pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 1 1. configuration & dimensions dimensions [mm] series a b c d e(typ.) f g(ref.) h(ref.) i(ref.) j(ref.) pnn6028 6.00.3 6.00.3 2.80.3 2.00.3 1.9 2.2 ref. 2.4 6.7 2.3 2.1 pnn7045 7.00.3 7.00.3 4.50.3 2.0 typ. 1.5 4.0 typ. 2.4 7.8 1.8 4.2 PNN1030 10.00.3 10.00.3 3.00.3 2.4 typ. 2.0 6.0 typ. 2.8 10.4 2.4 5.6 pnn1045 10.00.3 10.00.3 4.50.3 2.4 typ. 2.0 6.0 typ. 2.8 10.4 2.4 5.6 pnn1305 12.70.3 12.70.3 4.80.3 3.0 typ. 2.0 8.6 typ. 3.6 13.6 2.6 8.4 2. schematic diagram 3. materials a.- core : ferrite dr core b.- wire : enamelled copper wire (class f) c.- terminal : cu/ni/sn d.- base : lcp base e.- adhesive : epoxy resin f.- remark : lead content 200ppm max. include ferrite
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 2 4. general specification 30oc max. (PNN1030) a.- temp. rise 40oc max. (pnn6028,pnn7045,pnn1045,pnn1305) b.- storage temp. : -40oc ~ +125oc c.- operating temp. : -40oc ~ +125oc (temp. rise included) d.- resistance to solder heat : 260oc. 10 secs 5. electrical characteristics pnn6028 (1.5h ? 1000h) dwg no. inductance ( m h) test freq. l (khz) rdc ( ? ) max. irms (a) max. isat (a) max. pnn6028 ? 1r5m 1.520% 100 0.028 4.00 3.50 pnn6028 ? 2r2m 2.220% 100 0.030 3.30 2.80 pnn6028 ? 3r3m 3.320% 100 0.058 2.50 2.30 pnn6028 ? 4r7m 4.720% 100 0.065 2.20 2.00 pnn6028 ? 6r8m 6.820% 100 0.085 2.00 1.70 pnn6028 ? 100m 10.020% 100 0.115 1.70 1.50 pnn6028 ? 150m 15.020% 100 0.160 1.40 1.15 pnn6028 ? 220m 22.020% 100 0.210 1.25 0.95 pnn6028 ? 330m 33.020% 100 0.320 1.00 0.80 pnn6028 ? 470k 47.010% 100 0.450 0.75 0.70 pnn6028 ? 680k 68.010% 100 0.650 0.65 0.60 pnn6028 ? 101k 100.010% 100 0.880 0.52 0.50 pnn6028 ? 151k 150.010% 100 1.280 0.40 0.38 pnn6028 ? 221k 220.010% 100 1.920 0.33 0.30 pnn6028 ? 331k 330.010% 100 2.850 0.28 0.26 pnn6028 ? 471k 470.010% 100 4.350 0.22 0.21 pnn6028 ? 681k 680.010% 100 6.500 0.18 0.18 pnn6028 ? 102k 1000.010% 100 12.500 0.13 0.14
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 3 pnn7045 (1.2h ? 1000h) test freq. dwg no. inductance ( m h) q ref. l (khz) q (mhz) srf (mhz) typ. rdc ( w ) max. irms (a) max. isat (a) typ. pnn7045 ? 1r2m 1.220% 25 100 7.96 90 0.022 3.80 5.00 pnn7045 ? 1r5m 1.520% 26 100 7.96 109 0.027 3.50 4.50 pnn7045 ? 2r2m 2.220% 24 100 7.96 79 0.032 3.30 4.00 pnn7045 ? 3r3m 3.320% 23 100 7.96 47 0.036 2.80 3.70 pnn7045 ? 4r7m 4.720% 23 100 7.96 38 0.042 2.60 3.40 pnn7045 ? 6r8m 6.820% 22 100 7.96 35 0.054 2.25 2.70 pnn7045 ? 100m 10.020% 28 100 2.52 23 0.070 2.00 2.30 pnn7045 ? 150m 15.020% 24 100 2.52 19 0.086 1.60 1.90 pnn7045 ? 220m 22.020% 26 100 2.52 18 0.125 1.40 1.62 pnn7045 ? 330m 33.020% 20 100 2.52 18 0.150 1.22 1.32 pnn7045 ? 470k 47.010% 21 100 2.52 11 0.230 1.00 1.10 pnn7045 ? 680k 68.010% 17 100 2.52 11 0.280 0.90 0.92 pnn7045 ? 101k 100.010% 17 100 0.796 10 0.430 0.75 0.72 pnn7045 ? 151k 150.010% 17 100 0.796 8 0.580 0.62 0.58 pnn7045 ? 221k 220.010% 22 100 0.796 6 0.930 0.50 0.48 pnn7045 ? 331k 330.010% 20 100 0.796 6 1.240 0.42 0.40 pnn7045 ? 471k 470.010% 20 100 0.796 4 1.850 0.34 0.30 pnn7045 ? 681k 680.010% 18 100 0.796 4 2.400 0.30 0.26 pnn7045 ? 102k 1000.010% 48 100 0.252 3 4.000 0.22 0.20
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 4 PNN1030 (2.7h ? 1000h) test freq. dwg no. inductance ( m h) q ref. l (khz) q (mhz) srf (mhz) typ. rdc ( w ) max. irms (a) max. isat (a) typ. PNN1030 ? 2r7m 2.720% 13 100 7.96 73.6 0.028 3.00 4.20 PNN1030 ? 4r7m 4.720% 13 100 7.96 49.5 0.040 2.60 3.50 PNN1030 ? 6r8m 6.820% 15 100 7.96 38.1 0.052 2.20 2.80 PNN1030 ? 100m 10.020% 15 100 2.52 33.1 0.064 2.00 2.40 PNN1030 ? 150m 15.020% 18 100 2.52 25.7 0.100 1.65 1.85 PNN1030 ? 220m 22.020% 20 100 2.52 22.3 0.145 1.38 1.60 PNN1030 ? 330m 33.020% 16 100 2.52 16.4 0.200 1.10 1.25 PNN1030 ? 470m 47.020% 10 100 2.52 14.2 0.270 0.96 1.10 PNN1030 ? 680m 68.020% 12 100 2.52 12.2 0.360 0.82 0.90 PNN1030 ? 101k 100.010% 14 100 0.796 9.3 0.540 0.70 0.75 PNN1030 ? 151k 150.010% 23 100 0.796 7.9 0.700 0.60 0.58 PNN1030 ? 221k 220.010% 23 100 0.796 6.2 1.150 0.46 0.48 PNN1030 ? 331k 330.010% 25 100 0.796 5.1 1.700 0.38 0.40 PNN1030 ? 471k 470.010% 20 100 0.796 3.8 2.250 0.28 0.32 PNN1030 ? 681k 680.010% 18 100 0.796 3.2 3.300 0.23 0.27 PNN1030 ? 102k 1000.010% 42 100 0.252 2.5 4.700 0.20 0.23 pnn1045 (2.7h ? 1000h) test freq. dwg no. inductance ( m h) q ref. l (khz) q (mhz) srf (mhz) typ. rdc ( w ) max. irms (a) max. isat (a) typ. pnn1045 ? 2r7m 2.720% 25 100 7.96 68.7 0.026 4.80 6.20 pnn1045 ? 4r5m 4.520% 25 100 7.96 44.2 0.033 4.20 5.20 pnn1045 ? 6r8m 6.820% 22 100 7.96 35.8 0.040 3.50 4.20 pnn1045 ? 100m 10.020% 26 100 2.52 27.8 0.050 3.20 3.60 pnn1045 ? 150m 15.020% 26 100 2.52 23.7 0.068 2.50 3.00 pnn1045 ? 220m 22.020% 22 100 2.52 19.4 0.088 2.20 2.60 pnn1045 ? 330m 33.020% 20 100 2.52 15.8 0.110 1.90 2.10 pnn1045 ? 470m 47.020% 21 100 2.52 13.6 0.165 1.60 1.85 pnn1045 ? 680m 68.020% 21 100 2.52 11.1 0.225 1.30 1.50 pnn1045 ? 101k 100.010% 14 100 0.796 9.7 0.300 1.10 1.30 pnn1045 ? 151k 150.010% 16 100 0.796 7.1 0.500 0.85 1.05 pnn1045 ? 221k 220.010% 15 100 0.796 6.4 0.680 0.72 0.85 pnn1045 ? 331k 330.010% 12 100 0.796 4.6 0.950 0.62 0.70 pnn1045 ? 471k 470.010% 12 100 0.796 4.2 1.280 0.52 0.58 pnn1045 ? 681k 680.010% 13 100 0.796 3.6 1.920 0.43 0.46 pnn1045 ? 102k 1000.010% 25 100 0.252 2.9 2.700 0.38 0.40
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 5 pnn1305 (2.5h ? 1000h) test freq. dwg no. inductance ( m h) q ref. l (khz) q (mhz) srf (mhz) typ. rdc (m w ) max. irms (a) max. isat (a) typ. pnn1305 ? 2r5 2.525% 20 100 7.96 61.0 14 7.20 8.00 pnn1305 ? 3r5 3.525% 18 100 7.96 43.0 16 6.00 7.00 pnn1305 ? 4r6 4.625% 20 100 7.96 35.0 18 5.20 6.00 pnn1305 ? 6r8 6.825% 18 100 7.96 32.0 24 4.30 5.20 pnn1305 ? 100m 10.020% 25 100 2.52 27.0 37 3.60 4.40 pnn1305 ? 150m 15.020% 25 100 2.52 24.0 46 3.30 3.70 pnn1305 ? 220m 22.020% 26 100 2.52 20.0 62 2.90 3.00 pnn1305 ? 330m 33.020% 22 100 2.52 16.0 85 2.50 2.60 pnn1305 ? 470m 47.020% 20 100 2.52 13.0 130 1.90 2.00 pnn1305 ? 680m 68.020% 20 100 2.52 11.0 165 1.65 1.80 pnn1305 ? 101k 100.010% 18 100 0.796 11.0 255 1.40 1.40 pnn1305 ? 151k 150.010% 15 100 0.796 8.0 380 1.20 1.15 pnn1305 ? 221k 220.010% 15 100 0.796 7.0 500 1.00 0.95 pnn1305 ? 331k 330.010% 10 100 0.796 6.0 700 0.85 0.80 pnn1305 ? 471k 470.010% 10 100 0.796 4.0 1150 0.67 0.70 pnn1305 ? 681k 680.010% 10 100 0.796 3.5 1400 0.60 0.58 pnn1305 ? 102k 1000.010% 32 100 0.252 2.7 2350 0.46 0.47 [inductance tested at : 0.1v(pnn6028?pnn1045), 10mv(pnn1305)] [irms base on temp. rise : 30oc(PNN1030), 40oc(pnn6028,pnn7045,pnn1045,pnn1305)] [isat base on ? l/l0a = 10%(pnn6028?pnn1045), 25%(pnn1305)] 6. curve inductance vs. dc current curve pnn6028 pnn7045
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 6 PNN1030 pnn1045 pnn1305 7. packaging information
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 7 p 4mm leader components trailer no component no component 200 mm min. 400 mm min. user direction of feed (pnn6028, pnn7045 p = 12mm) (PNN1030, pnn1045, pnn1305 p = 16mm) pnn6028 dimensions [mm] style a b c d g n t 07 ? 16 178 210.8 13 16 18 +0 50 -0 20.5 13 ? 16 330 210.8 130.5 16 18 +0 50 -0 22.4 pnn7045 dimensions [mm] style a b c d g n t 13 ? 16 330 210.8 130.5 16 18 +0 50 -0 22.4 PNN1030, pnn1045 & pnn1305 dimensions [mm] style a b c d g n t 13 ? 24 330 210.8 130.5 24 26 +0 50 -0 30.4 inner : reel outer : carton series q?ty(pcs) g.w.(gw) style q?ty(pcs) g.w.(kg) size(cm) pnn6028 400 300 07 ? 16 12,000 10.0 42 x 41 x 24 pnn6028 1,500 1,100 13 ? 16 9,000 8.0 40 x 40 x 24 pnn7045 1,000 255 13 ? 16 6,000 1.84 40 x 40 x 24 PNN1030 1,000 3,000 13 ? 24 4,000 12.0 40 x 40 x 24 pnn1045 700 2,000 13 ? 24 2,800 9.0 40 x 40 x 24 pnn1305 600 1,430 13 - 24 2,400 6.8 40 x 40 x 24
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 8 8. labelling 9. reliability test test item specification test condition solderability more than 90% of the terminal electrode shall be covered with fresh solder preheat : 15025% for 60 seconds solder : sn96.5 / ag3 / cu0.5 or equivalent solder temp. : 2355oc flux : rosin dip time : 41 seconds thermal shock test (temp. cycle) room temp. -252oc 15 minutes 30 minutes room temp. 852oc 15 minutes 30 minutes total : 50 cycles humidity resistance test temperature : 402oc humidity : 90 ~ 95% applied current : per specifications time : 500 hours high temp. resistance test inductance shall not change more than 20% temperature : 852oc applied current : per specifications time : 500 hours 10. edition control edition date change description made by 1 st 31/08/06 update specification pablo pozo
pnn6028 , pnn7045 , PNN1030 , pnn1045 & pnn1305 smd power inductors unshielded c/severo ochoa 33 ? parque tecnolgico de andaluca. 29590 campanillas .mlaga (spain) phone +34 951 231 320 fax +34 951 231 321 e-mail: mar.villarrubia@grupopremo.com web http://www.grupopremo.com smd power inductors p p p r r r e e e m m m o o o all rights reserved. passing on of this document, use and communication of contents not permitted without written authorisation. 9
|
