3094R-222JS

API_newlayouts_single:APIcatalog_newlayouts 7/23/10 10:02 AM Page 12 F ct du In MB Physical Parameters Millimeters 3.56 Max. 3.73 to 4.14 2.97 to 3.38 1.78 Min. 0.43 to 0.84 0.51 Max. (Typ.) Current Rating at 90°C Ambient 35°C Rise Operating Temperature Range –55°C to +125°C Maximum Power Dissipation at 90°C 0.155 W Inductance tolerance desired is specified by suffixing an alpha character to the part number: F = 1%, G = 2%, H = 3%, J = 5%, K = 10%, and M = 20%. Standard series tolerance is ±10%. For inductance values less than .10µH, minimum tolerance is ±5%. Termination Standard: Tin/Lead Sn63 Mechanical Configuration Units are epoxy encapsulated. Contact area for reflow are solder coated. Internal connections are thermal compression bonded. Notes 1) Designed specifically for reflow soldering and other high temperature processes with metalized edges to exhibit solder fillet. 2) Self Resonant Frequency (SRF) values 270 MHz and above are calculated and for reference only. 3) Optional marking is available. Packaging Tape & reel (12mm): 7" reel, 650 pieces max.; 13" reel, 2500 pieces max. MIL-PRF-83446/10 (Reference) Made In the U.S.A. *Complete part # must include series # PLUS the dash # -100KS -120KS -150KS -180KS -220KS -270KS -330KS -390KS -470KS -560KS -680KS -820KS -101KS -121KS -151KS -181KS -221KS -271KS -331KS -391KS -471KS -561KS -681KS -821KS -102KS -122KS -152KS -182KS -222KS -272KS -332KS -392KS -472KS -562KS -682KS -822KS -103KS -123KS -153KS -183KS -223KS -273KS -333KS -393KS -473KS -563KS -683KS -823KS -104KS -124KS -154KS -184KS -224KS -274KS -334KS -394KS -474KS -564KS -684KS -824KS -105KS M83446/10– (Reference) SERIES 3094 IRON CORE 62 0.010 60 150 2000.0 0.040 63 0.012 60 150 1800.0 0.040 64 0.015 60 150 1500.0 0.040 65 0.018 60 150 1500.0 0.040 66 0.022 60 100 1300.0 0.050 67 0.027 60 100 1300.0 0.050 68 0.033 60 100 1000.0 0.050 69 0.039 60 100 1000.0 0.060 70 0.047 65 100 800.0 0.060 71 0.056 65 100 760.0 0.060 72 0.068 65 100 700.0 0.070 73 0.082 65 100 650.0 0.070 74 0.100 65 50 570.0 0.070 75 0.120 65 50 520.0 0.070 76 0.150 75 50 400.0 0.080 77 0.180 75 50 360.0 0.080 78 0.220 70 50 320.0 0.080 79 0.270 70 50 270.0 0.10 80 0.330 70 50 240.0 0.10 81 0.390 70 50 220.0 0.10 82 0.470 70 25 190.0 0.14 83 0.560 70 25 170.0 0.19 84 0.680 70 25 160.0 0.26 85 0.820 75 25 150.0 0.30 86 1.00 75 25 130.0 0.34 87 1.20 65 7.9 120.0 0.45 88 1.50 65 7.9 110.0 0.57 89 1.80 65 7.9 100.0 0.72 90 2.20 65 7.9 80.0 0.90 91 2.70 65 7.9 60.0 1.10 92 3.30 60 7.9 50.0 1.20 93 3.90 60 7.9 45.0 1.40 94 4.70 60 7.9 42.0 1.60 95 5.60 65 7.9 40.0 1.80 96 6.80 65 7.9 37.0 2.40 97 8.20 65 7.9 34.0 3.00 98 10.0 65 7.9 29.0 3.50 99 12.0 60 2.5 27.0 3.60 100 15.0 60 2.5 22.0 3.70 101 18.0 60 2.5 17.0 3.80 102 22.0 60 2.5 16.0 3.90 103 27.0 65 2.5 15.0 4.00 104 33.0 65 2.5 14.0 5.00 105 39.0 65 2.5 13.0 7.00 106 47.0 70 2.5 12.0 8.00 107 56.0 70 2.5 11.0 10.0 108 68.0 65 2.5 10.0 11.0 109 82.0 60 2.5 9.0 12.0 110 100.0 60 2.5 8.0 13.0 111 120.0 40 0.79 7.0 14.0 112 150.0 40 0.79 6.0 16.0 113 180.0 40 0.79 5.0 18.0 114 220.0 40 0.79 4.0 24.0 115 270.0 40 0.79 3.3 25.0 116 330.0 40 0.79 3.1 29.0 117 390.0 40 0.79 2.9 32.0 118 470.0 35 0.79 2.4 35.0 119 560.0 35 0.79 2.1 45.0 120 680.0 35 0.79 1.9 55.0 121 820.0 30 0.79 1.8 70.0 122 1000.0 30 0.79 1.7 80.0 s or NU Actual Size Inches 0.140 Max. 0.147 to 0.163 0.117 to 0.133 0.070 Min. 0.017 to 0.033 0.020 Max. (Typ.) R SH Micro i® Chip Inductors A B C D E F SH DA DA 3094R 3094 NG TI ) RA A T (m EN UM RR IM CE CU X MA AN ) ST S SI HM RE (O M DC U ) M Hz XI (M MA M MU NI ) MI F Hz SR (M Y NC UE M EQ MU FR NI MI ST Q TE 0% ±1 H) (µ CE AN e) CT nc DU re IN fe Re #( * ER L MI SERIES 1000 1000 1000 1000 1000 1000 1000 900 900 900 840 840 840 840 790 790 790 700 700 700 590 510 430 400 380 330 290 260 230 210 200 180 170 160 140 130 120 118 115 114 113 110 100 84 79 70 67 64 62 59 56 52 45 44 41 39 37 33 30 26 25 For surface finish information, refer to www.delevanfinishes.com 270 Quaker Rd., East Aurora NY 14052 • Phone 716-652-3600 • Fax 716-652-4814 • E-mail: apisales@delevan.com • www.delevan.com 1/2009