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goy ordering code ? ?y features 298 zzzzz 7 1 6 4 5 3 2 la l q 03tar22m y ? ?t 0`??o?m ?t q?b?????? y ?=? ???t?? \?w?z?? qt?tm? ? y ??3???????w z???a?e??z o ?c? ?uk? ??3??u[ ? y v o t qt?h g ?v?? lal45 y extremely reliable inductors that are ideal for automatic insertion. y highly efficient automated production processes can provide high quality inductors in large volumes. y wide selection of configurations including axial leaded, formed radial leads and bulk products to meet most manufacturing needs. y high current type, excellent dc bias.(lal45) ??3?????????? axial leaded inductors y vtr z ctv z|???|z ?;zfw ??;+ ? ` la ??3??????? 1 6 ???????0) hli 7 ptgg? j m 5 k m 10 m m 20 la axial inductor 1 yy 6 inductance tolerance hli y 7 j m 5 k m 10 m m 20 internal code 3 02 3.4 p 2.3 (lal/lap) 3.6 p 2.4 (lan) 03 7.0 p 2.7 04 9.8 p 4.0 45 8.0 p 4.4 y go f l p d gh mm ?< i 4 ???c? y kb ????? o ? f 04 ?? g kh ????? o ? f 03 ?? g kr ????? o ? f 02 ?? g na ??? o ? ta ??3??mn?a?e?? 26.0 ? tb ??3??mn?a?e?? 52.0 ? vd ???a?e?? ? ??????? ha h i f r= ? : : 5 l q ` n q ? ?v?? p q ` f ??? 0.45 b mm g qw ?? a ? 2 3 dimensions f l p d gh mm i max yy 5 yy example 1r5 1.5 120 12 f r=decimal point 4 yy l q standard type n q high current type p q standard type (lead diameter:0.45mm) 2 ? 1r5 1.5 120 12 qqqqq a j ? qw ?? operating temp k 25 vj 105 c a ?~ c ??? f including self-generated heat g product specification y consumer electronics such as vtrs, tvs, audio equipment, mobile com- munications, and general electronic appliances. type 02 3.4 p 2.3 (lal/lap) 3.6 p 2.4 (lan) 03 7.0 p 2.7 04 9.8 p 4.0 45 8.0 p 4.4 lead configurations nominal inductance ha h i qqqqq standard product qw blank space kb formed lead/bulk f 04 type g kh formed lead/bulk f 03 type g kr formed lead/bulk f 02 type g na axial lead/bulk ta axial lead f 26mm lead space g / ammo pack f 02/03 type g tb axial lead f 52mm lead space g / ammo pack f all types g vd formed lead/ammo pack f 02 type g qw blank space ? goy external dimensions ferrite products 5 299 eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee p.300 p.305 p.307 p.340 p.12 vd kr kh ?t??3??y available inductance range eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee lal/lap02 lan02 lal03 lal04 lal45 inductance [ a h ] type range 0.12 0.22 0.22 0.1 1 10 100 1000 0.22 1000 1000 220 470 tb ta na na type dimensions[mm] f inch g a?e?? taped o ? bulk l b d b d ??? straight ????? formed ??? straight ????? formed lal02 3.4max 2.3max 0.5 m 0.05 eee f 0.134max gf 0.091max gf 0.020 m 0.002 g lap02 3.4max 2.3max f 0.134max gf 0.091max g 0.45 m 0.05 eee eee lan02 3.6max 2.4max f 0.018 m 0.002 g f 0.142max gf 0.094max g lal03 7.0max 2.6 yy 0.5 m 0.05 eee f 0.276max gf 0.102 yyy gf 0.020 m 0.002 g lal04 9.8max 4.0max 0.65 m 0.05 eee f 0.386max gf 0.157max gf 0.026 m 0.002 g lal45 8.0max 4.4max 0.65 m 0.05 eee eee eee f 0.315max gf 0.173max gf 0.026 m 0.002 g 920 500 275 0.19 0.58 1.8 270 160 90 0.8 2.5 7.0 500 280 120 0.32 1.0 5.6 270 0.8 2.5 12 160 44 ta kb tb na tb unit d mm f inch g j 0.1 k 0.2 j 0.004 k 0.008 imax[ma] rdc max [ e ] imax[ma] rdc max [ e ] imax[ma] imax[ma] rdc max [ e ] rdc max [ e ] 40 33.0 100 14.0 ey y ? examples inductance i max [ ma ] rdcmax [ e ] imax [ ma ] rdcmax [ e ] imax [ ma ] rdcmax [ e ] imax [ ma ] rdcmax [ e ] imax [ ma ] rdcmax [ e ] 1 a h 270 0.8 500 0.32 270 0.8 920 0.19 3300 0.036 10 a h 160 2.5 280 1.0 160 2.5 500 0.58 1700 0.14 100 a h 44 12 120 5.6 90 7.0 275 1.8 590 1.2 1000 a h ee 40 33.0 100 14.0 170 13.2 pitch d 5mm(0.197) pitch d 5mm (0.197) pitch d 10mm (0.394) 12.5mm(0.492) ??aa part numbers ? q $ electrical characteristics a packaging ?t q reliability data ?; w ?? precautions ?3???? selection guide etc p.358 tb 1.0 1000 3300 1700 590 0.036 0.14 1.2 imax[ma] rdc max [ e ] 170 13.2 300 ??aay part numbers lal/lap02 w g tx a ? g? f ??? g u ???b{ f l: a j 0.5mm, p:0.45mm g w z tx???c? yg?u ???b{ g please specify the product specification(lead diameter)code. f l:standard 0.5mm or p:0.45mm g z please specify the lead configuration code. rohs 0.22 450.0 0.40 400.0 rohs 0.27 410.0 0.43 380.0 rohs 0.33 360.0 0.48 370.0 rohs 0.39 300.0 0.51 350.0 rohs 0.47 35.0 25.2 230.0 0.56 330.0 rohs 0.56 210.0 0.61 320.0 rohs 0.68 190.0 0.67 310.0 rohs 0.82 170.0 0.74 290.0 rohs 1.0 150.0 0.80 270.0 rohs 1.2 110.0 0.9 260.0 rohs 1.5 80.0 1.0 250.0 rohs 1.8 60.0 1.1 240.0 rohs 2.2 45.0 1.2 230.0 rohs 2.7 40.0 1.3 220.0 rohs 3.3 7.96 38.0 1.4 210.0 rohs 3.9 35.0 1.6 200.0 rohs 4.7 32.0 1.7 190.0 rohs 5.6 30.0 1.9 180.0 rohs 6.8 m 10 l 28.0 2.0 175.0 rohs 8.2 26.0 2.2 165.0 rohs 10.0 24.0 2.5 160.0 rohs 12.0 22.0 2.5 150.0 rohs 15.0 40.0 20.0 2.8 145.0 rohs 18.0 18.0 3.1 140.0 rohs 22.0 17.0 3.4 130.0 rohs 27.0 16.0 4.3 80.0 rohs 33.0 2.52 14.0 4.7 76.0 rohs 39.0 13.0 5.2 74.0 rohs 47.0 12.0 5.8 70.0 rohs 56.0 11.0 6.4 68.0 rohs 68.0 10.0 7.2 64.0 rohs 82.0 9.5 11.0 46.0 rohs 100.0 9.0 12.0 44.0 rohs 120.0 8.0 13.0 42.0 rohs 150.0 0.796 6.0 16.0 39.0 rohs 180.0 5.5 18.0 37.0 rohs 220.0 5.0 20.0 35.0 ?yy ? ?????? inductance [ a h] yy ordering code ?v rated current h ma i f max. g v ? dc resistance hei f max. g ~? * t : self k resonant frequency h mhz i f min. g y * t : measuring frequency h mhz i q f min. g ?????? ?0) inductance tolerance gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz la 02 r22k la 02 r27k la 02 r33k la 02 r39k la 02 r47k la 02 r56k la 02 r68k la 02 r82k la 02 1r0k la 02 1r2k la 02 1r5k la 02 1r8k la 02 2r2k la 02 2r7k la 02 3r3k la 02 3r9k la 02 4r7k la 02 5r6k la 02 6r8k la 02 8r2k la 02 100k la 02 120k la 02 150k la 02 180k la 02 220k la 02 270k la 02 330k la 02 390k la 02 470k la 02 560k la 02 680k la 02 820k la 02 101k la 02 121k la 02 151k la 02 181k la 02 221k ehs (environmental hazardous substances) ferrite products 5 301 rohs 0.12 500.0 0.12 850.0 rohs 0.15 500.0 0.14 800.0 rohs 0.18 500.0 0.15 760.0 rohs 0.22 500.0 0.16 730.0 rohs 0.27 500.0 0.18 690.0 rohs 0.33 m 10 l 25.2 480.0 0.19 660.0 rohs 0.39 430.0 0.21 640.0 rohs 0.47 380.0 0.23 610.0 rohs 0.56 350.0 0.25 580.0 rohs 0.68 50.0 310.0 0.27 550.0 rohs 0.82 270.0 0.29 520.0 rohs 1.0 240.0 0.32 500.0 rohs 1.2 210.0 0.35 480.0 rohs 1.5 190.0 0.38 450.0 rohs 1.8 140.0 0.42 430.0 rohs 2.2 90.0 0.47 410.0 rohs 2.7 70.0 0.52 390.0 rohs 3.3 7.96 50.0 0.57 370.0 rohs 3.9 35.0 0.63 360.0 rohs 4.7 32.0 0.69 340.0 rohs 5.6 30.0 0.75 320.0 rohs 6.8 28.0 0.84 310.0 rohs 8.2 26.0 0.92 290.0 rohs 10.0 40.0 24.0 1.0 280.0 rohs 12.0 22.0 1.0 280.0 rohs 15.0 20.0 1.2 265.0 rohs 18.0 18.0 1.3 250.0 rohs 22.0 m 5 l 17.0 1.5 235.0 rohs 27.0 15.0 1.7 220.0 rohs 33.0 2.52 14.0 2.2 180.0 rohs 39.0 13.0 2.4 170.0 rohs 47.0 12.0 2.8 160.0 rohs 56.0 10.0 4.1 140.0 rohs 68.0 9.2 4.5 130.0 rohs 82.0 8.8 5.0 125.0 rohs 100.0 8.0 5.6 120.0 rohs 120.0 50.0 6.6 9.2 90.0 rohs 150.0 5.8 10.5 85.0 rohs 180.0 5.4 11.5 80.0 rohs 220.0 0.796 4.8 13.0 75.0 rohs 270.0 3.6 16.0 70.0 rohs 330.0 3.4 18.0 66.0 rohs 390.0 3.2 20.0 63.0 rohs 470.0 3.0 22.0 60.0 lan02 w z tx???c? yg?u ???b{ z please specify the lead configuration code. ??aay part numbers ?yy ? ?????? inductance [ a h] yy ordering code ?v rated current h ma i f max. g v ? dc resistance hei f max. g ~? * t : self k resonant frequency h mhz i f min. g y * t : measuring frequency h mhz i q f min. g ?????? ?0) inductance tolerance lan 02 r12k lan 02 r15k lan 02 r18k lan 02 r22k lan 02 r27k lan 02 r33k lan 02 r39k lan 02 r47k lan 02 r56k lan 02 r68k lan 0 2 r8 2k lan 02 1r0j lan 02 1r2j lan 02 1r5j lan 02 1r8j lan 02 2r2j lan 02 2r7j lan 02 3r3j lan 02 3r9j lan 02 4r7j lan 02 5r6j lan 02 6r8j lan 02 8r2j lan 02 100j lan 02 120j lan 02 150j lan 02 180j lan 02 220j lan 0 2 2 7 0 j lan 02 330j lan 02 390j lan 02 470j lan 02 560j lan 02 680j lan 02 820j lan 02 101j lan 02 121j lan 02 151j lan 02 181j lan 02 221j lan 02 271j lan 02 331j lan 02 391j lan 02 471j z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z z ehs (environmental hazardous substances) 302 ??aay part numbers rohs 0.22 450.0 0.40 400.0 rohs 0.27 410.0 0.43 380.0 rohs 0.33 35.0 360.0 0.48 370.0 rohs 0.39 300.0 0.51 350.0 rohs 0.47 25.2 230.0 0.56 330.0 rohs 0.56 210.0 0.61 320.0 rohs 0.68 m 20 l 40.0 190.0 0.67 310.0 rohs 0.82 170.0 0.74 290.0 rohs 1.0 150.0 0.80 270.0 rohs 1.2 144.0 0.90 260.0 rohs 1.5 131.0 1.0 250.0 rohs 1.8 121.0 1.1 240.0 rohs 2.2 110.0 1.2 230.0 rohs 2.7 100.0 1.3 220.0 rohs 3.3 7.96 94.0 1.4 210.0 rohs 3.9 65.0 1.6 200.0 rohs 4.7 56.0 1.7 190.0 rohs 5.6 48.0 1.9 180.0 rohs 6.8 37.0 2.0 175.0 rohs 8.2 25.0 2.2 165.0 rohs 10.0 21.0 2.5 160.0 rohs 12.0 19.0 2.5 150.0 rohs 15.0 17.0 2.8 145.0 rohs 18.0 13.0 3.1 140.0 rohs 22.0 9.6 3.4 130.0 rohs 27.0 7.2 3.8 125.0 rohs 33.0 50.0 2.52 6.3 4.1 120.0 rohs 39.0 6.3 4.5 115.0 rohs 47.0 6.3 4.9 110.0 rohs 56.0 m 10 l 6.2 5.3 105.0 rohs 68.0 5.7 5.8 100.0 rohs 82.0 5.3 6.3 95.0 rohs 100.0 4.8 7.0 90.0 rohs 120.0 3.8 13.0 90.0 rohs 150.0 3.5 15.0 85.0 rohs 180.0 3.3 16.0 80.0 rohs 220.0 3.0 17.0 75.0 rohs 270.0 2.8 19.0 65.0 rohs 330.0 0.796 2.6 20.0 60.0 rohs 390.0 2.4 22.0 55.0 rohs 470.0 2.25 24.0 55.0 rohs 560.0 2.10 26.0 50.0 rohs 680.0 1.95 28.0 45.0 rohs 820.0 1.85 30.0 40.0 rohs 1000.0 1.40 33.0 40.0 la 03 r22m la 03 r27m la 03 r33m la 03 r39m la 03 r47m la 03 r56m la 03 r68m la 03 r82m la 03 1r0m la 03 1r2m la 03 1r5m la 03 1r8m la 03 2r2m la 03 2r7m la 03 3r3k la 03 3r9k la 03 4r7k la 03 5r6k la 03 6r8k la 03 8r2k la 03 100k la 03 120k la 03 150k la 03 180k la 03 220k la 03 270k la 03 330k la 03 390k la 03 470k la 03 560k la 03 680k la 03 820k la 03 101k la 03 121k la 03 151k la 03 181k la 03 221k la 03 271k la 03 331k la 03 391k la 03 471k la 03 561k la 03 681k la 03 821k la 03 102k lal03 w z tx???c? yg?u ???b{ z please specify the lead configuration code. ?yy ? ?????? inductance [ a h] yy ordering code ?v rated current h ma i f max. g v ? dc resistance hei f max. g ~? * t : self k resonant frequency h mhz i f min. g y * t : measuring frequency h mhz i q f min. g ?????? ?0) inductance tolerance gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz ehs (environmental hazardous substances) ferrite products 5 303 ??aay part numbers rohs 0.22 300.0 0.10 1400.0 rohs 0.27 270.0 0.11 1320.0 rohs 0.33 250.0 0.12 1280.0 rohs 0.39 230.0 0.13 1200.0 rohs 0.47 45.0 25.2 220.0 0.14 1150.0 rohs 0.56 200.0 0.15 1100.0 rohs 0.68 m 20 l 190.0 0.16 1030.0 rohs 0.82 172.0 0.17 980.0 rohs 1.0 157.0 0.19 920.0 rohs 1.2 50.0 144.0 0.21 880.0 rohs 1.5 131.0 0.23 830.0 rohs 1.8 55.0 121.0 0.25 790.0 rohs 2.2 110.0 0.28 750.0 rohs 2.7 60.0 100.0 0.30 720.0 rohs 3.3 65.0 7.96 94.0 0.34 670.0 rohs 3.9 65.0 0.37 640.0 rohs 4.7 70.0 56.0 0.39 620.0 rohs 5.6 48.0 0.43 590.0 rohs 6.8 75.0 37.0 0.48 550.0 rohs 8.2 80.0 25.0 0.52 530.0 rohs 10.0 65.0 21.0 0.58 500.0 rohs 12.0 19.0 0.63 480.0 rohs 15.0 50.0 17.0 0.72 460.0 rohs 18.0 13.0 0.77 430.0 rohs 22.0 9.6 0.84 410.0 rohs 27.0 55.0 7.2 0.94 390.0 rohs 33.0 2.52 6.3 1.03 370.0 rohs 39.0 50.0 6.3 1.12 350.0 rohs 47.0 45.0 6.3 1.22 340.0 rohs 56.0 m 10 l 40.0 6.2 1.34 320.0 rohs 68.0 5.7 1.47 305.0 rohs 82.0 35.0 5.3 1.62 290.0 rohs 100.0 30.0 4.8 1.80 275.0 rohs 120.0 55.0 3.8 3.70 185.0 rohs 150.0 45.0 3.5 4.20 175.0 rohs 180.0 50.0 3.3 4.60 165.0 rohs 220.0 55.0 3.0 5.10 155.0 rohs 270.0 2.8 5.80 145.0 rohs 330.0 65.0 0.796 2.6 6.40 137.0 rohs 390.0 2.4 7.00 133.0 rohs 470.0 60.0 2.25 7.70 126.0 rohs 560.0 2.10 8.50 120.0 rohs 680.0 55.0 1.95 9.40 113.0 rohs 820.0 1.85 10.50 105.0 rohs 1000.0 50.0 1.40 14.00 100.0 lal04 w z tx???c? yg?u ???b{ z please specify the lead configuration code. ?yy ? ?????? inductance [ a h] yy ordering code ?v rated current h ma i f max. g v ? dc resistance hei f max. g ~? * t : self k resonant frequency h mhz i f min. g y * t : measuring frequency h mhz i q f min. g ?????? ?0) inductance tolerance gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz gz la 04 r22m la 04 r27m la 04 r33m la 04 r39m la 04 r47m la 04 r56m la 04 r68m la 04 r82m la 04 1r0m la 04 1r2m la 04 1r5m la 04 1r8m la 04 2r2m la 04 2r7m la 04 3r3k la 04 3r9k la 04 4r7k la 04 5r6k la 04 6r8k la 04 8r2k la 04 100k la 04 120k la 04 150k la 04 180k la 04 220k la 04 270k la 04 330k la 04 390k la 04 470k la 04 560k la 04 680k la 04 820k la 04 101k la 04 121k la 04 151k la 04 181k la 04 221k la 04 271k la 04 331k la 04 391k la 04 471k la 04 561k la 04 681k la 04 821k la 04 102k ehs (environmental hazardous substances) 304 ??aay part numbers rohs 1.0 0.036 3300 rohs 1.5 0.041 3000 rohs 2.2 7.96 0.054 2700 rohs 3.3 0.066 2400 rohs 4.7 0.079 2200 rohs 6.8 0.097 2000 rohs 10 0.14 1700 rohs 15 0.19 1400 rohs 22 m 10% 2.52 0.28 1200 rohs 33 0.37 1000 rohs 47 0.52 870 rohs 68 0.78 710 rohs 100 1.2 590 rohs 150 1.8 470 rohs 220 0.796 2.9 370 rohs 330 3.6 320 rohs 470 6.3 250 rohs 680 7.8 220 rohs 1000 0.252 13.2 170 lal45 w z tx???c? yg?u ???b{ z please specify the lead configuration code. ?yy ? ?????? inductance [ a h] yy ordering code ?v rated current h ma i f max. g v ? dc resistance hei f max. g y * t : measuring frequency h mhz i ?????? ?0) inductance tolerance ehs (environmental hazardous substances) lal 4 5 z 1r0k lal 4 5 z 1r5k lal 4 5 z 2r2k lal 4 5 z 3r3k lal 4 5 z 4r7k lal 4 5 z 6r8k lal 4 5 z 100k lal 4 5 z 150k lal 4 5 z 220k lal 4 5 z 330k lal 4 5 z 470k lal 4 5 z 680k lal 4 5 z 101k lal 4 5 z 151k lal 4 5 z 221k lal 4 5 z 331k lal 4 5 z 471k lal 4 5 z 681k lal 4 5 z 102k ferrite products 5 305 ? q $y electrical characteristics v o? ? q?y dc bias characteristics f measured by hp4262a g 9 s ? q?y temperature characteristics f measured by hp4342a g 1000 100 10 10 100 1,000 10,000 1 0.1 lal45 lal45tb102k lal45tb101k lal45tb100k lal45tb1r0k 306 q- * t : ? q?y q-characteristics f measured by hp4342a g ? q $y electrical characteristics ferrite products 5 307 ay packaging type ???c?g? a j :? f pcs. g lead configuration code standard quantity lal02 tb 2,000 lap02 ta 2,000 lan02 ta 2,000 lal03 ta y tb 2,000 lal04 tb 2,500 lal45 tb 2,000 1 ??3?????w#a?e??y taping for straight leads 7 ? ! ? o? : minimum quantity 2 ??3?????w na?e??y taping for formed leads type ???c?g? a j :? f pcs. g lead configuration code standard quantity lal02 vd 2,000 3 ?? f >n? g bulk type ???c?g? a j :? f pcs. g lead configuration code standard quantity lal02 na 500 lap02 kr 2,000 lan02 kr 2,000 lal03 na y kh 500 lal04 na y kb 500 y na y type gyo 7 ? ?e?? dimensions b dl b d b lal02 2.3max 3.4max 0.50 m 0.05 24 m 2.0 5.0 f 0.091max gf 0.134max g f 0.020 m 0.002 g f 0.945 m 0.079 g f 0.197 g 2.6 j 0.1 7.0max 0.50 m 0.05 22 m 2.0 10.0 lal03 k 0.2 f 0.102 yy gf 0.276max g f 0.020 m 0.002 g f 0.866 m 0.079 g f 0.394 g lal04 4.0max 9.8max 0.65 m 0.05 20 m 2.0 12.5 f 0.157max gf 0.386max g f 0.026 m 0.002 g f 0.787 m 0.079 g f 0.492 g unit d mm f inch g y kr/kh/kb y unit d mm f inch g type ???c? gyo yg? dimensions b df b db lap02 kr 2.3max 5.0 m 0.5 0.45 m 0.05 7.0 m 1.0 f 0.091max g f 0.197 m 0.020 gf 0.018 m 0.002 gf 0.276 m 0.039 g lan02 kr 2.4max 5.0 m 0.5 0.45 m 0.05 7.0 m 1.0 f 0.094max g f 0.197 m 0.020 gf 0.018 m 0.002 gf 0.276 m 0.039 g 2.6 j 0.1 lal03 kh k 0.2 10.0 m 0.5 0 0.50 m 0.05 6.5 m 0.5 f 0.102 g f 0.394 m 0.020 gf 0.020 m 0.002 gf 0.256 m 0.020 g lal04 kb 4.0max 12.5 m 1.0 2 0.65 m 0.05 6.0 m 0.5 f 0.157max g f 0.492 m 0.039 gf 0.026 m 0.002 gf 0.236 m 0.020 g minimum insertion pitch lead configuration code j 0.004 k 0.008 j 0.004 k 0.008 308 gyo 7 ? ? type dimensions e?? b dl a b|l 1 -l 2 | b d 26 j 0.5 lap02 2.3max 3.4max k 0 0.8max 0.5max 0.45 m 0.05 5.0 f 0.091max gf 0.134max g f 1.02 yy g f 0.031max gf 0.020max g f 0.018 m 0.002 g f 0.197 g 26 j 0.5 lan02 2.4max 3.6max k 0 0.8max 0.5max 0.45 m 0.05 5.0 f 0.094max gf 0.142max gf 1.02 yy gf 0.031max gf 0.020max g f 0.018 m 0.002 g f 0.197 g 2.6 j 0.1 26 j 1 lal03 k 0.2 7.0max k 0.5 0.8max 1.0max 4 0.5 m 0.05 10.0 f 0.102 yy g f 0.276max g f 1.02 yy g f 0.031max gf 0.039max g f 0.020 m 0.002 g f 0.394 g ay packaging unit d mm f inch g ta f a d 26mm lead space g y (1.02 inch) tb f a d 52mm lead space g y (2.05 inches) unit d mm f inch g gyo 7 ? ? type dimensions e?? b dl a b|l 1 -l 2 | b d 52 j 2 lal02 2.3max 1 3.4max k 1 1.2max 1.0max 0.5 m 0.05 1 5.0 f 0.091max gf 0.134max g f 2.05 yy g f 0.047max gf 0.039max g f 0.020 m 0.002 g f 0.197 g 2.6 j 0.1 52 j 2 lal03 k 0.2 1 7.0max k 1 1.2max 1.0max 0.5 m 0.05 10.0 f 0.102 yy g f 0.276max g f 2.05 yy g f 0.047max gf 0.039max g f 0.020 m 0.002 g f 0.394 g 52 j 2 lal04 4.0max 1 9.8max k 1 1.2max 1.0max 0.65 m 0.05 12.5 f 0.157max gf 0.386 g f 2.05 yy g f 0.047max gf 0.039max g f 0.026 m 0.002 g f 0.492 g 52 j 2 lal45 4.4max 1 8.0max k 1 1.2max 1.0max 0.65 m 0.05 10.0 f 0.173max gf 0.315max g f 2.05 yy g f 0.047max gf 0.039max g f 0.026 m 0.002 g f 0.394 g minimum insertion pitch minimum insertion pitch j 0.020 k 0 j 0.020 k 0 j 0.039 k 0.020 j 0.004 k 0.008 j 0.004 k 0.008 j 0.079 k 0.039 j 0.079 k 0.039 j 0.079 k 0.039 j 0.079 k 0.039 ferrite products 5 309 ay packaging vd y 18.0 j 1.0 a 3.9max w .0 k 0.5 f 0.154max gf 0.709 yyy g b d 2.3max w 0 12.5min f 0.091max gf 0.492min g 9.0 j 0.75 h 19.5 m 0.5 w 1 .0 k 0.5 f 0.768 m 0.020 g f 0.354 yyy g p 12.7 m 1.0 w 2 3.0max f 0.500 m 0.039 gf 0.118max g p 0 12.7 m 0.3 b 2.0max f 0.500 m 0.012 gf 0.079max g p 1 3.85 m 0.7 f 0.152 m 0.028 g b d 0 0. 4.0 m 0.3 0 p 2 6.35 m 0.5 f 0.157 m 0.012 g f 0.250 m 0.020 g f 5.08 m 0.5 b d 0.50 m 0.05 f 0.200 m 0.020 gf 0.020 m 0.002 g q h 5.0 0 m 1.0 l 11.0max f 0 m 0.039 gf 0.433max g k k t 0.5 m 0.2 f 0.020 m 0.008 g unit d mm f inch g lal02 type g? gyyyo g? gyyyo symbol dimensions symbol dimensions j 0.039 k 0.020 j 0.030 k 0.020 ferrite products 5 341 item specified value test method and remarks 1.operating temperature range 2.storage temperature range 3.rated current 4.impedance 5. inductance la y fl d including self-generated heat lhl ??? d including self-generated heat [lhl ??? ] la d the maximum dc value having inductance within 10% and temperature incease within 20 ? f la45 d 40 cg by the appli- cation of dc bias. lhl ??? y lav35 d the maximum dc value having inductance decrease within 10% f lhlc08, lhlc10 d within 30 ? g and temperaturea incease within the following specified temperature by the application of dc bias. reference temperature d 20 cf lhl06, lav35 g d 25 cf lhl08, lhl10, lhl13 g d 30 cf lhlc06, lhlz06, lhl16, lhlp ?? g d 40 cf lhlc08, lhlc10 g fb d no disconnection or appearance abnormaliry by continuous current application for 30 min. chage after the application shall be within ? 20% of the initial value.this is not guaranteed for electrial characteristics during current application. fl d the maximum dc value having temperature rise within specified value. fb d measuring equipment d impedance analyzer f hp4191a g or its equivalent measuring frequency d specified frequency fl06bt d measuring equipment d 4291a f hp g or its equivalent measuring frequency d specified frequency la d measuring equipment d lcr meter f hp4285a + hp42851a or its equivalent g measuring frequency d specified frequency lhl ??? d measuring equipment d q meter f hp4285a j hp42851a or its equivalent g lcr meter f hp4262a g or its equivalent f at 1khz g measuring frequency d specified frequency lav35 d measuring equipment d q meter f hp4285a j hp42851a or its equivalent g measuring frequency d specified frequency fl05r ? d measuring equipment d hp4262a or its equivalent. measuring frequency d 1khz within the specified tolerance k 25 vj 85 c within the specified tolerance within the specified toler- ance refer to individual specifica- tion k 25 vj 105 c k 40 vj 85 c within the specified tolerance k 25 vj 105 c reliability data y 1/9 la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type ferrite products 5 343 item specified value test method and remarks 6.q 7.dc resisitance 8.self resonance frequency 9. temperature characteristic la d measuring equipment d lcr meter f hp4285a j hp42851a or its equivalent g measuring frequency d specified frequency lhl ??? y lav35 f except lhlp g d measuring equipment d q meter f hp4285a j hp42851a or its equivalent g q meter f hp4342a g or its equivalent measuring frequency d specified frequency la d measuring equipment d low ohmmeter f a&d ad5812 or its equivalent g lhl ??? y fb y lav35 y fl d measuring equipment d dc ohmmetr la d measuring equipment d network analyzer f anritsu ms620j or its equivalent g lhl ??? y lav35 f except lhlp g d measuring equipment d f hp4191a, 4192a g its equivalent la d change of maximum inductance deviation in step 1to5 step temperature f c g 120 2 k 25 f minimum operating temperature g 3 20 f standard temperature g 4 j 85 f maximum operating temperature g 520 lhl y lav35 d [lhl ??? , lav35] change of maximum inductance deviation in step 1to5 temperature at step 1 d 20 c temperature at step 2 d minimum operating temperature temperature at step 3 d 20 c f standard temperature g temperature at step 4 d maximum operating temperature temperature at step 5 d 20 c within the specified toler- ance l/l d within m 7 l f except lhlp16 d within m 20 lg within the specified tolerance within the specified tolerance l/l d within m 5 l within the specified tolerance within the specified toler- ance l/l d within m 5 l reliability data y 2/9 la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type ferrite products 5 345 item specified value test method and remarks 10.terminal strength d tensile force 11.over current 12.terminal strength d bending 13.insulation resisitance d between the terminals and body 14.insulation resistance d between terminals and core 15.withstanding d between the terminals and body la d apply the stated tensile force progressively in the direction to draw terminal. force(n) duration f s g 25 5 la45 d apply the stated tensile force progressively in the direction to draw terminal. force(n) duration f s g 10 10 lhl ??? y lav d apply the stated tensile force progressively in the direction to draw terminal. nominal wire diameter tensile force duration f s g b d f mm g f n g 0.3 < b d t 0.5 5 0.5 < b d t 0.8 10 30 m 5 0.8 < b d t 1.2 25 fba d a bead shall be fixed and static loaded 20 m 1n f 2.0 m 0.1 kgf g in axial direction of lead wire in 10 m 1 seconds. fl05r ? d fix the component in the direction to draw terminal,and gradually apply the tensile force of 4.9 n. lhl ??? d measuring current d rated current p 2 duration d 5min. number of measuring d one time la d suspend a mass at the end the terminal | incline the body though angel of 90 and return it to initial position.this op- eration is done over a period of 2-3 sec.then second bend in the opposite direction shall be made. number of bends d two times. nominal wire bending mass reference diameter tensile force weight b d f mm gf n gf kg g 0.3 < b d t 0.5 2.5 0.25 0.5 < b d t 0.8 5 0.50 lh y fb y lav d suspend a mass at the end the terminal | incline the body though angel of 90 and return it to initial position.this op- eration is done over a period of 2-3 sec.then second bend in the opposite direction shall be made. number of bends d two times. nominal wire bending mass reference diameter tensile force weight b d f mm gf n gf kg g 0.3 < b d t 0.5 2.5 0.25 0.5 < b d t 0.8 5 0.5 0.8 < b d t 1.2 10 1.0 lhl ??? d applied voltage d 500 vdc duration d 60 sec. fba y fbr d applied voltage d 100 vdc duration d 60 m 5 sec. lhl ??? d accoding to jis c5102. 7. 1. 3 f c g metal global method applied voltage d 500 vdc duration d 60 sec. no abnormality such as cut lead , or looseness. there shall be no scorch or short of wire. lhlc08, lhlc10 d there shall be no firing. 100m min. no abnor- mality such as insulation damage no abnor- mality such as cut lead , or loose- ness. 1m min. f other than materail code ma g no abnormality such as cut lead , or looseness. no abnormality such as cut lead,or looseness. reliability data y 3/9 la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type ferrite products 5 347 item specified value test method and remarks 16.dc bias characteristic 17.body strength 18.resisitance to vibration la y lav35 d measure inductance with appliation of rated current using lcr meter to compare it with the initial value. la02 y lav35 d applied force d 30n duration d 10 sec. speed d shall attain to specified force in 2 sec. la03 y la04 y la45 d applied force d 50n duration d 10 sec. speed d shall attain to specified force in 2 sec. fb d applied force d 50 m 3n duration d 30 m 1 sec. la d accoding to jis c5102 8. 2 vibaration type d a directions d 2 hrs each in x, y and z directions total d 6hrs. frequency range d 10 to 55 to 10hz f 1min. g amplitude d 1.5mm mounting method d soldering onto printed board. recovery d at least 1hr of recovery under the standard condition after the test, followed by the mea- surement within 2hrs. lhl ??? y fb y lav d accoding to jis c0040 vibaration type d a directions d 2 hrs each in x, y and z directions total d 6hrs. frequency range d 10 to 55 to 10hz f 1min. g amplitude d 1.5mm f but don't exceed acceleration 196m/s f two power g mounting method d soldering onto printed board. appearance d no abnomality l/l d within m 5 l q change d within m 30 l f lhlp d only l/l g l/l d k 10 l within no abnor- mality as damage. l/l d within m 5 l q d 30min. no signifi- cant dam- age such as cracks on body. appearance d no abnomality impedance change d within m 20 l l/l d within m 5 l q/q d within m 10 l no abnormality as damage. l/l d within m 5 l q d 30min. l/l dwithin k 10 l reliability data y 4/9 la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type l/l d within m 5 l ferrite products 5 349 item specified value test method and remarks 19.resistance to shock 20.solderability la y lav35 d drop test impact material d concrete or vinyl tile height d 1m total number of drops d 10 times la d solder temperature d 230 m 5 c duration d 2 m 0.5 sec. lhl ??? d solder temperature d 235 m 5 c duration d 2 m 0.5 sec. immersion depth d up to 1.5mm from bottom of kinked part. [lhl06, lhlc06, lhlz06] d up to 1.5mm from bottom of case. [lhl08, lhl10, lhl13, lhl16] fb d solder temperature d 230 m 5 c duration d 3 m 1 sec. immersion depth d up to 1.5mm from terminal root. lav35 d solder temperature d 230 m 5 c duration d 2 m 0.5 sec. fl05r ? d solder temperature d 230 m 5 c duration d 2 m 0.5 sec. immersion depth d up to 2 v 2.5mm from terminal root. fl06bt d solder temperature d 230 m 5 c duration d 3 m 1 sec. immersion depth d up to 0.5 v 1.0mm from terminal root. no significant abnormality in appearance at least 75 l of lead circu , ference is covered by new solder. no signifi- cant abnor- mality in ap- pearance at least 90 l of lead circu , ference is covered by new solder. at least 75 l of lead circu, ference is covered by new solder. reliability data y 5/9 la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type at least 75 l of terminal electrode is coverd by new solder. ferrite products 5 351 item specified value test method and remarks 21.resisitance to soldering heat la d solder temperature d 260 m 5 cf la02 g 270 m 5 cf la03 y la04 y la45 g duration d 5 m 0.5 sec. y one time immersed conditions d inserted into substrate with c = 1.6mm recovery d at least 1hr of recovery under the standard condition after the test, followed by the mea- surement within 2hrs. lhl ??? d solder bath method solder temperature d 260 m 5 c duration d 10 m 1 sec. d up to 1.5mm from bottom of kinked part. [lhl06, lhlc06, lhlz06] d up to 1.5mm from bottom of case. [lhl08, lhl10, lhl13, lhl16, lhlp ?? ] manual soldering solder temperature d 350 m 10 cf at the tip of soldering iron g duration d 5 m 1 sec. d up to 1.5mm from bottom of kinked part. [lhl06, lhlc06, lhlz06] d up to 1.5mm from bottom of case. [lhl08, lhl10, lhl13, lhl16, lhlp ?? ] caution d no excessive pressing shall be applied to terminald recovery d 4 to 24hrs of recovery under the standard con- dition after the tset. fb d solder bath method condition 1 solder temperature d 260 m 5 c duration d 10 m 1 sec. immersion depth d up to 1.5mm from terminal root. condition 2 solder temperature d 350 m 5 c duration d 3 m 1 sec. immersion depth d up to 1.5mm from terminal root. recovery d 3hrs of recovery under the standard condition after the test. lav35 d solder temperature d 260 m 5 c duration d 5 m 0.5 sec. immersion depth d up to 2.0 to 2.5mm from botoom of kinked part. recovery d 4 to 24hrs of recovery under the standard con- dition after the tset. fl d solder condition d 260 m 5 c y 10 m 1 sec. immersion depth d up to 0.5 to 1.0mm from terminal root. recovery d 3hrs of recovery under the standard condition after the test. no significant abnormality in appearance no sign ifi- cant abnor- mality in ap- pearance inductance change d within m 5 l q change d within m 30 l f lhlp d only l/l g l/l d within m 5 l q d 30min. no signifi- cant abnor- mality in ap- pearance impedance change d within m 20 l refer to individual specifica- tion no signifi- cant abnor- mality in ap- pearance impedance change within m 20 l reliability data y 6/9 la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type ferrite products 5 353 j 0 k 3 j 2 k 0 j 0 k 3 j 2 k 0 j 0 k 3 j 2 k 0 j 0 k 3 j 2 k 0 reliability data y 7/9 item specified value test method and remarks 22.resisitance to solvent 23.thermal shock fb d solvent temperature d 20 v 25 c duration d 30 m 5 sec. solvent type d acetone, trichloroethylene recovery d 3hrs of recovery under the standard condition after the test. la d conditions for 1cycle step temperature f c g duration f min g 1 k 25 30 m 3 2 room temperature within 3 3 j 85 30 m 3 4 room temperature within 3 number of cycles d 5 cycles recovery d at least 1hr of recovery under the standard condition after the removal from test chamber, followed by the measurement within 2hrs. lhl ??? y fb d accoding to jis c0025 conditions for 1 cycle step temperature f c g duration f min g 1 minimum operating 30 m 3 temperature 2 room temperature within 3 3 maximum oparating 30 m 3 temperature 4 room temperature within 3 number of cycles d 10 cycles lhl ??? d 5 cycles f fba, fbr g recovery d 4 to 24hrs of recovery under the standard con- dition after the removal from the test cfamber. lhl ??? d 3hrs of recovery under the standard condition af- ter the removal from the test cfamber. f fba, fbr g lav d conditions for 1 cycle step temperature f c g duration f min g 1 minimum operating 30 m 3 temperature 2 room temperature within 3 3 maximum oparating 30 m 3 temperature 4 room temperature within 3 number of cycles d 10 cycles recovery d at least 1hr of recovery under the standard condition after the removal from test chamber, followed by the measurement within 2hrs. fl d accoding to jis c0025 conditions for 1 cycle step temperature f c g duration f min g 1 k 25 30 m 3 2 room temperature within 3 3 j 85 30 m 3 4 room temperature within 3 number of cycles d 10 cycles recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. l/l d within m 10 l q d 30min. appearance d no abnor- mality inductance change d within m 10 l q change d within m 30 l f lhlp d only l/l g please avoid the ul- trasonic cleaning of this product. l/l d within m 10 l q d 20min. no signifi- cant abnor- mality in ap- pearance impedance change d within m 20 l appearance d no abnor- mality impedance change d within m 20 l refer to individual specifica- tion l/l d within m 10 l q/q d within m 30 l appearance d no abnor- mality impedance change d within m 20 l pleasa avoid the ultrasonic cleaning of this product. la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type l/l d within m 10 l ferrite products 5 355 reliability data y 8/9 item specified value test method and remarks 24.damp heat 25.loading under damp heat 26.loading at high tempera- ture la y lav35 d temperature d 40 m 2 c humidity d 90 v 95 l rh duration d 1000 hrs recovery d at least 1hr of recovery under the standard re- moval from test chamber, followed by the mea- surement within 2hrs. fb d temperature d 60 m 2 c humidity d 90 v 95 l rh duration d 1000 hrs recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. la y lav35 d temperature d 40 m 2 c humidity d 90 v 95 l rh duration d 1000 hrs applied current d rated current recovery d at least 1hr of recovery under the standard re- moval from test chamber, followed by the mea- surement within 2hrs. lhl ??? d temperature d 40 m 2 c humidity d 90 v 95 l rh duration d 1000 m 24 hrs applied current d rated current recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. fl d temperature d 60 m 3 c humidity d 90 v 95 l rh duration d 500 fj 12, k 0 g hrs applied current d rated current recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. la y lav35 d temperature d 85 m 2 c duration d 1000 hrs applied current d rated current recovery d at least 1hr of recovery under the standard re- moval from test chamber, followed by the mea- surement within 2hrs. l/l d within m 10 l q d 30min. l/l d within m 10 l q d 30min. l/l d within m 10 l q d 30min. appearance d no abnor- mality imductance change d within m 10 l q change d within m 30 l f lhlp d only l/l g l/l d within m 10 l q d 20min. l/l d within m 10 l q d 20min. l/l d within m 10 l q d 20min. appearance d no abnor- mality impedance change d within m 20 l refer to individual specifica- tion l/l d within m 10 l q/q d within m 30 l l/l d within m 10 l q/q d within m 30 l l/l d within m 10 l q/q d within m 30 l appearance d no abnor- mality impedance change d within m 20 l la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type l/l d within m 10 l l/l d within m 10 l l/l d within m 10 l ferrite products 5 357 reliability data y 9/9 item specified value test method and remarks 27.low temperature life test 28.high temperature life test la d temperature d k 25 m 2 c duration d 1000 hrs recovery d at least 1hr of recovery under the standard re- moval from test chamber, followed by the mea- surement within 2hrs. lhl ??? d temperature d k 40 m 3 c duration d 1000 m 24 hrs recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. lav35 d temperature d k 40 m 3 c duration d 1000 hrs recovery d at least 1hr of recovery under the standard re- moval from test chamber, followed by the mea- surement within 2hrs. fl d temperature d k 40 m 3 c duration d 500 fj 12, k 0 g hrs recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. lhl ??? d temperature d 105 m 3 c duration d 1000 m 24 hrs recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. fl d temperature d 85 m 3 c duration d 500 fj 12, k 0 g hrs recovery d 1 to 2hrs of recovery under the standard con- dition after the removal from the test cfamber. l/l d within m 10 l q d 30min. appearance d no abnor- mality inductance change d within m 10 l q change d within m 30 l f lhlp d only l/l g appearance d no abnor- mality inductance change d within m 10 l q change d within m 30 l l/l d within m 10 l q d 20min. refer to individual specifica- tion refer to individual specifica- tion l/l d within m 10 l q/q d within m 30 l appearance d no abnor- mality impedance change d within m 20 l appearance d no abnor- mality impedance change d within m 20 l la02 type/ la03 type lhl ??? fba/fbr lav35 la04 type fl05 ? type fl06bt type la45 type l/l d within m 10 l ferrite products 5 359 technical considerations stages precautions la type | lh type | fb type | fl type 1.circuit design 2.pcb design 3.considerations for automatic placement 4.soldering 5.cleaning 6.handling 7.storage conditions operating environment, 1.the products described in this specification are intended for use in general electronic equipment,(office supply equipment, telecommunications systems, measuring equipment, and household equipment). they are not intended for use in mission-critical equipment or systems requiring special quality and high reliability (traffic systems, safety equipment, aerospace systems, nuclear control systems and medical equipment including life-support systems,) where product failure might result in loss of life, injury or damage. for such uses, contact taiyo yuden sales department in advance. design 1.please design insertion pitches of a base in the pitches that fitted a terminal interval. adjustment of mounting machine 1.excessive impact load should not be imposed on the products when mounting onto the pc boards. 2.mounting and soldering conditions should be checked beforehand. wave soldering 1.please refer to the specifications in the catalog for a wave soldering. 2.do not immerse the entire inductors in the flux during the soldering operation. lead free soldering 1.when using products with lead free soldering, we request to use them after confirming of adhesion, temperature of resistance to soldering heat, soldering etc sufficiently. recommended conditions for using a soldering iron: put the soldering iron on the land-pattern. soldering iron's temperature - below 350 ? duration - 3 seconds or less the soldering iron should not directly touch the inductor. cleaning conditions 1.la type, lh type please do not do cleaning by a supersonic wave. handling 1.keep the inductors away from all magnets and magnetic objects. mechanical considerations 1.please do not give the inductors any excessive mechanical shocks. 2.lh type if inductors are dropped onto the floor or a hard surface they should not be used. packing 1.please do not give the inductors any excessive mechanical shocks. in loading, please pay attention to handling indication mentioned in a packing box (a loading direction / number of maximum loading / fragile item). storage 1.to maintain the solderability of terminal electrodes and to keep the packing material in good condition, temperature and humidity in the storage area should be controlled.. ~ recommended conditions ambient temperature yyyyy 0 ? 40 ? humidity below 70 % rh the ambient temperature must be kept below 30 ? . even under ideal storage conditions, solderability of products electrodes may decrease as time passes. for this reason, inductors should be used within one year from the time of delivery. in case of storage over 6 months, solderability shall be checked before actual usage. 1.when inductors are mounted onto a pc board, hole dimensions on the board should match the lead pitch of the component, if not, it will cause breakage of the terminals or cracking of terminal roots covered with resin as excess stress travels through the terminal legs. 1. when installing products, care should be taken not to apply distortion stress as it may deform the products. 1.if products are used beyond the range of the recommended conditions, heat stresses may deform the products, and consequently degrade the reliability of the products. la type, lh type 1.if washing by supersonic waves, supersonic waves may deform products. 1.there is a case that a characteristic varies with magnetic influence. 1.there is a case to be damaged by a mechanical shock. 2.lh type there is a case to be broken by a fall. 1.there is a case that a lead route turns at by a fall or an excessive shock. 1. under a high temperature and humidity environment, problems such as reduced solderability caused by oxidation of terminal electrodes and deterioration of taping/packaging materials may take place. precautions |
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