132 COILCRAFT | Alldatasheet
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© Coilcraft, Inc. 2006 Specifications subject to change without notice. Please check our website for latest information. Fixed RF Inductors – 132 Series Document 114 Document 114 Revised 03/23/06 These fixed RF coils are part of Coilcraft’s series of insert molded inductors. This precision construction technique ensures constant winding pitch, long-term stability and tight tolerance (±5%) on inductance. These high Q fixed inductors are available in standard values from 14.0 nH to 709 nH. Coilcraft Designer’s Kit M304 contains three samples each of 20 standard values plus 13 values from the 148 Series. To order, please contact Coilcraft or visit http://order.coilcraft.com. Part L 2 SRF min3 DCR max4 Irms5 Lead gauge Dim A 6 L7 number ±5% (nH) Q min 2 (MHz) (mOhms) (A) Color Turns (AWG) (in/mm) ±5% (nH) 132-07L 83 66@ 25 MHz 900 7.4 3.5 Violet 7 ½ 22 0.148/3,76 99.0 132-08L 98 68@ 25 MHz 800 8.0 3.5 Gray 8 ½ 22 0.148/3,76 117 132-09L 120 68@ 25 MHz 700 9.0 3.5 White 9 ½ 22 0.148/3,76 138 132-10L 140 68@ 25 MHz 615 10.0 3.0 Black 10 ½ 22 0.148/3,76 158 132-11L 180 66@ 25 MHz 525 13.7 3.0 Brown 11 ½ 23 0.148/3,76 197 132-12L 220 72@ 25 MHz 480 19.0 3.0 Red 12 ½ 24 0.153/3,89 235 132-13L 246 70@ 25 MHz 440 20.3 3.0 Orange 13 ½ 24 0.153/3,89 260 132-14L 276 70@ 25 MHz 410 22.5 3.0 Yellow 14 ½ 24 0.153/3,89 290 132-15L 333 72@ 25 MHz 390 30.6 3.0 Green 15 ½ 25 0.154/3,91 345 132-16L 397 72@ 25 MHz 365 40.3 2.5 Blue 16 ½ 26 0.156/3,96 410 132-17L 460 66@ 25 MHz 340 43.1 2.5 Violet 17 ½ 26 0.156/3,96 475 132-18L 505 66@ 25 MHz 325 57.3 2.0 Gray 18 ½ 27 0.156/3,96 550 132-19L 571 68@ 25 MHz 310 61.2 2.0 White 19 ½ 27 0.156/3,96 600 132-20L 709 66@ 25 MHz 275 82.7 1.5 Black 20 ½ 28 0.160/4,06 720 1. When ordering, please specify termination code: 132-20 L Termination: L = RoHS compliant tin-silver over copper. Special order: T = RoHS tin-silver-copper (95.5/4/0.5) or S = non-RoHS tin-lead (63/37). 2. Inductance and Q measured with leads connected directly to the Agilent/ HP 4287A. 3. SRF measured using the Agilent/HP 8753D. 4. DCR measured using the Cambridge Technology Model 510 Micro Ohmmeter. 0.260 6,60 0.290 ±0.005 7,37 ±0,13 0.187 ±0.030 4,75 ±0,76 0.380 9,65 max max 0.230 5,84 max A See table for lead diameter and spacingWeight: 245 – 510 mg 5. Average current for a 20°C temperature rise from 25°C ambient. 6. Tolerance ±0.005″/0,13 mm. 7. The inductance values in column two are more accurate measurements taken on a contemporary meter. The old values in this column are for reference by existing users of these parts and were measured with leads connected directly to a Boonton 260-A. 8. Operating temperature range -40°C to 85°C. 9. Electrical specifications at 25°C.