design and specifications are each subject to change without notice. ask factory for the current technical specifications before purchase and/or use. should a safety concern arise regarding this product, please be sure to contact us immediately. aluminum electrolytic capacitors (smd type) 330 hd j capacitance (?) rated voltage code series identi?ation mark for lead-free products (black dot) lot number negative polaritymarking (? a?.2 w ( ) reference size l 0 d?.5 h b?.2 (i) k (p) (i) + 0.3 max. pressure relief ( 0 10 and larger) dimensions marking endurance : 105 c 5000 h vibration-proof product is available upon request. ( 0 8 mm and larger) rohs compliant features specii cations surface mount type series : hd type : v ? 6.3 v.dc to 35 v.dc : high temperature lead-free re ow (suffix : a ) 50 v.dc to 100 v.dc : standard lead-free re ow example : 6.3 v.dc 330 ? marking color : black category temperature range ?0 ? to +105 ? rated voltage range 6.3 v.dc to 100 v.dc capacitance range 1 ? to 1000 ? capacitance tolerance ?0 % (120 hz/+20 ?) leakage cur rent i < 0.01 cv or 3 (?) after 2 minutes (whichever is greater) dissipation factor (tan ) please see the attached characteristics list characteristics at low temperature v.dc 6.3 10 16 25 35 50 63 100 (impedance ratio at 120 hz) z(?5 ?)/z(+20 ?) 33222222 z(?0 ?)/z(+20 ?) 44333333 endurance after applying rated working voltage for 5000 hours at +105 ?? ? and then being stabilized at +20 ?, capacitors shall meet the following limits. capacitance change within ?0 % of the initial value tan < 300 % of the initial limit dc leakage current < initial speci ed value shelf life after storage for 1000 hours at +105 ?? ? with no voltage applied and then being stabilized at +20 ?, capacitors shall meet the limits speci ed in endurance. (with voltage treatment) capacitance change within ?0 % of the initial value tan < 200 % of the initial limit dc leakage current within the initial limit resistance to soldering heat after re ow soldering and then being stabilized at +20 ?, capacitors shall meet the following limits. capacitance change within ?0 % of the initial value tan within the initial limit dc leakage current within the initial limit aec-q200 aec-q200 compliant size code 0 d l a, b h i w p k b 4.0 5.8?.3 4.3 5.5 max. 1.8 0.65?.1 1.0 0.35 - 0.20 c 5.0 5.8?.3 5.3 6.5 max. 2.2 0.65?.1 1.5 0.35 - 0.20 d 6.3 5.8?.3 6.6 7.8 max. 2.6 0.65?.1 1.8 0.35 - 0.20 d8 6.3 7.7?.3 6.6 7.8 max. 2.6 0.65?.1 1.8 0.35 - 0.20 e 8.0 6.2?.3 8.3 9.5 max. 3.4 0.65?.1 2.2 0.35 - 0.20 f 8.0 10.2?.3 8.3 10.0 max. 3.4 0.90?.2 3.1 0.70?.20 g 10.0 10.2?.3 10.3 12.0 max. 3.5 0.90?.2 4.6 0.70?.20 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 frequency (hz) 50, 60 120 1 k 10 k to correction factor 0.70 1.00 1.30 1.70 frequency correction factor for ripple current (unit : mm) r. voltage (v.dc) 6.3 10 16 25 35 50 63 100 code j acevhj2a mar. 2016 05 downloaded from: http:///
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7 k h v l ] h d q g v k d s h d u h g l i i h u h q w i u r p v w d q g d u g s u r g x f w v 3 o h d v h l q t x l u h g h w d l o v r i r x u f r p s d q \ 6 l ] h f r g h ' ' ! 6 l ] h f r g h ( ) * + - . . ! 8 q l w 7 k h f l u f x l w e r d u g o d q g s d g s d w w h u q v l ] h i r u f k l s f d s d f l w r u v l v v s h f l i l h g l q w k h i r o o r z l q j w d e o h 7 k h o d q g s l w f k l q i o x h q f h v l q v w d o o d w l r q v w u h q j w k d q g f r q v l g h u l w b 7 d e o h r i e r d u g o d q g v l ] h y v f d s d f l w r u v l ] hc 8 q l w t 6 w d q g d u g s u r g x f w v t 9 l e u d w l r q s u r r i s u r g x f w v : k h q v l ] h n d | l v z l g h e d f n i l o o h w f d q e h p d g h g h f u h d v l q j i l w w l q j v w u h q j w k 6 l ] h f r g h ' ' ! b 7 d e o h r i e r d u g o d q g v l ] h y v f d s d f l w r u v l ] hc 8 q l w 6 l ] h f r g h ( ) * + - . ! : k h q v l ] h n $ | l v z l g h e d f n i l o o h w f d q e h p d g h g h f u h d v l q j i l w w l q j v w u h q j w k n 7 d n h p r x q w l q j f r q g l w l r q v v r o g h u d e l o l w \ d q g i l w w l q j v w u h q j w k l q w r f r q v l g h u d w l r q z k h q v h o h f w l q j s d u w v i r u \ r x u f r p s d q \ b v g h v l j q n 7 k h y l e u d w l r q s u r r i f d s d f l w r u v r i v l ] h k d v v x s s r u w w h u p l q d o v h [ w h q g l q j i u r p w k h e r w w r p v l g h w r w k h o h d g h g j h 7 k h q p d n h v x u h w r i l q g d s s u r s u l d w h v r o g h u l q j f r q g l w l r q v w r i r u p i l o o h w r q w k h v x s s r u w w h u p l q d o v l i u h t x l u h g i r u d s s h d u d q f h l q v s h f w l r q ? ? w r w r . / d q g 3 d g s d w w h u q ' 7 [ / c ' 7 [ / c t w r ? ? ? ? ? ? ? ? ? u ' u ? ? ? ' ? ? ( . + - $ % / 7 ' 6 l ] h f r g h : ) ) * , ? ? ? ? t w r + p d [ 3 w r w r w r t w r t w r 5 . ? ? ? ? ? ? ? ? ? u ? ? ? ? ? 7 ? ? ? ? 6 ) 7 [ / * 7 [ / + 7 ' 7 ' 7 [ / ( 7 [ / ? ? ? ? e 6 l ] h f r g h $ % ) ( ' & + - 7 . 7 ( 7 [ / * f ' l p h q v l r q v 9 l e u d w l r q s u r r i s u r g x f w v - 7 . 7 * 7 + 7 d 6 l ] h f r g h % 7 & 7 ) 7 [ / f d e e / d q g v s d f h & $ ( % * * + ' ) & $ % % ' ? ) + /
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design and specifications are each subject to change without notice. ask factory for the current technical specifications before purchase and/or use. should a safety concern arise regarding this product, please be sure to contact us immediately. aluminum electrolytic capacitors (smd type) characteristics list (6.3 v.dc to 35 v.dc) characteristics list (50 v.dc to 100 v.dc) endurance : 105 ? 5000 h endurance : 105 ? 5000 h rated voltage (v.dc) cap. ( 20 %) ( f) case size (mm) size code speci cation part no. re ow min. packaging q'ty 0 dl ripple current (120 hz) (+105 c) (ma r.m.s.) impedance (100 khz) (+20 ?) ( ) tan (120 hz) (+20 ?) taping (pcs) 50 1 4 5.8 b 7 12.0 0.12 eeehd1h1r0r (1) 2000 2.2 4 5.8 b 12 12.0 0.12 eeehd1h2r2r (1) 2000 3.3 4 5.8 b 16 12.0 0.12 eeehd1h3r3r (1) 2000 4.7 5 5.8 c 21 7.2 0.12 eeehd1h4r7r (1) 1000 10 6.3 5.8 d 33 4.0 0.12 eeehd1h100p (1) 1000 22 8 6.2 e 50 2.0 0.14 eeehd1h220p (2) 1000 33 8 10.2 f 74 1.5 0.14 eeehd1h330p (2) 500 47 10 10.2 g 94 0.8 0.14 eeehd1h470p (2) 500 100 10 10.2 g 94 0.8 0.14 eeehd1h101p (2) 500 63 10 8 6.2 e 45 2.0 0.18 eeehd1j100p (2) 1000 22 8 10.2 f 65 1.5 0.18 eeehd1j220p (2) 500 33 10 10.2 g 80 0.8 0.18 eeehd1j330p (2) 500 100 10 8 10.2 f 55 1.5 0.18 eeehd2a100p (2) 500 22 10 10.2 g 70 0.8 0.18 eeehd2a220p (2) 500 rated voltage (v.dc) cap. ( 20 %) ( f) case size (mm) size code speci cation part no. re ow min. packaging q'ty 0 dl ripple current (120 hz) (+105 c) (ma r.m.s.) impedance (100 khz) (+20 ?) ( ) tan (120 hz) (+20 ?) taping (pcs) 6.3 330 8 10.2 f 230 1.5 0.30 eeehd0j331ap (7) 500 1000 10 10.2 g 313 0.8 0.50 eeehd0j102ap (7) 500 10 100 8 6.2 e 62 2.0 0.30 eeehd1a101ap (7) 1000 220 8 10.2 f 160 1.5 0.30 eeehd1a221ap (7) 500 330 8 10.2 f 160 1.5 0.30 eeehd1a331ap (7) 500 16 10 4.0 5.8 b 28 12.0 0.20 eeehd1c100ar (5) 2000 22 5.0 5.8 c 39 7.2 0.20 eeehd1c220ar (5) 1000 47 6.3 5.8 d 70 4.0 0.20 eeehd1c470ap (5) 1000 100 8 10.2 f 130 1.5 0.20 eeehd1c101ap (7) 500 220 10 10.2 g 220 0.8 0.20 eeehd1c221ap (7) 500 470 10 10.2 g 340 0.8 0.20 eeehd1c471ap (7) 500 25 4.7 4 5.8 b 17 12.0 0.16 eeehd1e4r7ar (5) 2000 10 5 5.8 c 28 7.2 0.16 eeehd1e100ar (5) 1000 22 6.3 5.8 d 55 4.0 0.16 eeehd1e220ap (5) 1000 33 6.3 5.8 d 55 4.0 0.16 EEEHD1E330AP (5) 1000 47 8 6.2 e 56 2.0 0.18 eeehd1e470ap (7) 1000 100 8 10.2 f 130 1.5 0.16 eeehd1e101ap (7) 500 330 10 10.2 g 238 0.8 0.16 eeehd1e331ap (7) 500 35 4.7 4 5.8 b 17 12.0 0.13 eeehd1v4r7ar (5) 2000 10 5 5.8 c 28 7.2 0.13 eeehd1v100ar (5) 1000 22 6.3 5.8 d 55 4.0 0.13 eeehd1v220ap (5) 1000 33 86 . 2e 5 32 . 00 . 1 6 eeehd1v330ap (7) 1000 6.3 7.7 d8 57 2.0 0.13 eeehdv330xap (5) 900 47 6.3 7.7 d8 57 2.0 0.14 eeehdv470xap (5) 900 8 10.2 f 79 1.5 0.14 eeehd1v470ap (7) 500 100 10 10.2 g 101 0.8 0.14 eeehd1v101ap (7) 500 220 10 10.2 g 220 0.8 0.14 eeehd1v221ap (7) 500 if part number exceeds 12 digits, voltage code is abbrevi ated as follows; 0j j, 1a a, 1c c, 1e e, 1v v, ?please refer to the page of ?e ow pro le?and ?he taping dimensions? ?when requesting vibration-proof product, please put the last ??instead to ? mar. 2016 05 downloaded from: http:///
y , i \ r x z d q w w r x v h r x u s u r g x f w v g h v f u l e h g l q w k l v r q o l q h f d w d o r j i r u d s s o l f d w l r q v u h t x l u l q j v s h f l d o t x d o l w l h v r u u h o l d e l o l w \ r u i r u d s s o l f d w l r q v z k h u h w k h i d l o x u h r u p d o i x q f w l r q r i w k h s u r g x f w v p d \ g l u h f w o \ m h r s d u g l ] h k x p d q o l i h r u s r w h q w l d o o \ f d x v h s h u v r q d o l q m x u \ h j d l u f u d i w d q g d h u r v s d f h h t x l s p h q w w u d i i l f d q g w u d q v s r u w d w l r q h t x l s p h q w f r p e x v w l r q h t x l s p h q w p h g l f d o h t x l s p h q w d f f l g h q w s u h y h q w l r q d q w l f u l p h h t x l s p h q w d q g r u v d i h w \ h t x l s p h q w l w l v q h f h v v d u \ w r y h u l i \ z k h w k h u w k h v s h f l i l f d w l r q v r i r x u s u r g x f w v i l w w r v x f k d s s o l f d w l r q v 3 o h d v h h q v x u h w k d w \ r x z l o o d v n d q g f k h f n z l w k r x u l q t x l u \ g h v n d v w r z k h w k h u w k h v s h f l i l f d w l r q v r i r x u s u r g x f w v i l w w r v x f k d s s o l f d w l r q v x v h e h i r u h \ r x x v h r x u s u r g x f w v y 7 k h t x d o l w \ d q g s h u i r u p d q f h r i r x u s u r g x f w v d v g h v f u l e h g l q w k l v r q o l q h f d w d o r j r q o \ d s s o \ w r r x u s u r g x f w v z k h q x v h g l q l v r o d w l r q 7 k h u h i r u h s o h d v h h q v x u h \ r x h y d o x d w h d q g y h u l i \ r x u s u r g x f w v x q g h u w k h v s h f l i l f f l u f x p v w d q f h v l q z k l f k r x u s u r g x f w v d u h d v v h p e o h g l q \ r x u r z q s u r g x f w v d q g l q z k l f k r x u s u r g x f w v z l o o d f w x d o o \ e h x v h g y , i \ r x x v h r x u s u r g x f w v l q h t x l s p h q w w k d w u h t x l u h v d k l j k g h j u h h r i u h o l d e l o l w \ u h j d u g o h v v r i w k h d s s o l f d w l r q l w l v u h f r p p h q g h g w k d w \ r x v h w x s s u r w h f w l r q f l u f x l w v d q g u h g x q g d q f \ f l u f x l w v l q r u g h u w r h q v x u h v d i h w \ r i \ r x u h t x l s p h q w y 7 k h s u r g x f w v d q g s u r g x f w v s h f l i l f d w l r q v g h v f u l e h g l q w k l v r q o l q h f d w d o r j d u h v x e m h f w w r f k d q j h i r u l p s u r y h p h q w z l w k r x w s u l r u q r w l f h 7 k h u h i r u h s o h d v h e h v x u h w r u h t x h v w d q g f r q i l u p w k h o d w h v w s u r g x f w v s h f l i l f d w l r q v z k l f k h [ s o d l q w k h v s h f l i l f d w l r q v r i r x u s u r g x f w v l q g h w d l o e h i r u h \ r x i l q d o l ] h w k h g h v l j q r i \ r x u d s s o l f d w l r q v s x u f k d v h r u x v h r x u s u r g x f w v y 7 k h w h f k q l f d o l q i r u p d w l r q l q w k l v r q o l q h f d w d o r j s u r y l g h v h [ d p s o h v r i r x u s u r g x f w v
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v l q w h o o h f w x d o s u r s h u w \ u l j k w v d q g z h g r q r w j u d q w d q \ o l f h q v h u l j k w r u l q w h u h v w l q r x u l q w h o o h f w x d o s u r s h u w \ y , i d q \ r i r x u s u r g x f w v s u r g x f w v s h f l i l f d w l r q v d q g r u w h f k q l f d o l q i r u p d w l r q l q w k l v r q o l q h f d w d o r j l v w r e h h [ s r u w h g r u s u r y l g h g w r q r q u h v l g h q w v w k h o d z v d q g u h j x o d w l r q v r i w k h h [ s r u w l q j f r x q w u \ h v s h f l d o o \ z l w k u h j d u g w r v h f x u l w \ d q g h [ s r u w f r q w u r o v k d o o e h r e v h u y h g y 7 k h v z l w f k r y h u g d w h i r u f r p s o l d q f h z l w k w k h 5 r + 6 ' l u h f w l y h 5 ( $ & + 5 h j x o d w l r q v y d u l h v g h s h q g l q j r q w k h s d u w q x p e h u r u v h u l h v r i r x u s u r g x f w v y : k h q \ r x x v h w k h l q y h q w r u \ r i r x u s u r g x f w v i r u z k l f k l w l v x q f o h d u z k h w k h u w k r v h s u r g x f w v d u h f r p s o l d q w z l w k w k h 5 r + 6 ' l u h f w l y h 5 ( $ & + 5 h j x o d w l r q s o h d v h v h o h f w 6 d o h v , q t x l u \ l q w k h z h e v l w h l q t x l u \ i r u p d q g f r q w d f w x v : h g r q r w w d n h d q \ u h v s r q v l e l o l w \ i r u w k h x v h r i r x u s u r g x f w v r x w v l g h w k h v f r s h r i w k h v s h f l i l f d w l r q v g h v f u l s w l r q v j x l g h o l q h v d q g s u h f d x w l r q v g h v f u l e h g l q w k l v r q o l q h f d w d o r j * x l g h o l q h v d q g s u h f d x w l r q v u h j d u g l q j w k h g h v f u l e h g l q w k l v r q o l q h f d w d o r j 5 h j d u g l q j w k h & h u w l i l f d w h r i & r p s o l d q f h z l w k $ s u w h f k q l f d o l q i r u p d w l r q d q g x v h r i r x u s u r g x f w v w k h ( 8 5 r + 6 ' l u h f w l y h 5 ( $ & + 5 h j x o d w l r q v ! downloaded from: http:///
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