RF Inductors API Delevan Product Line Features and Benefits Our RF Inductors, available in surface mount, axial-leaded, and radial-leaded configurations, are designed to provide optimal performance in high frequency analog circuits and signal processing in applications such as RFID, test equipment, GPS’s, radar, Wi-Fi, and satellite radios. Rugged, epoxy molded construction offers durability and moisture resistance in harsh environments. Tolerances down to + /-1% of nominal inductance, and shielded offerings (minimizing coupling to less than 2%) allow tighter assembly on valuable circuit board real estate. Standard operating temperature ranges are per MIL specs, -55°C to +125°C. Custom designs to meet any application specific requirements, and space level up-screening to MIL-STD-981C Group A and B are always available. MILITARY PRODUCTS: • Only qualified manufacturer to DSCC mil Spec MIL-PRF-39010/01 through /10, “R” Failure Rate Level • Other DSCC mil spec approvals: • MIL-PRF-15305, 25 MIL Spec qualifications • MIL-PRF-83446, 20 MIL Spec qualifications • MIL-PRF-27, 3 MIL Spec qualifications • MIL-STD-202 On-site environmental test lab featuring thermal shock, temperature cycling, moisture resistance, solderability, life test, calibration, real time X-ray, and failure analysis • MIL-STD-690 Product maintenance testing featuring 15,000,000 hours load/temperature testing every 14 months All API Delevan inductors are offered with termination options in RoHS compliant Tin-Silver-Copper (Sn96.5Ag3.0Cu0.5) over Copper (Cu), or Tin-Lead (Sn63/Pb37) over Copper (Cu) to support military applications. CUSTOM PRODUCTS: Our prototype services provide solutions within hours or days, not weeks or months. We provide solutions to meet the demands for extreme product miniaturization, and we are committed to delivering better electrical and mechanical performance than any other manufacturer in the industry. Adhering to daily Kaizen and Lean Manufacturing practices enable us to engineer custom products of the highest quality at the lowest cost possible. RF INDUCTORS: • Axial-leaded, radial-leaded, and surface mount configurations • Rugged epoxy molded construction using UL94V-0 materials • Encapsulation provide resistance to corrosion in extreme environments • Shielded configurations result in less than 2% coupling • Tight tolerances to within +/-1% of nominal inductance • Surface mount industry standard package sizes, with low-profile and temperature stable versions available • Inductance ranges from 0.0018µH to 33,000µH • -55ºC to +125ºC full Military operating temperature rangel Product Applications Market Applications • Circuit Tuning • Industrial • Impedance Matching • Military • High and low-pass filtering • Medical • RF Chokes • Avionics • Power Supplies • Aerospace • Test & Measurement Equipment • Telecomm • Switching Systems • Transportation • High Power Antenna Systems • Down hole & Sub-Sea Oil Industry • Automotive • Commercial POWER INDUCTORS: • Axial-leaded, radial-leaded, and surface mount configurations • Inductance ranges from 0.22µH to 100,000µH • Current ratings from 0.050A to 19.9A • High temperature designs operating at up to +220ºC • Designed to withstand high levels of mechanical shock and vibration API Delevan ® 270 Quaker Road, East Aurora, New York 14052 716.652.3600 www.delevan.com API Delevan ® S U R FA C E M O U N T R F I N D U C T O R S Product 103 SRF Inductance Q Factor Minimum Minimum Range Rated Current Dimensions Inches (Millimeters) Product Inductance Range Q Factor SRF Minimum Minimum Rated Current Dimensions Inches (Millimeters) Product 0.010 uH to 27.0 uH 60 to 22 2700 MHz to 22 MHz 1270 mA DC to 120 mA DC L= 0.100 ± 0.010 (2.54± 0.25) W= 0.100± 0.010 (2.54±0.25) H= 0.075 Max. (1.91 Max.) S1008 0.10 uH to 47 uH 40 to 30 383 MHz to 8 MHz 1120 mA DC to 110 mA DC L= 0.095-0.115 (2.41-2.92) W= 0.085-0.105 (2.16-2.66) H= 0.075-0.095 (1.91-2.41) 0819 160 0.010 uH to 560.0 uH 50 to 28 900 MHz to 2.8 MHz 1590 mA DC to 40 mA DC L= 0.145-0.155 (3.68-3.94) W= 0.115-0.125 (2.92-3.18) H= 0.080 Max. (2.03 Max.) 4302 0.12 uH to 27.0 uH 40 to 20 400 MHz to 10 MHz 1075 mA DC to 105 mA DC L= 0.095-0.115 (2.41-2.92) W= 0.085-0.105 (2.16-2.66) H= 0.075-0.095 (1.91-2.41) 1025 3094 0.010 uH to 1000.0 uH 75 to 30 2000 MHz to 1.7 MHz 1000 mA DC to 25 mA DC L= 0.147-0.163 (3.73-4.14) W= 0.117-0.133 (2.97-3.38) H= 0.140 Max. (3.56 Max.) S1210 0.10 uH to 100.0 uH 40 to 40 375 MHz to 8 MHz 1131 mA DC to 127 mA DC L= 0.118-0.138 (3.00-3.51) W= 0.085-0.105 (2.16-2.66) H= 0.081- 0.101 (2.06-2.57) 1537 4379 0.10 uH to 10000 uH 120 to 75 600 MHz to 0.7 MHz 1000 mA DC to 21 mA DC L= 0.147-0.163 (3.73-4.14) W= 0.117-0.133 (2.97-3.38) H= 0.140 Max. (3.56 Max.) 4232 0.10 uH to 47.0 uH 30 to 10 250 MHz to 10 MHz 519 mA DC to 135 mA DC L= 0.118-0.138 (3.00-3.51) W= 0.085-0.105 (2.16-2.67) H= 0.081-0.101 (2.06-2.57) 1641 0402 1.0 nH to 68 nH 25 to 15 12700 MHz to 1620 MHz 1360 mA DC to 100 mA DC L= 0.050 Max. (1.27 Max.) W= 0.030 Max. (0.76 Max.) H= 0.024 Max. (0.61 Max.) 1330 0.10 uH to 1000.0 uH 55 to 25 680 MHz to 3.4 MHz 1380 mA DC to 28 mA DC L= 0.300-0.325 (7.62-8.26) W= 0.105-0.125 (2.67-3.18) H= 0.125-0.145 (3.18-3.68) 4307 0603 1.6 nH to 390 nH 40 to 16 6000 MHz to 900 MHz 700 mA DC to 100 mA DC L= 0.071 Max. (1.80 Max.) W= 0.045 Max. (1.14 Max.) H= 0.040 Max. (1.02 Max.) 1331 0.10 uH to 560.0 uH 50 to 31 490 MHz to 7.0 MHz 670 mA DC to 40 mA DC L= 0.300-0.325 (7.62-8.26) W= 0.105-0.125 (2.67-3.18) H= 0.125-0.145 (3.18-3.68) 1840 0805 2.8 nH to 2700 nH 80 to 16 7900 MHz to 50 MHz 800 mA DC to 150 mA DC L= 0.090 Max. (2.29 Max.) W= 0.068 Max. (1.73 Max.) H= 0.060 Max. (1.52 Max.) S1812 0.10 uH to 1000 uH 50 to 40 460 MHz to 2.0 MHz 1490 mA DC to 60 mA DC L= 0.166-0.190 (4.2-4.8) W= 0.118-0.134 (3.0-3.4) H= 0.118-0.134 (3.0-3.4) 1944 1945 2.5 nH to 43.0 nH 145 to 100 >3 Ghz to 1.5 GHz 3.0 Amps DC to 3.0 Amps DC L= 0.145 Max. (3.68 Max.) L= 0.270 Max. (6.86 Max.) W= 0.120 Max. (3.50 Max.) H= 0.125 Max. (3.18 Max.) (Two Sizes Available) 2510 0.10 uH to 1000 uH 35 to 15 640 MHz to 2.4 MHz 865 mA DC to 20 mA DC L= 0.235-0.255 (5.97-6.48) W= 0.085-0.105 (2.16-2.67) H= 0.090-0.110 (2.29-2.79) 2500 22 nH to 150 nH 140 to 95 3.0 GHz 3.0 Amps DC to 1.0 GHz to 3.0 Amps DC L= 0.220 Max. (5.588 Max.) W= 0.175 Max. (4.445 Max.) H= 0.165 Max. (4.191 Max.) S4924 0.10 uH to 27000.0 uH 60 to 27 450 MHz to 0.40 MHz 3900 mA DC to 35 mA DC L= 0.490-0.520 (12.44-13.21) W= 0.230-0.250 (5.84-6.35) H= 0.210-0.230 (5.33-5.84) 2890 90 nH to 538 nH 95 to 87 1140 MHz 3.5 Amps DC to 490 MHz to 2.0 Amps DC L= 0.420 Max. (10.67 Max.) W= 0.250 Max. (6.35 Max.) H= 0.235 Max. (5.97 Max.) 5022 0.15 uH to 1000.0 uH 75 to 33 525 MHz to 2.3 MHz 3500 mA DC to 105 mA DC L= 0.490-0.520 (12.44-13.21) W= 0.230-0.250 (5.84-6.35) H= 0.210-0.230 (5.33-5.84) 4426 4726 5526 4470 Inductance Range Q Factor SRF Minimum Minimum Rated Current Dimensions Inches (Millimeters) 0.10 uH to 1000.0 uH 55 to 25 680 MHz to 3.3 MHz 895 mA DC to 24.5 mA DC L= 0.200±0.010 (5.08±0.25) D= 0.078±0.008 (1.98±0.20) 0.10 uH to 1000.0 uH 55 to 25 680 MHz to 3.4 MHz 1380 mA DC to 28 mA DC L= 0.250±0.010 (6.35±0.25) D= 0.095±0.010 (2.41±0.25) 0.15 uH to 240.0 uH 75 to 33 525 MHz to 5.9 MHz 2740 mA DC to 115 mA DC L= 0.375±0.010 (9.53±0.25) D= 0.156±0.010 (3.96±0.25) 0.10 uH to 1000.0 uH 60 to 40 250 MHz to 3.8 MHz 1830 mA DC to 70 mA DC L= 0.410±0.020 (10.41±0.51) D= 0.162±0.010 (4.11±0.25) 1200 uH to 33000 uH 50 to 27 3.0 MHz to 0.40 MHz 115 mA DC to 29 mA DC L= 0.427-0.447 (10.85-11.35) D= 0.177-0.197 (4.496-5.004) 0.15 uH to 27.0 uH 65 to 35 510 MHz to 22 MHz 3050 mA DC to 214 mA DC L= 0.437±0.010 (11.10±0.25) D= 0.187±0.010 (4.75±0.25) 0.10 uH to 1000 uH 80 to 45 400 MHz to 2.24 MHz 270 uH to 10000 uH 80 to 60 5.6 MHz to 0.95 MHz 126 mA DC to 48 mA DC L= 0.440-0.740 (11.18-18.80) D= 0.190-0.240 (4.83-6.10) (Three Sizes Available) 1.2 uH to 120.0 uH 95 to 40 170 MHz to 10 MHz 2400 mA DC to 219 mA DC L= 0.900±0.010 (22.86±0.25) D= 0.280±0.010 (7.11±0.25) 1.0 uH to 10000.0 uH 130 to 65 136 MHz to 0.47 MHz 4000 mA DC to 80 mA DC L= 0.880-0.910 (22.35-23.11) D= 0.270-0.310 (6.86-7.87) 4000 mA DC L= 0.420-0.447 (10.67-11.35) to 104 mA DC D= 0.168-0.193 (4.27-4.90) THROUGH HOLE RF INDUCTORS