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190 lb 2016 t 100 m 6 3 4 7 1 2 5 m m 20 m m 20 lb
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??????? wound chip inductors lb series ??y features y dvc, md, pda sw3 av ;+|????;+ 1 5 ? ??????? ha h i 6 ???????0) hli lb wound chip inductor 1 type 5 nominal inductance ha h i 6 inductance tolerances h % i example 1r0 1 100 10 101 100 *r=decimal point f r w ?
:: ? 1r0 1 100 10 101 100 operating temp. k 25 vj 85 c y dvc, md, pda and other portable digital equipment. y small size wound chip inductor with low dc resistance. y demension without directional influence on mounterbility and characteris- tics. a
b o ? t a?e?? 4 7 ptgg? qqq a j ? qw ?? 1608(0603) 1.6 p 0.8 2016(0806) 2.0 p 1.6 2012(0805) 2.0 p 1.25 2518(1007) 2.5 p 1.8 ?
go h mm i 3 bb ulk t tape & reel packaging 4 internal code qqq standard products 7 qw blank space 1608(0603) 1.6 p 0.8 2016(0806) 2.0 p 1.6 2012(0805) 2.0 p 1.25 2518(1007) 2.5 p 1.8 external dimensions h mm i 3 q ? rdc c g?v y 2 q low rdc c high current type shape 2
191 ferrite products 5 unit d mm f inch g t ype l w t 2.5 m 0.2 1.8 m 0.2 1.8 m 0.2 (0.098 m 0.008) (0.071 m 0.008) (0.071 m 0.008) lb2016 lb2518 ? lbc2518 2.0 m 0.2 1.6 m 0.2 1.6 m 0.2 (0.079 m 0.008) (0.063 m 0.008) (0.063 m 0.008) lb2012 2.0 m 0.2 1.25 m 0.2 1.25 m 0.2 (0.079 m 0.008) (0.049 m 0.008) (0.049 m 0.008) lb1608 1.6 m 0.1 0.8 m 0.1 0.8 m 0.1 (0.063 m 0.008) (0.031 m 0.004) (0.031 m 0.004) e 0.5 m 0.2 (0.020 m 0.012) 0.5 m 0.2 (0.020 m 0.012) 0.5 m 0.2 (0.020 m 0.012) 0.35 m 0.2 (0.014 m 0.010) ?
goy external dimensions ?t??3??y available inductance range p.192 p.193 p.197 p.198 p.10 ??a a part numbers ?
q
$ electrical characteristics a packaging ?t
q reliability data ?; w?? precautions ?3? ?? ? selection guide etc eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee inductance [ a h ] 1 10 100 1000 100 a h lb2016 t ype range 1 a h 455 0.09 155 0.5 40 4.5 ey y? examples inductance 1 a h 500 0.06 455 0.09 300 0.15 10 a h 165 0.25 155 0.5 100 0.7 100 a h552.140 4.5 30 7.0 1000 a h15 24 70(4.7 a h) 50(8.2 a h) 0.55(4.7 a h) 0.70(8.2 a h) 0.08 0.36 3.70 775 300 100 100 a h 1 a h 300 0.15 100 0.7 30 7.0 lb2012 1000 a h lb2518 1 a h 500 0.06 165 0.25 55 2.1 15 24 rdc m 30 l [ e ] imax [ ma ] 680 a h lbc2518 1.0 a h 775 0.08 300 0.36 100 3.70 35 28.0 rdc m 30 l [ e ] imax [ ma ] rdc m 30 l [ e ] imax [ ma ] rdc m 30 l [ e ] imax [ ma ] 8.2 a h 4.7 a h 70 0.55 50 0.7 lb1608 rdc m 30 l [ e ] imax [ ma ] rdc m 30% [ e ] imax [ ma ] rdc m 30% [ e ] imax [ ma ] rdc m 30% [ e ] imax [ ma ] rdc m 30% [ e ] imax [ ma ] rdc m 30% [ e ] imax [ ma ]
192 ??aay part numbers lb2518 g 1r0m 1 100 0.06 500 lb2518 g 1r5m 1.5 80 0.07 400 lb2518 g 2r2m 2.2 68 0.09 340 7.96 lb2518 g 3r3m 3.3 54 0.11 270 lb2518 g 4r7m 4.7 46 0.13 240 lb2518 g 6r8m 6.8 38 0.15 195 lb2518 g 100m 10 30 0.25 165 lb2518 g 150m 15 23 0.32 145 lb2518 g 220m 22 m 20 l 10 19 0.5 115 2.52 lb2518 g 330m 33 15 0.7 95 lb2518 g 470m 47 12 0.95 85 lb2518 g 680m 68 1.5 70 lb2518 g 101m 100 9 2.1 55 lb2518 g 151m 150 7 3.2 45 lb2518 g 221m 220 5.5 4.5 35 lb2518 g 331m 330 4.5 9.5 7300 .796 lb2518 g 471m 470 3.5 10 25 lb2518 g 681m 680 3 17 20 lb2518 g 102m 1000 2.4 24 15 0.252 yy ordering code q ??? t ypical value ?????? ?0) inductance to lerance ? ? ?????? inductance ha h i ~? * t
: self-resonant frequency h mhz i min. v ? dc resistance hei fm 30 lg ?v rated current h ma i max. y *t
: measuring frequency h mhz i lb2518 type yg please specify the packaging code. f t d t ape&reel, b d bulk g y ? d w g txa
g?u???b{ k ?) ??0 `?bz]
?xi^m{ lb2016 g 1r0m 1 100 0.09 455 lb2016 g 1r5m 1.5 80 0.11 350 lb2016 g 2r2m 2.2 70 0.13 315 7.96 lb2016 g 3r3m 3.3 55 0.2 280 lb2016 g 4r7m 4.7 45 0.25 210 lb2016 g 6r8m 6.8 38 0.35 175 lb2016 g 100m 10 m 20 l 10 32 0.5 155 lb2016 g 150m 15 28 0.7 130 lb2016 g 220m 22 16 1.0 105 2.52 lb2016 g 330m 33 14 1.7 85 lb2016 g 470m 47 11 2.4 60 lb2016 g 680m 68 10 3 50 lb2016 g 101m 100 8 4.5 40 0.796 yy ordering code q ??? ty p ical value ?????? ?0) inductance to l e r ance ? ? ?????? inductance ha h i ~? * t
: self-resonant frequency h mhz i min. v ? dc resistance hei fm 30 lg ?v rated current h ma i max. y *t
: measuring frequency h mhz i lb2016 type yg please specify the packaging code. f t d t ape&reel, b d bulk g y ? d w g txa
g?u???b{ k ?) ??0 `?bz]
?xi^m{ 7.96 m 20 l 5 2.52 0.796 yy ordering code q ??? ty p ical value ?????? ?0) inductance to l e r ance ? ? ?????? inductance ha h i ~? * t
: self-resonant frequency h mhz i min. v ? dc resistance hei fm 30 lg ?v rated current h ma i max. y *t
: measuring frequency h mhz i yg please specify the packaging code. f t d t ape&reel, b d bulk g y ? d w g txa
g?u???b{ yg please specify the packaging code. f t d t ape&reel, b d bulk g y ? d w g txa
g?u???b{ k ?) ??0 `?bz]
?xi^m{ lb2012 g 1r0m 1.0 100 0.15 300 lb2012 g 2r2m 2.2 5 80 0.23 240 7.96 lb2012 g 4r7m 4.7 45 0.4 140 lb2012 g 100m 10 m 20 l 32 0.7 100 lb2012 g 100mr 10 32 0.5 100 2.52 lb2012 g 220m 22 10 16 1.7 75 lb2012 g 470m 47 11 3.7 50 lb2012 g 101m 100 8 7.0 30 0.796 yy ordering code q ??? t ypical value ?????? ?0) inductance to lerance ? ? ?????? inductance ha h i ~? * t
: self-resonant frequency h mhz i min. v ? dc resistance hei fm 30 lg ?v rated current h ma i max. y *t
: measuring frequency h mhz i lb2012 type yg please specify the packaging code. f t d t ape&reel, b d bulk g y ? d w g txa
g?u???b{ lb1608 g 4r7m 4.7 45 0.55 70 lb1608 g 8r2m 8.2 5 32 0.70 50 7.96 2.52 20 l yy ordering code q ??? ty p ical value ?????? ?0) inductance to l e r ance ? ? ?????? inductance ha h i ~? * t
: self-resonant frequency h mhz i min. v ? dc resistance hei fm 30 lg ?v rated current h ma i max. y *t
: measuring frequency h mhz i lb1608 type lbc2518type lbc2518 g 1r0m lbc2518 g 1r5m lbc2518 g 2r2m lbc2518 g 3r3m lbc2518 g 4r7m lbc2518 g 6r8m lbc2518 g 100m lbc2518 g 150m lbc2518 g 220m lbc2518 g 330m lbc2518 g 470m lbc2518 g 680m lbc2518 g 101m lbc2518 g 151m lbc2518 g 221m lbc2518 g 331m lbc2518 g 471m lbc2518 g 681m 1.0 1.5 2.2 3.3 4.7 6.8 10 15 22 33 47 68 100 150 220 330 470 680 100 80 68 54 41 38 30 23 19 15 12 9.5 9.0 7.0 5.5 4.5 3.5 3.0 0.08 0.11 0.13 0.16 0.20 0.30 0.36 0.65 0.77 1.50 1.90 2.80 3.70 6.10 8.40 12.3 22.0 28.0 775 660 600 500 430 360 300 250 210 170 150 120 100 85 70 60 45 35
193 ferrite products 5 10 100 0.1 1 10 100 1000 1000 10000 lb2016 101k 100k 1r0m v o t?
q? dc bias characteristics (measured by hp4285a+42841a) ?
q
$y electrical characteristics lb2016 101m 1r0m 100m 9s?
q? temperature characteristics (measured by hp4285a) 110 0.1 1 10 100 1000 100 1000 lb2518 101m 100m 1r0m lb2518 101m 1r0m 100m 0 10 5 5 10 15 15 10 1 100 0.1 1 10 100 1000 1000 10000 lbc2518 100m 101m 1r0m lbc2518 0 10 5 5 10 15 15 100 80 60 40 20 0 20 40 100m 101m 1r0m 10 100 0.1 1 10 100 1000 1000 10000 lb2012 101m 100m 1r0m 110 0.1 1 10 100 1000 100 1000 lb1608 8r2m 4r7m lb2012 101m 1r0m 100m 0 10 5 5 10 15 15 lb1608 0 10 5 5 10 15 15 90 70 50 30 10 10 30 8r2m
5 215 ferrite products t echnical considerations stages precautions ler type | lem type | lb 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. land pattern design 1.please contact any of our offices for a land pattern, and refer to a recommended land pattern of specifications. 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. wa ve soldering 1.please refer to the specifications in the catalog for a wave soldering. reflow soldering 1.please contact any of our offices for a reflow soldering, and refer to the recommended condition specified. 2.ler012 type,lb type reflow solderring only. 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, 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 lb type 1.washing by supersonic waves shall be avoided. handling 1.keep the inductors away from all magnets and magnetic objects. breakaway pc boards (splitting along perforations) 1.when splitting the pc board after mounting inductors, care should be taken not to give any stresses of deflection or twisting to the board. 2.board separation should not be done manually, but by using the appropriate devices. mechanical considerations 1.please do not give the inductors any excessive mechanical shocks. storage 1.to maintain the solderability of terminal electrodes and to k eep the packing material in good condition, temperature and humidity in the storage area should be controlled. ~ recommended conditions y ambient temperature yyyyy 0 ? 40 ? y 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, le type inductors should be used within one year from the time of delivery. ler type, lb type please should be used within 6 months from the time of delivery. le type in case of storage over 6 months, solderability shall be checked before actual usage. 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. lb type 1.if washing by supersonic waves, supersonic waves may cause broken products. 1.there is a case that a characteristic varies with magnetic influence. 1.planning pattern configurations and the position of products should be carefully performed to minimize stress. 1.there is a case to be damaged by a mechanical 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
199 ferrite products 5 reliability data y 1/8 1.operating tem- perature range 2.storage 3.rated voltage 4.inductance 5.q 6.dc resisitance item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 k 40 vj 85 c lb2016 lb2012 k 25 vj 85 c k 40 vj 85 c k 25 vj 85 c k 25 vj 85 c 12 v 18 f at 100mhz g min lb1608 lbc2518 lbh1608 within the specified tolerance within the specified tolerance within the specified tolerance within the specified tolerance the maximum dc value having inductance decrease within 10 l and temperature increas within 20 c by the application of dc bias. lbh1608 ~ lem series 5n6 v r10: the maximum dc value having temperature increas within 20 c by the application of dc bias. ler ~ lem series 5n6 v r10 measuring equipment impedance analyzer f hp4291a or its equivalent g measuring frequency specified frequency ler ~ lem series r12 v 221 measuring equipment lcr meter f hp4285a 42851a or its equivalent g measuring frequency specified frequency lb ~ lbc series measuring equipment lcr mater f hp4285a or its equivalent g lbh1608 series measuring equipment impedance analyzer f hp4291a or its equivalent g ler ~ lem series 5n6 v r10 measuring equipment impedance analyzer f hp4291a or its equivalent g measuring frequency specified frequency ler ~ lem series r12 v 221 measuring equipment lcr meter f hp4285a 42851a or its equivalent g measuring frequency specified frequency lb ~ lbc series measuring equipment lcr mater f hp4285a or its equivalent g lbh1608 series measuring equipment impedance analyzer f hp4291a or its equivalent g ler ~ lem ~ lb ~ lbc ~ lbh series measuring equipment low ohmmeter f a&d ad5812 or its equivalent g
201 ferrite products 5 item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 ler ~ lem series 5n6 v r10 measuring equipment network analyzer f hp8720b or its equivalent g ler ~ lem series f exclude lem2520 g r12 v measuring equipment impeadnce nanlyzer f hp4291a or its equivalent g lem2520 measuring equipment network analyzer f anritsu ms620j or its equivalent g lb ~ lbc series measuring equipment impedance analyzer f hp4291a or its equivalent g lbh1608 series measuring equipment network analyzer f hp8720b or its equivalent g reliability data yy 2/8 q l/l c within m 10 l q l/l c within m 5 l q l/l c within m 15 lq l/l c within m 15 l no breakdown or damage 8.temperature char- acteristic l/l within m 5 l 9.rasistance to flex- ure of substrate 10.body stregght 7.self-resonant frequency 11.self resonant freguency q l/l c within m 5 l t l/l c within m 0.5nh under 8.2nh within the specified tolerance no breakdown or damage l/l within k 10 l change of maximum inductance deviation in step 1 k 5 ? exclude cm03ms series step temperture fcg 120 2 k 25 320 f reference temperature g 4 j 85 f maximum operating temperature g 520 warp: 2mm (ler012, ler015, lbc, lb) : 3mm (lem2520, lemc2520, lemf 2520, lemc3225, lemf3225) test substrate: printed board accoding to jis c0051 ler012 ~ ler015 applide forde 15n duration 5sec. lb y lbc y lbh lem2520 ~ lemc2520 ~ lemf2520 ~ lemc3225 ~ lemf3225 applide forde 10n duration 10sec. lb1608 applide forde 5n duration 10sec. measure inductance with application of rated current using lcr metre to cpmpare it with the initial value. f * excluding 5n6 v r10 g pressig jig board
203 ferrite products 5 reliability data y 3/8 item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 12.adhesion of terminal electrode shall not come off pc board. no detachment of electrode ler012 y ler015 applied force 15n duration 5 sec. test substrate printed board lb y lbc y lbh lem2520 y lemc2520 y lemf2520 y lemc3225 y lemf3225 applied force 10n to x and y directions duration 5 sec. test substrate printed board ler ~ lem ~ lb y lbc according to jis c5102 clause 8.2. vibration type directions 2 hrs each in x, y and z direc- tions. total 6 hrs frequency range 10 to 55 to 10 hz f 1min. g amplitude 1.5mm mounting method soldering onto printed board f * excluding 5n6-r10 le series g recovery at least 1 hr of recovery under the standard condition after the test, followed by the measure- ment within 2 hrs. 13.resistance to vibra- tion l/l within m 5 l q r12 v 1r0 25min. 1r2 v 3r3 20min. l/l within m 5 l q r12 v 100 30min. 120 v 220 20min. l/l within m 5 l no significant abnormality in appearance. l/l within m 10 l no significant abnormality in appearance. shall not come off pc board.
205 ferrite products 5 reliability data y 4/8 at least 90 l of electrode item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 14.drop test l/l within m 5 l no significant abnormality in ap- pearance. no significant abnormality in appear- ance. l/l within m 10 l no significant abnormality in appear- ance. ler y lem ler012 y ler015 drop test impact material concreta or vinyl tile height 1m total number of drops 10 times lem2520 y lemc2520 y lemf2520 y lemc3225 y lemf3225 acceleration 980m/sec 2 duration 6msec number of times 6 sides p 3 times mounting method soldering onto printed board f * excluding 10n v r10 g recovery at least 1 hr of recovery under the standard condition after the test, followed by the measure- ment within 2 hrs. ler y lem solder temperature 230 m 5 c duration 2 m 0.5sec. f ler012 y ler015 g 5 m 0.5sec. f lem2520 y lemc2520 y lemf2520 y lemc3225 y lemf3225 g fiux methanol solution with 25 l of colophony lb y lbh solder temperature 230 m 5 c duration 5 m 0.5sec fiux methanol solution with 25 l of colophony 15.solderability
207 ferrite products 5 item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 16.resisitance to soldering heat 17.resisitance to soolvent no significant abnormality in appearance no significant abnormality in appearance. reliability data y 5/8 conduct following wave soldering twice. f ler012 g solder temperature 260 m 5 c duration 5 m 0.5sec. twice f lero15 g 10 m 1sec. once f lem2520 y lemc2520 y lemf2520 y lemc3225 y lemf3225 g lb y lbh 3 times of reflow oven at 220 m 5 c for 40sec.with peak temperature at 235 m 5 c for 5sec. solvent temperature room temperature type of solvent chlorocarbon type f lem2520 y lemc2520 y lemc3225 g isopropyl alcohol f lemf2520 y lemf3225 y lb y lbc g cleaning conditions output 20mw/cm 3 frequency 28khz duration 1 min conduct ultrasonic cleaning. f lem2520 y lemc 2520 y lemc3225 g 90s. immersion and cleaning. f lemf2520 y lemf 3225 y lb y lbc g
209 ferrite products 5 reliability data 6/8 item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 18.resisitance to solvent 19.damp heat l/l within m 10 l q 5n6 v 18n 10min. 22n v r10 15min. r12 v 1r0 25min. 1r2 v 3r3 20min. l/l within m 10 l q 10n v 18n 10min. 22n v r10 15min. r12 v 100 30min. 120 v 220 20min. l/l within m 10 l q 10n 10 min. 12n v 33n 15min. 39n v r10 20min. r12 v 4r7 30min. 5r6 v 330 25min. 390 v 820 20min. 101 15min. l/l within m 10 l l/l within m 5 l t l/l within m 0.5nh under 8.2 = h q/q within m 20 l t q/q within m 5 under 8.2 = h l/l within m 10 l q 5r6 v 18n 10min. 22n v r10 15min. r12 v 1r0 25min. 1r2 v 3r3 20min. l/l within m 10 l q 10n v 18n 10min. 22n v r10 15min. r12 v 100 30min. 120 v 220 l/l within m 10 l q 10n 10 min. 12n v 33n 15min. 39n v r10 20min. r12 v 4r7 30min. 5r6 v 330 25min. 390 v 820 20min. 101 15min. l/l within m 10 l l/l within m 5 l t l/l within m 0.5nh under 8.2 = h q/q within m 20 l t q/q within m 5 under 8.2 = h conditions for 1cycle step temperature fcg ? temperature fcg ? duration f min g 1 k 25 k 40 30 2 j 85 j 85 30 temperature ? for ler012 y ler015 temperature ? for lem2520 y lemc2520 y lemf2520 y lemc3225 y lemf3225 number of cycle 100 cycle recovery at least 1 hr of recovery the stan- dard condition after the removal from test chamber, followed by measurement within 2 hrs. lb y lbc y lbh k 40 vj 85 c , miantain times 30min. ,100 cycle recovery at least 1 hr of recovery under the standard condition after the test, followed by the measure- ment within 2 hrs. temperature 60 m 2 c humidity 90 v 95 l rh duration 1000 hrs recovery at least 1 hr of recovery the stan- dard condition after the removal from test chamber, followed by measurement within 2 hrs.
211 ferrite products 5 reliability data y 7/8 ler y lem y lb y lbc temperature 60 m 2 c f excluding nh range g humidity 90 v 95 l rh duration 1000 hrs applied current rated current recovery at least 1 hr of recovery the stan- dard condition after the removal from test chamber, followed by measurement within 2 hrs. ler y lem temperature 85 m 2 c duration 1000 hrs recovery at least 1 hr of recovery the stan- dard condition after the removal from test chamber, followed by measurement within 2 hrs. ler y lb y lbc temperature 85 m 2 c f excluding nh range g duration 1000 hrs applied current rated current recovery at least 1 hr of recovery the stan- dard condition after the removal from test chamber, followed by measurement within 2 hrs. item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 20.loading under damp heat 21.hirh temperaturte life test 22.loading at high temperature l/l within m 10 l q r12 v 1r0 25min. 1r2 v 3r3 20min. l/l within m 10 l q r12 v 100 30min. 120 v 220 20min. l/l within m 5 l t l/l within ? 0.5nh under 8.2 = h q/q within m 20 l t q/q within m 5 under 8.2 = h l/l within m 10 l q r12 v 4r7 30min. 5r6 v 330 25min. 390 v 820 20min. 101 15 min. l/l within m 10 l l/l within m 10 l q 5r6 v 18n 10min. 22n v r10 15min. r12 v 1r0 25min. 1r2 v 3r3 20min. l/l within m 10 l q 10n v 18n 10min. 22n v r10 15min. r12 v 100 30min. 120 v 220 20min. l/l within m 10 l q 10n 10 min. 12n v 33n 15min. 39n v r10 20min. r12 v 4r7 30min. 5r6 v 330 25min. 390 v 820 20min. 101 15min. l/l within m 10 l l/l within m 10 l q r12 v 1r0 25min. 1r2 v 3r3 20min. l/l within m 10 l q r12 v 100 30min. 120 v 220 20min. l/l within m 10 l l/l within m 5 l t l/l within m 0.5nh under 8.2 = h q/q within m 20 l t q/q within m 0.5 under 8.2 = h
213 ferrite products 5 item ler012 ler015 lem2520 specified value lemc2520 test methods and remarks lb2518 lemf2520 lemc3225 lemf3225 lb2016 lb2012 lb1608 lbc2518 lbh1608 reliability data y 8/8 l/l within m 5 l t l/l within m 0.5nh under 8.2 = h q/q within m 20 l t q/q within m 5 under 8.2 = h l/l within m 10 l ler y lem y lb y lbc y lbh temperature k 40 m 2 c duration 1000 hrs recovery at least 1 hr of recovery the stan- dard condition after the removal from test chamber, followed by measurement within 2 hrs. 23.low temperature life test l/l within m 10 l q 5r6 v 18n 10min. 22n v r10 15min. r12 v 1r0 25min. 1r2 v 3r3 20min. l/l m 10 l ?o q 10n v 18n 10min. 22n v r10 15min. r12 v 100 30min. 120 v 220 20min. l/l within m 10 l q 10n 10 min. 12n v 33n 15min. 39n v r10 20min. r12 v 4r7 30min. 5r6 v 330 25min. 390 v 820 20min. 101 15min. 24.standard condition "sutandard condition" referred to herein defined as follows 5 to 35 ? of temperature, 45 to 85% relative humidity, and 86 to 106kpa of air pressure.when there are questions concerning measurement results in order to provide correlation data, the test shall be conducted under condition of 20 m 2 ? of tempera- ture, 45 to 85 l to 106kpa of air pressure. unless otherwise specified all the test are conducted under the "standard condi- tion" standard test condition unless oherwise specified,temperature20 m 15 ? of temperature, 65 m 20 l of relative humidity.when there are question concerning measurement result in order to provide cor- relation date, the test shall be condition of 20 m 2 ? of tenterature, 65 m 5 l relative humidity. inductance is in accordance with our measured value.
197 ferrite products 5 ay packaging lb2518 / lbc2518 2000 2000 lb2016 2000 2000 lb2012 3000 3000 lbh1608 / lb1608 4000 4000 yyyy yyyyy a j
:? yy yyyyyyyy standard quantity [pcs] type >n? yyya?e?? yyyyy bulk / bag yyy tape&reel 1 a j
:? standard quantity 2 a?e??p tape material 4 ??? ?? ? leader and blank portion 3 a?e??
goy taping dimensions ??a? 8mm ? embossed tape (0.315 inches wide) a? 8mm ? paper tape (0.315 inches wide) yy ??
? ?
?e?? a?? type chip cavity insertion pitch tape thickness abfkt y lb2518 2.15 m 0.1 2.7 m 0.1 4.0 m 0.1 2.1 0.3 lbc2518 f 0.085 m 0.004 gf 0.107 m 0.004 gf 0.157 m 0.004 gf 0.083 g f 0.012 g y lb2016 1.9 m 0.1 2.2 m 0.1 4.0 m 0.1 2.15 0.3 f 0.075 m 0.004 gf 0.087 m 0.004 gf 0.157 m 0.004 gf 0.085 g f 0.012 g y lb2012 1.5 m 0.2 2.3 m 0.2 4.0 m 0.1 2.0 0.3 f 0.059 m 0.008 gf 0.091 m 0.008 gf 0.157 m 0.004 gf 0.079 gf 0.012 g y lbh1608 1.0 m 0.2 1.8 m 0.2 4.0 m 0.1 1.1max 1.1max lb1608 f 0.059 m 0.008 gf 0.091 m 0.008 gf 0.157 m 0.004 gf 0.079 gf 0.012 g unit: mm (inch) 5 ???
go reel size ??a?wxu`?xz<
$1m2to 0.2 ? 0.7n qs??b{ the top tape requires a peel-off force of 0.2 to 0.7n in the direction of the arrow as illustrated below. 6 ??a?s top tape strength 10 m 1.5 (0.394 m 0.059) 178 m 2.0( 7.01 m 0.079) 50 ( 1.97 or more)

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