150-01J08L COILCRAFT | Alldatasheet
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© Coilcraft, Inc. 2008 Specifications subject to change without notice. Please check our website for latest information. 7 mm Tunable RF Coils – 146, 150 Series Document 109-1 Document 109-1 Revised 9/30/08 Coilcraft tunable coils provide the compactness of a 7 mm coil and the low drift reliability of an insert molded coil. Standard inductance values range from less than 0.05 µH to over 0.5 µH. 150 Series coils with a tap are also available to meet specific requirements. The windings of these economical coils are precision molded into a single piece of polypropylene for mechani- cal and electrical stability. Optional plated brass shield cans with solderable tabs provide integral shielding and additional mounting stability. These parts can be odered without cores for use as fixed inductors. Coilcraft Designer’s Kit M302 contains samples of all standard 7 mm and 10 mm tunable inductors. To order, contact Coilcraft or visit http://order.coilcraft.com . Unshielded Styles With Shield Can Terminations Series 146 leads: Tin-silver over copper Series 150 leads: Matte tin over copper Shield can tabs: Tin-silver over nickel over brass 0.039 ±0.010 1,0 ±0,25 0.138 ±0.010 3,51 ±0,25 0.216 5,5 0.475 12,1 max dia hole Tab length 0.280 7,1 Tab centers0.300 7,6 max Finish Start 0.177 ±0.005 3,5 ±1,02 0.020 ±0.002 0,51 ±0.05 0.177 ±0.005 4,5 ±0,13 0.450 ±0.020 11,43 ±0,51 0.268 ±0.005 6,81 mm ±0,13square dia Finish Start Recommended Board Layout CL CL 0.0885 2,25 0.0885 2,25 0.140 3,55(2)0.040 1,016 0.060 1,52 (for shield can tabs) Unshielded With shield can Weight: 146 series 0.44 – 0.70 g 0.91 – 1.12 g 150 series 0.45 – 0.61 g 0.88 – 1.08 g Resistance to soldering heat: Wave solder only. Recommended maximum board surface temperature of 168°C (334°F) for no more than three seconds. Pre-heating is recommended to minimize time over the solder nozzle.
© Coilcraft, Inc. 2008 7 mm Tunable RF Coils – 146, 150 Series Specifications subject to change without notice. Please check our website for latest information. Document 109-2 Document 109-2 Revised 09/30/08 Part No core L2 L min3 L nom L max Q min No core SRF DCR max number1 Color Turns nom (nH) (nH) (nH) (nH) @ L nom min (MHz) (mOhm) Irms4 150-04J08L Yellow 4 ½ 94.5 108 130 154 114 @ 50 MHz 780 11.6 9.3 150-05J08L Green 5 ½ 116 137 165 193 114 @ 50 MHz 650 13.2 8.7 150-06J08L Blue 6 ½ 138 176 205 234 112 @ 50 MHz 550 14.7 8.2 150-07J08L Violet 7½ 156 222 245 268 108 @ 50 MHz 510 16.0 7.9 146-03J08L Orange 3 ½ 86.0 90.0 108 126 100 @ 50 MHz 560 10.5 9.8 146-04J08L Yellow 4 ½ 111 117 146 175 94 @ 50 MHz 475 11.6 9.3 146-05J08L Green 5 ½ 140 148 190 232 88 @ 50 MHz 430 13.0 8.8 146-06J08L Blue 6 ½ 167 188 240 292 78 @ 50 MHz 390 14.5 8.3 146-07J08L Violet 7 ½ 198 231 292 350 72 @ 50 MHz 350 15.6 8.0 146-08J08L Gray 8 ½ 228 272 342 412 68 @ 50 MHz 330 18.0 7.5 146-09J08L White 9 ½ 264 330 405 480 66 @ 40 MHz 320 19.4 7.2 146-10J08L Black 10½ 292 390 465 540 60 @ 40 MHz 290 21.0 6.8 Unshielded Shielded Part No core L2 L min3 L nom L max Q min No core SRF DCR max number1 Color Turns nom (nH) (nH) (nH) (nH) @ L nom min (MHz) (mOhm) Irms4 150-05J08SL Green 5 ½ 95.5 107 115 123 84 @ 50 MHz 750 13.2 8.7 150-06J08SL Blue 6 ½ 109 125 134 143 82 @ 50 MHz 620 14.7 8.2 150-07J08SL Violet 7½ 123 150 156 162 80 @ 50 MHz 560 16.0 7.9 146-04J08SL Yellow 4 ½ 95.0 100 110 120 78 @ 50 MHz 570 11.6 9.3 146-05J08SL Green 5 ½ 115 120 135 150 76 @ 50 MHz 510 13.0 8.8 146-06J08SL Blue 6 ½ 136 142 163 184 72 @ 50 MHz 470 14.5 8.3 146-07J08SL Violet 7 ½ 155 172 194 216 68 @ 50 MHz 430 15.6 8.0 146-08J08SL Gray 8 ½ 176 200 224 248 66 @ 50 MHz 400 18.0 7.5 146-09J08SL White 9 ½ 202 234 260 284 60 @ 50 MHz 360 19.4 7.2 146-10J08SL Black 10½ 224 260 288 315 56 @ 50 MHz 330 21.0 6.8 1. To order fixed inductance parts without cores, eliminate the “J08”, e.g. 150-01L or 150-01SL 2. Inductance and Q readings taken on Boonton 260-A Q meter with 16 AWG tinned copper 1/2″ long soldered along leads and bent at 90° 1/4″ down from standoffs. All inductance values greater than 0.1 µH read at recommended Q meter frequency. All inductance values below 0.1 µH calculated from readings taken at 50 MHz. 3. L min measured with core halfway out top of form. 4. Average current for a 40°C rise above 25°C ambient. 5. Core material: Carbonyl J; Core length: 1/4″ 6. Taps available in 150 series parts at 1/8, 3/8, 5/8 and 7/8 turns. 7. Operating temperature range −40°C to +85°C. 8. Electrical specifications at 25°C.