RF INDUCTORS Series 160 ® Micro i Chip Inductors M83446/01– (Reference) SERIES 160 PHENOLIC CORE 160-100MS 01 0.010 ± 20% 48 150 900 0.050 1590 160-120MS 02 0.012 ± 20% 48 150 900 0.055 1515 160-150MS 03 0.015 ± 20% 48 150 900 0.060 1450 160-180MS 04 0.018 ± 20% 48 150 900 0.065 1395 160-220MS 05 0.022 ± 20% 48 100 900 0.070 1345 160-270MS 06 0.027 ± 20% 48 100 900 0.075 1295 160-330MS 07 0.033 ± 20% 48 100 900 0.075 1295 160-390MS 08 0.039 ± 20% 48 100 900 0.080 1255 160-470MS 09 0.047 ± 20% 48 100 850 0.085 1220 160-560MS 10 0.056 ± 20% 48 100 800 0.088 1195 160-680MS 11 0.068 ± 20% 48 100 750 0.093 1165 160-820MS 12 0.082 ± 20% 48 100 700 0.095 1150 M83446/01– (Reference) SERIES 160 IRON CORE 160-101KS 13 0.100 ± 10% 50 25.0 600 0.075 1295 160-121KS 14 0.120 ± 10% 50 25.0 550 0.075 1295 160-151KS 15 0.150 ± 10% 50 25.0 420 0.085 1220 160-181KS 16 0.180 ± 10% 50 25.0 390 0.10 1125 160-221KS 17 0.220 ± 10% 50 25.0 340 0.11 1070 160-271KS 18 0.270 ± 10% 50 25.0 290 0.12 1025 160-301KS g 0.300 ± 10% 50 25.0 250 0.13 985 160-331KS 19 0.330 ± 10% 50 25.0 230 0.14 950 160-361KS g 0.360 ± 10% 50 25.0 220 0.15 915 160-391KS 20 0.390 ± 10% 50 25.0 210 0.16 890 160-421KS g 0.420 ± 10% 50 25.0 200 0.17 860 Physical Parameters 160-471KS 21 0.470 ± 10% 50 25.0 190 0.18 835 Inches Millimeters 160-561KS 22 0.560 ± 10% 50 25.0 180 0.20 795 A 0.080 Max. 2.03 Max. 160-681KS 23 0.680 ± 10% 50 25.0 170 0.23 740 160-821KS 24 0.820 ± 10% 50 25.0 150 0.26 695 B 0.145 to 0.155 3.68 to 3.94 160-102JS 25 1.00 ±5% 50 25.0 140 0.34 610 C 0.115 to 0.125 2.92 to 3.18 160-122JS 26 1.20 ±5% 36 7.9 130 0.42 545 D 0.070 Min. 1.78 Min. 160-152JS 27 1.50 ±5% 36 7.9 120 0.56 475 160-182JS 28 1.80 ±5% 36 7.9 100 0.76 410 E 0.020 to 0.030 0.508 to 0.762 160-222JS 29 2.20 ±5% 36 7.9 98 0.93 370 F 0.020 Max. (Typ.) 0.51 Max. 160-272JS 30 2.70 ±5% 40 7.9 91 1.2 325 160-332JS 31 3.30 ±5% 40 7.9 76 1.3 310 Current Rating at 90°C Ambient 35°C Rise 160-392JS 32 3.90 ±5% 47 7.9 48 1.5 290 160-472JS 33 4.70 ±5% 47 7.9 46 1.7 275 Operating Temperature Range –55°C to +125°C 160-562JS 34 5.60 ±5% 44 7.9 42 1.8 270 Maximum Power Dissipation at 90°C 0.175 W 160-682JS 35 6.80 ±5% 40 7.9 39 1.9 255 1602-82JS 36 8.20 ±5% 40 7.9 30 2.4 230 Termination Standard-Tin/Lead Sn63. Contact 160-103JS 37 10.0 ±5% 46 7.9 26 3.2 200 factory for other Ţnish options. 160-123JS 38 12.0 ±5% 41 2.5 24 3.7 185 160-153JS 39 15.0 ±5% 46 2.5 23 3.8 180 Notes 1) Designed speciŢcally for reţow soldering 160-183JS 40 18.0 ±5% 46 2.5 22 4.2 175 160-223JS 41 22.0 ±5% 47 2.5 18 5.5 150 and other high temperature processes with metalized 160-273JS 42 27.0 ±5% 47 2.5 17 6.1 145 edges to exhibit solder Ţllet. 2) Self Resonant 160-333JS 43 33.0 ±5% 47 2.5 13 6.6 140 Frequency (SRF) values 290 MHz and above are 160-393JS 44 39.0 ±5% 50 2.5 12 7.0 135 calculated and for reference only. 3) Optional marking M83446/01– (Reference) SERIES 160 FERRITE CORE 160-473JS 45 47.0 ±5% 50 2.5 11.0 8.3 125 is available. Parts can be printed with dash number 160-563JS 46 56.0 ±5% 50 2.5 10.0 8.9 120 (ie 100, 120, etc.). Add suffix M to part number. 160-683JS 47 68.0 ±5% 50 2.5 9.1 13.0 100 160-823JS 48 82.0 ±5% 50 2.5 8.6 14.0 95 For inductance values above 560µH, consult factory. 160-104JS 49 100.0 ±5% 47 2.5 7.6 16.0 90 Mechanical ConŢguration Units are epoxy 160-124JS 50 120.0 ±5% 30 0.79 6.8 17.0 85 160-154JS 51 150.0 ±5% 32 0.79 5.6 18.0 80 encapsulated. Contact area for reţow are solder 160-184JS 52 180.0 ±5% 32 0.79 4.5 22.0 75 coated. Internal connections are thermal 160-224JS 53 220.0 ±5% 32 0.79 4.0 28.0 70 compression bonded. 160-274JS 54 270.0 ±5% 32 0.79 3.8 32.0 65 160-334JS 55 330.0 ±5% 32 0.79 3.5 44.0 55 Packaging Bulk only 160-394JS 56 390.0 ±5% 32 0.79 3.4 48.0 50 160-474JS 57 470.0 ±5% 28 0.79 3.2 75.0 42 MIL-PRF-83446/1 (Ref. only) g No MS # Issued 160-564JS 58 560.0 ±5% 28 0.79 2.8 81.0 40 Made in the U.S.A PAGE . . . www delevan com E-mail: apisales@delevan com 270 Quaker Rd., East Aurora NY 14052 • Phone 716-652-3600 • Fax 716-652-4814 2/ 2002 6 PART NUMBER MIL DASH # (Reference) INDUCTANCE (µH) TOLERANCE Q MINIMUM TEST FREQUENCY (MHz) SRF MINIMUM (MHz) DC RESISTANCE MAXIMUM (OHMS) CURRENT RATING MAX. (mA)