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;my applications goy ordering code ??y features 388 zzzzzzzzz 1 2 3 4 lh16 j l 1. [ ?s ? ? f 11 } 13 } 16 }?? g 2. ??n0 f pa g 3. ?
?0 f pa g ?? ??a??? linearity coil ??a?t|?e???;t???sw t???w
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y operating temp. -25 v +85 c s?g?? example circuit symbol lh ????a??? 1 ??
go h mm i 4 ptgg? 2 11 9.0 v 10.9 13 11.0 v 12.9 16 15.0 v 15.9 18 16.0 v 17.9 20 18.0 v 20.0 3 ? jl c
? pa ?-? lh linearity coil 1 y type core dimensions h mm i 4 internal code 2 3 structure jl coated pa square case k 25 vj 105 c
a ?~ c?? f including self-generated heat g 11 9.0 v 10.9 13 11.0 v 12.9 16 15.0 v 15.9 18 16.0 v 17.9 20 18.0 v 20.0 1.available in several sizes and types to provide various dc bias inductance characteristics. 2.special material minimizes expansion and contraction of ferrite core. 3.pa types are available in packaging for automatic insertion. used in compensating circuits for tv sets, monitors etc. to correct horizontal distortion.
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goy external dimensions ferrite products 5 jl pa lh11 lh13 lh16 lh13 lh16 lh20 d 16max 16max 20max 20max 24max 30max f 0.630max gf 0.630max gf 0.787max gf 0.787max gf 0.945max gf 1.18max g h 26max 28max 31max 24max 28max 42max f 1.02max gf 1.10max gf 1.22max gf 0.945max gf 1.10max gf 1.65max g c 5 m 15 m 15 m 15 m 15 m 15 m 1 f 0.197 m 0.039 gf 0.197 m 0.039 gf 0.197 m 0.039 gf 0.197 m 0.039 gf 0.197 m 0.039 gf 0.197 m 0.039 g f 7.5 m 1 .5 7.5 m 1 .5 10 m 1 0 15 m 1 5 20 m 1 0 24.2 m 1 5 f 0.295 m 0.039 gf 0.295 m 0.039 gf 0.394 m 0.039 gf 0.591 m 0.039 gf 0.787 m 0.039 gf 0.953 m 0.039 g d 0.8 0.8 1.0 0.8 1.0 1.0 f 0.031 gf 0.031 gf 0.039 gf 0.031 gf 0.039 gf 0.039 g p1 . 10 m 0.5 . 10 m 0.5 . 10 m 0.5 f 0.394 m 0.020 gf 0.394 m 0.020 gf 0.394 m 0.020 g p2 . 10 m 0.5 7.5 m 0.5 . 10 m 0.5 f 0.394 m 0.020 gf 0.295 m 0.020 gf 0.394 m 0.020 g p.389 p.390 p.402 p.10 ?
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: y please specify the following when ordering 1 dc bias characteristics 2 allowable current 3 operating frequency ??aa part numbers ?
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q reliability data ?; w?? precautions ?3???? selection guide etc unit d mm f inch g 10000 f lcr meter 1h + - l1 l2 dc1 dc2 s? measuring circuit pb ??? ?x pb ??w? t?
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390 ay packaging type 6n? box lh11jl 600 LH13JL 500 lh16jl 400 lh13pa 400 lh16pa 280 lh20pa 200 7 ? !?o?
: minimum quantity
403 ferrite products 5 reliability data y 1/6 item cm k ra/ bu k ra type specified value test method and remarks 1.operating temperature range 2.storage temperature range 3.rated current 4.inductance 5.dc resisitance 6.temperature characteristi 7.withstanding voltage between layers tlf25ra linearity coil cm k rb type k 25 vj 105 c k 40 vj 85 c k 25 vj 115 c k 25 vj 105 c within the specifed range including temperature rise due to self k generated heat. cm the maximum dc value having temperature increase within specified temperature, as detailed in individual specification. tlf9ua, 14cb, 25ra the maximum ac value having temperature increase within 45 c by the applocation of ac current. tlf9ub the maximum dc value having temperature increase within 45 c by the applocation of dc current. cm ~ linearity coil measuring equipmet 4262a f hp g or its equivalent measuring frequency 1khz tlf9u, 14cb, 25ra measuring equipment impedance analyzer f hp4192a g or its equivalent measuring frequency 1khz measuring voltage 0.35vosc tlf14cb 1.0v cm, tlf measuring equipment dc ohmmeter linearity coil change of maximum inductance deviation in step 1 to 5 temperature at step 1 20 c temperature at step 2 k 25 c temperature at step 3 20 c f standard temperature g temperature at step 4 j 85 c temperature at step 5 20 c linearity coil aplly with peak voltage of 500v to both terminals in the coil for 1min. within the specifed tolerance m 30 l within the specifed tolerance appearance noabnormality inductance change within m 20 l tlf9u tlf14cb
405 ferrite products 5 reliability data yy 2/6 item cm k ra/ bu k ra type specified value test method and remarks 8.terminal strength tensile force tlf25ra linearity coil cm k rb type no abnormality tlf9u tlf14cb no abnormality such as cutoff or looseness of lead. 9.temperature rise 45 c max. product surface temperature within 50 c 10.terminal strength bending 11.insulation resisitance between the terminals and body 12.insulation resistance between wires 100m e min. 100m e min. no abnormality such sa cut lead, or looseness. 13.insulation resistance between wire and core 100m e min. refer to individual specification cm fix the component in the direction to draw terminal and gradually apply tensile force as detailed in indiviual speci- fications. tlf9u apply the stated tensile force gradually in the direction to draw terminal. nominal wire diameter tensile b d force duration h mm ih n ih s i b 0.6 5 30 m 5 tlf14cb apply the stated tensile force gradually in the direction to draw terminal. nominal wire diameter tensile b d force duration h mm ih n ih s i b 0.8 20 30 m 5 tlf25ra apply the tensile force of 10n in the direction to draw ter- minal for 5 seconds. linearity coil apply the stated tensile force gradually in the direction to draw terminal. nominal wire diameter tensile b d force duration h mm ih n ih s i 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 tlf resistance substitution method applied current rated current duration 1 hr linearity coil applied current rated current duration 1 hr linearity coil suspend a mass at the end the terminal,incline the body through angel of 90 ? and return it into position. this operation is done over a period of 2 k 3 sec. then second bend in the opposite direction shall be made. number of bends two times nominal wire diameter bending force mass reference weight 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 linearity coil metal globule method applied voltage 500vdc duration 60 sec. cm ~ tlf applied voltage rated voltage f cm k ra/bu k ra z cm k rb g 500vdc f tlf9ua z 14cb z 25ra g 250vdc f tlf ub g duration 60sec. tlf applied voltage 500vdc f tlf9ua z 14cb g 250vdc f tlf ub g duration 60 sec.
407 ferrite products 5 reliability data y 3/6 item cm k ra/ bu k ra type specified value test method and remarks 14.withstanding between wires 15.withstanding between wires and core 16.withstanding between the terminals and body 17.rated voltage 18.resisitance to vibration 19.solderability tlf25ra linearity coil cm k rb type tlf9u tlf14cb no abnormality cm ~ tlf applied voltage 250vdc f cm k ra/bu k ra z cm k rb g 2000vac f tlf9ua z 14cb z 25ra g 500vdc f tlf ub g duration 60min. tlf applied voltage 2000vac f tlf9ua z 14cb g 500vdc f tlf9ub g duration 60min. linearity coil accoding to jis f c g 5102.7.1.3 metal globule method applied voltage 500vdc duration 60 sec. tlf9ua, 14cb, 25ra 250vac tlf9ub 50vdc cm | tlf accoding to jis c0040 direction 2hrs each in x, y and z direction total 6hrs frequency range 10 to 55 to 10hz f 1 min. g amplitude 1.5mm f shall not exceed acceleration 196m 2 /s g mounting method soldering onto pc board recovery 2 to 24 hrs of recovery under the standard condition after the test. f cm k ra z cm k rb g at least 1hr of recovery under the standard condition after the removal from test chamber, followed by the measurement within 2hrs. f tlf9u z 14cb g linearity coil accoding to jis c0040 vibration type a directions 2 hrs each in x, y and z directions total 6hrs frequency range 10 to 55 to 10hz f 1 min. g amplitude 1.5mm f shall not exceed acceleration 196m 2 /s g mounting method soldering onto pc board cm solder temperature 235 m 5 c duration 2 m 0.5sec. immersion depth accoding to detailed specification. tlf solder temperature 230 m 5 c duration 2 m 0.5sec. immersion depth up to 1.0 to 1.5mm from pbc mounted level. linearity coil solder temperature 230 m 5 c duration 2 m 0.5sec. immersion depth up to 2.0 v 2.5mm from terminal root. no abnormality no abnormality within the specified range appearance noabnormality inductance change within m 15 l inductance change within m 5 l appearance no abnormality inductance change within m 20 l at least 75 l of terminal electrode is covered by new solder. solder shall be uniformly adhered onto immersed surfaces. at least 75 l of ter- minal electrode is covered by new solder.
409 ferrite products 5 reliability data yy 4/6 item cm k ra/ bu k ra type specified value test method and remarks 20.resisitance to soldering heat 21.thermnal shock tlf25ra linearity coil cm k rb type tlf9u tlf14cb cm solder temperature 260 m 5 c duration 5 m 0.5sec. immersion depth up to 2 v 2.5mm from terminal root. recovery 1 to 2 hrs of recovery under the standard condition after the test. tlf solder temperature 260 m 5 c duration 5 m 1sec. immersion depth up to 1.0 to 1.5mm from pbc mounted level. recovery at least 1hr of recovery under the standard condition after the removal from test chamber, followed by the measurement within 2hrs. linearity coil solder temperature 270 m 5 c duration 3 m 0.5sec. immersion depth up to 2.0 v 2.5mm from terminal root. recovery 1 to 2 hrs of recovery under the standard con- dition after the test. cm, tlf accoding to jis c0025 conditions for 1 cycle step temperature hci duration h min i 1 k 25 m 330 m 3 2 room temperature within 3 3 j 85 m 230 m 3 4 room temperature within 3 number of cycles 10 recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. f cm k ra g 1 to 2hrs of recovery under the standard condtion after the removalfrom test chamber. f cm k rb g at least 1hr of recovery under the standard condition after the removal from tets chamber, followed by the measurement within 2 hrs. f tlf9u z 14cb z 25ra g linearity coil accoding to jis c0025 conditions for 1 cycle step temperature fcg duration f min g 1 k 25 yy 30 m 3 2 room temperature within 3 3 j 85 yy 30 m 3 4 room temperature within 3 number of cycles 10 recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. appearance no abnormality impedance change refer to individual specification inductance change within m 5 l appearance no abnormality inductance change within m 20 l terminals shall be satisfy the neces- sary strength. appearance no abnormality inductance change refer to individual specification inductance change within m 15 l appearance no abnormality inductance change within m 20 l j 0 k 3 j 2 k 0
411 ferrite products 5 reliability data y 5/6 item cm k ra/ bu k ra type specified value test method and remarks 22.damp heat 23.loading under damp heat 24.loading at high tempera- ture tlf25ra linearity coil cm k rb type tlf9u tlf14cb inductance change within m 15 l appearance no abnormality inductance change refer to individual specification withstanding voltage no abnormality insulation resisitance no abnormality appearance no abnormality inductance change within m 20 l withstanding voltage no abnormality insulation resisitance no abnormality tlf temperature 60 m 2 c humidity 90 v 95 l rh duration 500 hrs recovery at least 1hr of recovery under the standard re- moval from test chamber followed by the measuremenr within 2 hrs. cm temperature 40 m 2 c humidity 90 v 95 l rh duration 500 fj 12, k 0 g hrs applied current rated current recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. tlf temperature 60 m 2 c humidity 90 v 95 l rh duration 100 hrs applied voltage apply the following specified voltage be- tween windings. tlf9ua z 14cb z 25ra 250vac tlf9ub 50vdc recovery at least 1hr of recovery under the standard re- moval from test chamber followed by the measuremenr within 2 hrs. linearity coil temperature 40 m 2 c humidity 90 v 95 l rh duration 500 m 12 hrs applied current rated current recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. tlf temperature 85 m 2 c duration 100 hrs applied voltage apply the following specified voltage be- tween windings. tlf9ua z 14cb z 25ra 250vac tlf9ub 50vdc recovery at least 1hr of recovery under the standard re- moval from test chamberfollowed by the measuremenr within 2 hrs.
413 ferrite products 5 reliability data 6/6 item cm k ra/ bu k ra type specified value test method and remarks 25.low temperature life test tlf25ra linearity coil cm k rb type tlf9u tlf14cb appearance no abnormality inductance change refer to individual specification inductance change within m 15 l appearance no abnormality inductance change within m 20 l cm temperature k 40 m 3 c duration 500 fj 12, k 0 g hrs recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. f cm k ra g 1 to 2hrs of recovery under the standard condi- tion after the removal from test chamber. f cm k rb g tlf temperature k 25 m 2 c duration 500 hrs recovery at least 1hr of recovery under the standard re- moval from test chamber followed by the measuremenr within 2 hrs. linearity coil temperature k 40 m 3 c duration 1000 m 24 hrs recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. cm temperature 85 m 2 c duration 500 fj 12, k 0 g hrs recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. f cm k ra g 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. f cm k rb g tlf temperature 85 m 2 c duration 500 hrs recovery at least 1hr of recovery under the standard re- moval from test chamber followed by the measuremenr within 2 hrs. linearity coil temperature 85 m 2 c duration 1000 m 24 hrs recovery 1 to 2hrs of recovery under the standard con- dition after the removal from test chamber. 26.high temperature life test appearance no abnormality inductance change refer to individual specification inductance change within m 15 l appearance no abnormality inductance change within m 20 l

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