 990 im-6 3.9 10 % 30 7.9 65.0 0.155 870 im-6 4.7 10 % 30 7.9 60.0 0.210 745 im-6 5.6 10 % 30 7.9 50.0 0.280 645 im-6 6.8 10 % 30 7.9 50.0 0.375 560 im-6 8.2 10 % 30 7.9 48.0 0.440 540 im-6 10.0 10 % 30 7.9 42.0 0.605 440 im-6 12.0 10 % 50 2.5 36.0 1.05 370 im-6 15.0 10 % 55 2.5 30.0 1.20 310 im-6 18.0 10 % 60 2.5 30.0 1.95 255 im-6 22.0 10 % 60 2.5 24.0 2.20 240 im-6 27.0 10 % 65 2.5 22.0 2.75 205 im-6 33.0 10 % 75 2.5 20.0 3.5 185 im-6 39.0 10 % 75 2.5 18.0 3.8 176 im-6 47.0 10 % 75 2.5 16.0 4.0 170 im-6 56.0 10 % 75 2.5 15.0 4.4 164 im-6 68.0 10 % 75 2.5 12.0 4.7 156 im-6 82.0 10 % 75 2.5 10.0 5.3 143 im-6 100.0 10 % 65 2.5 8.0 6.0 133 im-6 120.0 10 % 65 0.79 6.0 5.0 124 im-6 150.0 10 % 65 0.79 5.4 5.8 118 im-6 180.0 10 % 65 0.79 5.0 6.6 114 im-6 220.0 10 % 65 0.79 4.7 7.4 112 im-6 270.0 5 % 65 0.79 5.6 8.2 110 iron core im-6 300.0 5 % 65 0.79 5.3 8.7 107 im-6 330.0 5 % 65 0.79 5.0 9.1 105 im-6 360.0 5 % 65 0.79 4.7 9.6 102 im-6 390.0 5 % 65 0.79 4.5 10.0 100 im-6 430.0 5 % 65 0.79 4.3 10.6 97 im-6 470.0 5 % 65 0.79 4.0 11.1 95 im-6 510.0 5 % 65 0.79 3.8 11.6 93 im-6 560.0 5 % 65 0.79 3.6 12.3 91 im-6 620.0 5 % 60 0.79 3.5 13.0 88 im-6 680.0 5 % 60 0.79 3.4 13.7 85 im-6 750.0 5 % 60 0.79 3.3 14.4 83 im-6 820.0 5 % 60 0.79 3.1 15.1 81 im-6 910.0 5 % 60 0.79 2.9 15.8 79 im-6 1000.0 5 % 60 0.79 2.8 16.5 78 im-8 1100.0 5 % 60 0.25 2.8 21.0 78 iron core im-8 1200.0 5 % 60 0.25 2.7 22.0 76 im-8 1300.0 5 % 60 0.25 2.6 23.0 75 im-8 1500.0 5 % 65 0.25 2.4 25.0 72 im-8 1600.0 5 % 65 0.25 2.3 26.0 70 im-8 1800.0 5 % 65 0.25 2.2 28.0 68 im-8 2000.0 5 % 65 0.25 2.1 29.0 67 im-8 2200.0 5 % 70 0.25 2.0 30.0 66 im-8 2400.0 5 % 70 0.25 1.9 31.0 64 im-8 2700.0 5 % 70 0.25 1.8 33.0 62 im-8 3000.0 5 % 70 0.25 1.7 35.0 61 im-8 3300.0 5 % 70 0.25 1.6 38.0 58 im-8 3600.0 5 % 70 0.25 1.5 40.0 57
im inductors, commercial, molded vishay dale document number: 34030 for technical questions contact ma gnetics@vishay.com www.vishay.com revision: 17-feb-06 13 * measured with full length lead. **rated dc current based on maximum temperature rise as shown in table. standard electrical specifications model ind. (h) tol. q min. test freq. l & q (mhz) self-resonant* freq. min. (mhz) dcr max. (ohms) rated** dc current (ma) im-9 68.0 10% 70 2.5 13.0 3.3 168 iron core im-9 82.0 10% 65 2.5 11.7 3.5 162 im-9 100.0 10% 65 2.5 10.7 3.8 155 im-9 120.0 10% 75 0.79 9.3 4.7 142 im-9 150.0 10% 75 0.79 8.3 5.3 132 im-10 3900.0 5% 80 0.25 1.45 44.0 61 iron core im-10 4300.0 5% 80 0.25 1.40 46.0 59 im-10 4700.0 5% 80 0.25 1.35 48.0 58 im-10 5000.0 5% 80 0.25 1.30 50.0 57 im-10 5600.0 5% 80 0.25 1.25 53.0 56 im-10 6200.0 5% 80 0.25 1.20 56.0 54 im-10 6800.0 5% 80 0.25 1.15 59.0 52 im-10 7500.0 5% 80 0.25 1.10 62.0 51 im-10 8200.0 5% 80 0.25 1.05 65.0 50 im-10 9100.0 5% 80 0.25 1.00 68.0 49 im-10 10000.0 5% 80 0.25 0.95 72.0 47 maximum temperature rise operating temperature range im-1 0.10 h to .47 h = 35 c at + 90 c ambient - 55 c to + 125 c 0.56 h to 1000 h = 15 c at + 90 c ambient - 55 c to + 105 c im-2 0.022 h to 1.0 h = 35 c at + 90 c ambient - 55 c to + 125 c 1.2 h to 27 h = 15 c at + 90 c ambient - 55 c to + 105 c 33 h to 1000 h = 15 c at + 90 c ambient - 55 c to + 105 c im-4 0.15 h to 4.7 h = 35 c at + 90 c ambient - 55 c to + 125 c 5.6 h to 33 h = 15 c at + 90 c ambient - 55 c to + 105 c 36 h to 240 h = 15 c at + 90 c ambient - 55 c to + 105 c 270 h to 1800 h = 35 c at + 90 c ambient - 55 c to + 125 c im-6 0.1 h to 2.7 h = 35 c at + 90 c ambient - 55 c to + 125 c 3.3 h to 1000 h = 15 c at + 90 c ambient - 55 c to + 105 c im-8, im-9, im-10 = 15 c at + 90 c ambient - 55 c to + 105 c description im-2 10 h 10 % er e2 model inductance value inductance tolerance package code jedec lead (pb)-free standard global part number information 1 model 00 k r e 2 0 i pac k i n g code i n ducta n ce v alue tol. m
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