PE-0603CD4N3GTT

RF Chip Inductors Wire Wound - 0603 Series For More Information Please Visit: Networking.PulseElectronics.com WIRE WOUND RF CHIP INDUCTORS 0603CD SERIES Wire wound ceramic core construction High Q values High self resonant frequency Temperature Range -40 oC to +125oC Industry 0603 (1608) size and surface mount land pattern 100% Tin Solder Termination Electrical Specifications @ 25°C - Operating Temperature Range -40oC to +125oC Inductance 1 Part Number Q2 SRF 3 Tolerance +/-5% (nH) (MIN) (MHz MIN) Part Number Tolerance +/-2% RDC 4 (Ω MAX) IDC 5 (mA MAX) N/A N/A N/A PE-0603CD010JTT 1.7 @ 250MHz 16 @ 250MHz >6000 0.050 700 PE-0603CD1N8JTT 1.8 @ 250MHz 16 @ 250MHz >6000 0.045 700 PE-0603CD2N2JTT 2.2 @ 250MHz 18 @ 250MHz >6000 0.011 700 PE-0603CD3N3GTT PE-0603CD3N3JTT 3.3 @ 250MHz 35 @ 250MHz >6000 0045 700 PE-0603CD3N6GTT PE-0603CD3N6JTT 3.6 @ 250MHz 20 @ 250MHz >6000 0.070 700 PE-0603CD030GTT PE-0603CD030JTT 3.9 @ 250MHz 20 @ 250MHz >6000 0.080 700 PE-0603CD4N3GTT PE-0603CD040GTT PE-0603CD4N3JTT PE-0603CD040JTT 4.3 @ 250MHz 20 @ 250MHz >6000 0.102 700 4.55 @ 250MHz 20 @ 250MHz 5800 0.106 700 PE-0603CD4N7GTT PE-0603CD5N1GTT PE-0603CD4N7JTT PE-0603CD5N1JTT 4.7 @ 250MHz 20 @ 250MHz 5800 0.116 700 5.1 @ 250MHz 20 @ 250MHz 2700 0.108 700 PE-0603CD5N6GTT PE-0603CD5N6JTT 5.6 @ 250MHz 25 @ 250MHz 5500 0.108 700 PE-0603CD6N2GTT PE-0603CD6N2JTT 6.2 @ 250MHz 25 @ 250MHz 5800 0.110 700 PE-0603CD060GTT PE-0603CD6N8GTT PE-0603CD060JTT PE-0603CD6N8JTT 6.68 @ 250MHz 25 @ 250MHz 5800 0.110 700 6.8 @ 200MHz 27 @ 250MHz 5800 0.110 700 PE-0603CD7N5GTT PE-0603CD7N5JTT 7.5 @ 250MHz 28 @ 250MHz 4800 0.150 700 PE-0603CD080GTT PE-0603CD080JTT 8.2 @ 250MHz 30 @ 250MHz 4600 0.120 700 PE-0603CD8N7GTT PE-0603CD8N7JTT 8.7 @ 250MHz 28 @ 250MHz 4600 PE-0603CD9N5JTT 9.5 @ 250MHz 28 @ 250MHz 5400 0.109 0.135 700 PE-0603CD9N5GTT PE-0603CD100GTT PE-0603CD100JTT 10.0 @ 250MHz 30 @ 250MHz 4800 0.130 700 PE-0603CD110GTT PE-0603CD120GTT PE-0603CD110JTT PE-0603CD120JTT 11.0 @ 250MHz 30 @ 250MHz 4000 0.086 700 12.0 @ 250MHz 50 @ 250MHz 4000 0.130 700 PE-0603CD130GTT PE-0603CD130JTT 13.0 @ 250MHz 45 @ 250MHz 3600 0.106 700 PE-0603CD150GTT PE-0603CD150JTT 15.0 @ 250MHz 45 @ 250MHz 4000 0.170 700 PE-0603CD160GTT PE-0603CD160JTT 16.0 @ 250MHz 45 @ 250MHz 3300 0.170 700 PE-0603CD180GTT PE-0603CD180JTT 18.0 @ 250MHz 35 @ 250MHz 3100 0.170 700 700 Pulse Jack (Continued on next page) www.Networking.PulseElectronics.com WC709.C (5/19) Electronics WIRE WOUND RF CHIP INDUCTORS 0603CD SERIES Electrical Specifications @ 25°C - Operating Temperature Range -40oC to +125oC (continued) Q2 (MIN) SRF 3 (MHz MIN) RDC 4 (Ω MAX) IDC 5 (mA MAX) Tolerance +/-2% Tolerance +/-5% Inductance 1 (nH) PE-0603CD220GTT PE-0603CD220JTT 22.0 @ 250MHz 35 @ 250MHz 3000 0.19 700 PE-0603CD270GTT PE-0603CD270JTT 27.0 @ 250MHz 35 @ 250MHz 2800 0.22 600 PE-0603CD300GTT PE-0603CD300JTT 30.0 @ 250MHz 37 @ 250MHz 2250 0.44 600 PE-0603CD330GTT PE-0603CD360GTT PE-0603CD390GTT PE-0603CD330JTT 33.0 @ 250MHz 35 @ 250MHz 2300 0.22 600 PE-0603CD360JTT 36.0 @ 250MHz 39.0 @ 250MHz 43.0 @ 250MHz 37 @ 250MHz 35 @ 250MHz 35 @ 200MHz 2080 2200 0.25 0.25 0.28 600 600 600 0.28 0.31 600 600 Part Number 6 Part Number 6 PE-0603CD430GTT PE-0603CD470GTT PE-0603CD560GTT PE-0603CD390JTT PE-0603CD430JTT PE-0603CD470JTT PE-0603CD560JTT 47.0 @ 250MHz 56.0 @ 250MHz 35 @ 100MHz 35 @ 200MHz 2000 2000 1900 PE-0603CD680GTT PE-0603CD680JTT 68.0 @ 250MHz 35 @ 200MHz 1700 0.34 600 PE-0603CD720GTT PE-0603CD720JTT PE-0603CD820JTT 72.0 @ 250MHz 34 @ 150MHz 1700 400 82.0 @ 250MHz 98.5 @ 250MHz 34 @ 150MHz 34 @ 150MHz 1700 1400 0.49 0.54 0.58 100 @ 250MHz 34 @ 150MHz 1400 0.58 400 400 PE-0603CD111GTT PE-0603CDR10JTT PE-0603CD111JTT 110 @ 250MHz 33 @ 150MHz 0.61 300 PE-0603CD121GTT PE-0603CD121JTT 120 @ 250MHz 32 @ 150MHz 1300 1300 0.65 300 PE-0603CD151GTT PE-0603CD151JTT 150 @ 250MHz 28 @ 150MHz 990 0.92 280 PE-0603CD181GTT PE-0603CD181JTT 180 @ 250MHz 25 @ 100MHz 990 1.25 240 PE-0603CD201GTT PE-0603CD201JTT 200 @ 250MHz 25 @ 100MHz 900 1.98 240 PE-0603CD221GTT PE-0603CD221JTT 220 @ 250MHz 25 @ 100MHz 900 1.90 200 PE-0603CD271GTT PE-0603CD271JTT 270 @ 250MHz 24 @ 100MHz 860 2.30 170 PE-0603CD331GTT PE-0603CD331JTT 330 @ 250MHz 22 @ 100MHz 500 2.30 150 PE-0603CD391GTT PE-0603CD391JTT 390 @ 250MHz 20 @ 100MHz 350 2.90 130 PE-0603CD820GTT PE-0603CD101GTT PE-0603CD101JTT PE-0603CDR10GTT Notes: 1. Inductance measured using a HP4286A RF Impedance Analyzer. (Please note that inductance information is not stamped on part, because of the extremely small size). 2. Q measured using a HP4291A RF Impedance Analyzer with a HP16193A Test Fixture. 3. SRF measured using a HP8753C Network Analyzer. 4. RDC measured using a Valhalla Scientific model 4100 ATC Digital Ohmeter. 5. Based on a 15�C maximum temperature rise. 6. Check ordered tolerance band carefully: To order a +/-2% tolerance band the ordering code ends with "GTT" while any +/-5% tolerance band ends with "JTT" . Pulse Jack 3 Electronics 400 www.Networking.PulseElectronics.com WC709.C (5/19) WIRE WOUND RF CHIP INDUCTORS 0603CD SERIES Typical Inductance vs Frequency Typical Q vs Frequency 200 120 100 150 Q Factor Inductance (nH) 175 125 100 80 60 75 40 50 20 25 0 100 10 1,000 Frequency (MHz) 10,000 0 10 100 1,000 Frequency (MHz) 10,000 Mechanical .025 0.64 .040 1.02 .071 1.80 .050 1.27 .049 1.24 .025 0.64 .005/013 Dimensions: Inches mm Unless otherwise specified, all tolerances are ± .010 0,25 .014 0.36 Weight ..................0.008 grams 4 www.Networking.PulseElectronics.com WC709.C (5/19) WIRE WOUND RF CHIP INDUCTORS 0603FT SERIES Wire wound ferrite core construction High Impedance Values for suppression High self resonant frequency Temperature Range -40 oC to +125 oC Industry standard 0603 (1608) size and surface mount land pattern 100% Tin Solder Termination Electrical Specifications @ 25°C - Operating Temperature Range -40oC to +125oC Part Number 6 Notes: 1 3 4 5 SRF (MHz MIN) RDC (Ω MAX) IDC (mA MAX) 1370 0.11 850 Tolerance +/-10% Inductance (uH) PE-0603FT470KTT 0.047 @ 7.9MHz Typical Impedance 20 @ 100MHz PE-0603FT101KTT 0.100 @ 7.9MHz 50 @ 100MHz 1370 0.11 850 PE-0603FT221KTT 0.220 @ 7.9MHz 100 @ 100MHz 850 0.20 650 PE-0603FT471KTT 0.470 @ 7.9MHz 300 @ 100MHz 670 0.37 470 PE-0603FT681KTT 0.680 @ 7.9MHz 800 @ 100MHz 520 0.77 310 PE-0603FT102KTT 1.00 @ 7.9MHz 0.94 280 2.70 @ 7.9MHz 1000 @ 100MHz 600 @ 25MHz 410 PE-0603FT272KTT 70 1.60 210 PE-0603FT682KTT 6.80 @ 7.9MHz 1000 @ 25MHz 40 4.00 130 PE-0603FT822KTT PE-0603FT103KTT 8.20 @ 2.5MHz 10.0 @ 2.5MHz 600 @ 25MHz 800 @ 10MHz 40 30 4.50 5.00 110 100 PE-0603FT153KTT 15.0 @ 2.5MHz 1000 @ 10MHz 20 9.50 90 PE-0603FT223KTT 22.0 @ 2.5MHz 2500 @ 10MHz 20 11.40 70 1. Inductance measured using a HP4286A RF Impedance Analyzer. (Please note that inductance information is not stamped on part, because of the extremely small size). 2. Q measured using a HP4291A RF Impedance Analyzer with a HP16193A Test Fixture. 3. SRF measured using a HP8753C Network Analyzer. 4. RDC measured using a Valhalla Scientific model 4100 ATC Digital Ohmeter. 5. Based on a 15�C maximum temperature rise. Mechanical .025 0.64 .047 1.20 .071 1.80 .050 1.27 .049 1.25 .025 0.64 .005/013 Weight ..................0.008 grams Inches mm Unless otherwise specified, all tolerances are ± .010 0,25 .049 1.24 5 Dimensions: www.Networking.PulseElectronics.com WC709.C (5/19) WIRE WOUND RF CHIP INDUCTORS 0603FT SERIES Typical Inductance vs Frequency 40 Typical Impedance vs Frequency 22.0uH 22uH 35 Impedance (Ohms) Inductance (uH) 30 25 20 15 10.0uH 10 470nH 1,000 6.8uH 5 2.7uH 10,000 15.0uH 47nH 100 10 2,7uH 1.0uH 100 10 Frequency (MHz) 1 1 1,000 100 Frequency (MHz) 10 Tape and Reel Specifications Series 0603CD 0603FT Packing Moisture Level = MSL 1 - Storage Temperature - 40oC to +125oC Tape Dimensions (mm) Reels Dimensions (mm) Parts per Reel A B C D E W P1 P2 P3 H T 2000 178 50 13 14.4 8.4 8 2 4 4 2.1 0.3 Notes: P1, P2 and P3 are same for all chip inductor series. Keeping the same dimensions for guide hole and pocket pitch (P1), pocket pitch (P2), guide hold pitch (P3) and tape width (8mm) for all series, enables the packaging machine to maintain the same settings while changing models. The only difference between the series are the parts per reel which contributes to a different length of tapes/reel per model. Pulse Jack 6 www.Networking.PulseElectronics.com WC709.C (5/19) Electronics WIRE WOUND RF CHIP INDUCTORS Performance testing Electrical Testing Storage and Operating Temperature Range: -40oC to +125oC Thermal: -40oC to +85oC Moisture Resistance 240 Hours at 70oC Operating Life Inductors are subjected to the extremes for 48 hours. Then tested at 25 oC There shall be no deformation or change in appearance Inductance shall not change by more than ±5% Q values shall not change by more than ±10% Inductors are subjected to 30 cycles for 30 minutes at each extreme. Then tested at 25 oC Inductors are subjected to 10 cycles of 24 hours at 90 to 95% relative humidity Then tested at 24 oC Inductors are subjected to 1000 hours at 85 oC with 85% Relative Humidity with the rated current applied There shall be no Damaged, Open or Shorted Windings Mechanical Testing Temperature Range: Inductors are subjected to the following: Use a solder pot at 260 oC, with RMA Flux. Each termination is immersed in 63Sn/37Pb molten solder for 4 to 6 seconds. There shall be no deformation or change in appearance Inductance shall not change by more than ±5% Q values shall not change by more than ±10% Recommended Solder Heat Resistance Profile Physical Specifications Vibration (Random) Samplers are subjected to random vibrations as per NAVMAT P9492 Mechanical Shock Inductors are subjected to one half sine wave pulse (8700 g's for 0.3ms) in each directional axis for a total of 18 shocks Moisture Resistance Reflow Inductors on to test pads using 63Sn/37 Pb solder paste (IR Reflow profile = 200 oC for 30 seconds or peak 235 oC for 20 seconds) 7 www.Networking.PulseElectronics.com There shall be no deformation or change in appearance Inductance shall not change by more than ±5% Q values shall not change by more than ±10% The inductors shall withstand a minimum force of 1000 g's in any direction using a dynamometer force guage Pulse Jack WC709.C (5/19) Electronics