PSQ0703 & PSQ0805 SMD Power Inductors Unshielded C/Severo Ochoa 33 – Parque Tecnológico de Andalucía. 29590 Campanillas .Málaga (Spain) Phone +34 951 231 320 Fax +34 951 231 321 E-mail: [email protected] Web http://www.grupopremo.com 1. Configuration & Dimensions Series PSQ0703 PSQ0805 Dimensions [mm] A 6.50±0.3 8.80±0.3 B 4.50±0.2 6.00±0.3 C 2.50±0.2 4.50±0.3 C’ 2.70±0.3 5.00±0.7 D(ref.) 0.80 1.40 E(ref.) 2.40 3.40 F(ref.) 4.90 6.00 G(ref.) 4.00 5.00 H(ref.) 3.20 4.00 2. Schematic Diagram 3. Materials a.- Core : Ferrite DQ core b.- Wire : Enamelled copper wire (class F) c.- Terminal : Cu / Sn d.- Adhesive : Epoxy resin e.- Remark : Lead content 200ppm max. include ferrite 4. General Specification 1 SMD Power Inductors P R E M O All rights reserved. Passing on of this document, use and communication of contents not permitted without written authorisation. I(ref.) 1.50 2.00 PSQ0703 & PSQ0805 SMD Power Inductors Unshielded C/Severo Ochoa 33 – Parque Tecnológico de Andalucía. 29590 Campanillas .Málaga (Spain) Phone +34 951 231 320 Fax +34 951 231 321 E-mail: [email protected] Web http://www.grupopremo.com 20ºC max. (PSQ0703) a.- Temp. rise 40ºC max. (PSQ0805) Current cause inductance drop within 10% b.- Rated current Base on temp. rise & ∆L/L0A = 30% typ. c.- Storage temp. : -40ºC ~ +125ºC d.- Operating temp. : -40ºC ~ +105ºC e.- Resistance to solder heat : 260ºC. 10 secs 5. Electrical Characteristics PSQ0703 (1µH – 1000µH) Test Freq. DWG No. Inductance (µH) Q ref. PSQ0703 – 1R0M 1.0±20% PSQ0703 – 1R2M PSQ0703 – 1R8M SRF (MHz) nom. RDC (Ω) max. 160.0 0.042 Irms1 (mA) ∆T=20ºC max. 2200 Irms2 (mA) ∆T=40ºC max. 3200 25 L (KHz) 100 Q (MHz) 7.96 1.2±20% 25 100 7.96 145.0 0.047 2000 3000 1.8±20% 25 100 7.96 105.0 0.052 1900 2700 PSQ0703 – 2R2M 2.2±20% 24 100 7.96 95.0 0.060 1800 2600 PSQ0703 – 2R7M 2.7±20% 23 100 7.96 80.0 0.065 1700 2500 PSQ0703 – 3R3M 3.3±20% 23 100 7.96 65.0 0.075 1650 2350 PSQ0703 – 3R9M 3.9±20% 22 100 7.96 70.0 0.080 1580 2250 PSQ0703 – 4R7M 4.7±20% 20 100 7.96 60.0 0.100 1500 2100 PSQ0703 – 5R6M 5.6±20% 20 100 7.96 56.0 0.105 1400 2000 PSQ0703 – 6R8M 6.8±20% 20 100 7.96 45.0 0.115 1300 1900 PSQ0703 – 8R2M 8.2±20% 20 100 7.96 40.0 0.150 1100 1500 PSQ0703 – 100K 10.0±10% 23 100 2.52 36.0 0.170 1000 1400 PSQ0703 – 120K 12.0±10% 20 100 2.52 36.0 0.180 900 1300 PSQ0703 – 150K 15.0±10% 23 100 2.52 30.0 0.240 750 1120 PSQ0703 – 180K 18.0±10% 20 100 2.52 30.0 0.280 700 1050 PSQ0703 – 220K 22.0±10% 20 100 2.52 26.0 0.300 650 950 PSQ0703 – 270K 27.0±10% 20 100 2.52 20.0 0.400 600 880 PSQ0703 – 330K 33.0±10% 17 100 2.52 20.0 0.450 560 820 PSQ0703 – 390K 39.0±10% 18 100 2.52 18.0 0.550 500 730 PSQ0703 – 470K 47.0±10% 20 100 2.52 15.0 0.720 400 640 PSQ0703 – 560K 56.0±10% 20 100 2.52 13.0 0.800 390 600 PSQ0703 – 680K 68.0±10% 18 100 2.52 13.0 0.900 380 560 PSQ0703 – 820K 82.0±10% 18 100 2.52 12.0 1.180 330 470 PSQ0703 – 101K 100.0±10% 33 100 0.796 11.0 1.560 270 400 PSQ0703 – 121K 120.0±10% 32 100 0.796 10.0 1.750 260 365 2 SMD Power Inductors P R E M O All rights reserved. Passing on of this document, use and communication of contents not permitted without written authorisation. PSQ0703 & PSQ0805 SMD Power Inductors Unshielded C/Severo Ochoa 33 – Parque Tecnológico de Andalucía. 29590 Campanillas .Málaga (Spain) Phone +34 951 231 320 Fax +34 951 231 321 E-mail: [email protected] Web http://www.grupopremo.com PSQ0703 – 151K 150.0±10% 30 100 0.796 9.0 2.000 250 PSQ0703 – 181K 180.0±10% 33 100 0.796 7.0 2.700 190 340 300 PSQ0703 – 221K 220.0±10% 31 100 0.796 7.0 3.000 180 280 PSQ0703 – 271K 270.0±10% 30 100 0.796 7.0 3.600 170 250 PSQ0703 – 331K 330.0±10% 33 100 0.796 6.0 4.800 160 220 PSQ0703 – 391K 390.0±10% 36 100 0.796 5.5 6.200 140 190 PSQ0703 – 471K 470.0±10% 33 100 0.796 5.0 7.000 130 180 PSQ0703 – 561K 560.0±10% 36 100 0.252 4.2 9.200 110 155 PSQ0703 – 681K 680.0±10% 32 100 0.796 4.0 10.500 100 145 PSQ0703 – 821K 820.0±10% 32 100 0.796 3.6 12.000 90 135 PSQ0703 – 102K 1000±10% 30 100 0.252 3.2 14.200 80 125 PSQ0805 (0.56µH – 47µH) Inductance (µH) SRF (MHz) nom. RDC (mΩ) max. 4.50 Irms (A) ∆T=40ºC max. 9.00 PSQ0805 – R56M 0.56±20% 200.0 12.0 PSQ0805 – 1R2M 1.20±20% PSQ0805 – 2R2M 2.20±20% 100.0 8.20 6.00 8.80 75.0 16.00 4.50 PSQ0805 – 4R7M 6.50 4.70±20% 35.0 35.00 3.00 4.20 PSQ0805 – 100M 10.00±20% 26.0 60.00 2.40 3.00 PSQ0805 – 150M 15.00±20% 19.0 90.00 2.00 2.40 PSQ0805 – 220M 22.00±20% 15.0 160.00 1.60 2.00 PSQ0805 – 330M 33.00±20% 10.0 185.00 1.20 1.60 PSQ0805 – 470M 47.00±20% 8.0 260.00 1.00 1.30 DWG No. Isat (A) typ. [Inductance tested at: 0.1V (PSQ0703), 0.25V (PSQ0805)] [Isat base on ∆L/L0A = 30% (PSQ0805)] 6. Curve Inductance VS. DC Current Curve 3 SMD Power Inductors P R E M O All rights reserved. Passing on of this document, use and communication of contents not permitted without written authorisation. PSQ0703 & PSQ0805 SMD Power Inductors Unshielded C/Severo Ochoa 33 – Parque Tecnológico de Andalucía. 29590 Campanillas .Málaga (Spain) Phone +34 951 231 320 Fax +34 951 231 321 E-mail: [email protected] Web http://www.grupopremo.com PSQ0703 PSQ0805 7. Packaging Information P 4mm 4 SMD Power Inductors P R E M O All rights reserved. Passing on of this document, use and communication of contents not permitted without written authorisation. PSQ0703 & PSQ0805 SMD Power Inductors Unshielded C/Severo Ochoa 33 – Parque Tecnológico de Andalucía. 29590 Campanillas .Málaga (Spain) Phone +34 951 231 320 Fax +34 951 231 321 E-mail: [email protected] Web http://www.grupopremo.com Leader no component 160 mm min. Components Trailer no component 400 mm min. User direction of feed (PSQ0703 P = 8mm) (PSQ0805 P = 12mm) PSQ0703 Dimensions [mm] Style 07 – 12 13 – 12 A 178 330 B 21±0.8 21±0.8 C 13±0.5 13±0.5 A 330 B 21±0.8 C 13±0.5 D 12 12 G 14+0 14+0 N 50-0 50-0 T 18.4 18.4 G 18+0 N 50-0 T 22.4 PSQ0805 Style 13 – 16 Series PSQ0703 PSQ0703 PSQ0805 Dimensions [mm] D 16 Inner : Reel Q’TY(pcs) 500 2,000 1,000 G.W.(gw) 350 1,300 1,000 Outer : Carton Style 07 – 12 13 – 12 13 – 16 Q’TY(pcs) 20,000 16,000 6,000 G.W.(Kg) 10.5 13.0 7.5 Size(cm) 42 x 41 x 24 40 x 40 x 24 40 x 40 x 24 8. Labelling 9. Reliability Test Test item Solderability Specification More than 90% of the terminal electrode shall be covered with fresh solder Test condition Preheat : 150±25% for 60 seconds Solder : Sn96.5 / Ag3 / Cu0.5 or equivalent Solder temp. : 235±5ºC Flux : Rosin Dip time : 4±1 seconds 5 SMD Power Inductors P R E M O All rights reserved. Passing on of this document, use and communication of contents not permitted without written authorisation. PSQ0703 & PSQ0805 SMD Power Inductors Unshielded C/Severo Ochoa 33 – Parque Tecnológico de Andalucía. 29590 Campanillas .Málaga (Spain) Phone +34 951 231 320 Fax +34 951 231 321 E-mail: [email protected] Web http://www.grupopremo.com Thermal shock test (Temp. cycle) Inductance shall not change more than ±10% Room temp. 15 minutes -25±2ºC 30 minutes Room temp. 15 minutes 85±2ºC 30 minutes Total : 50 cycles Humidity Resistance test High temp. Resistance test Temperature : 40±2ºC Humidity : 90 ~ 95% Applied current : Per specifications Time : 500 hours Temperature : 105±2ºC Applied current : Per specifications Time : 500 hours 10. Edition Control Edition 1st Date 31/08/06 Change description Update Specification Made by Pablo Pozo 6 SMD Power Inductors P R E M O All rights reserved. Passing on of this document, use and communication of contents not permitted without written authorisation.