6 f k r r o k r x v h / d q h 3 r u w v p r x w k 5 , 7 h o ) d [ h p d l o l p v # l p v u h v l v w r u v f r p k w w s z z z l p v u h v l v w r u v f r p ) h d w x u h v 7 k l q i l o p w h f k q r o r j \ ) x o o : u d s d u r x q g 1 l f n h o % d u u l h u i r u h [ f h o o h q w v r o g h u d e l o l w \ 5 h v l v w d q f h y d o x h v i u r p r k p w r 0 h j r k p 7 r o h u d q f h v w r 6 w d q g d u g 7 & 5 w r s s p r & s s p r & d q g s s p r & d y d l o d e o h d v v s h f l d o r u g h u 7 3 , r q o \ 7 k l q ) l o p : u d s d u r x q g 6 x u i d f h 0 r x q w & k l s 5 h v l v w r u v 7 k h l p v 7 3 , v h u l h v r i w k l q i l o p z u d s d u r x q g v x u i d f h p r x q w f k l s u h v l v w r u v l v l g h d o i r u d s s o l f d w l r q v u h t x l u l q j s u h f l v l r q d q g u h o l d e l o l w \ 7 k l q i l o p w h f k q r o r j \ h q v x u h v d s u h f l v h v w d e o h g h y l f h d w d y h u \ d i i r u g d e o h s u l f h 7 k h z u d s d u r x q g w h u p l q d w l r q v l q f o x g h d q l f n h o e d u u l h u o d \ h u w k d w s u r y l g h v h [ f h o o h q w v r o g h u d e l o l w \ d q g p h f k d q l f d o l q w h j u l w \ 7 k h v h g h y l f h v k d y h w k h i r o o r z l q j i h d w x u h v ? 3 u h f l v l r q q l f k u r p h w k l q i l o p u h v l v w r u h o h p h q w ? $ o 2 v x e v w u d w h p d w h u l d o ? 1 l f n h o e d u u l h u o d \ h u i r u h [ f h o o h q w v r o g h u d e l o l w \ d q g p h f k d q l f d o l q w h j u l w \ ? 7 r o h u d q f h v w r ? ? 8 o w u d o r z q r l v h u h v l v w r u i l o p ? 3 r o \ l p l g h s d v v l y d w l r q r i u h v l v w r u h o h p h q w ? $ y d l o d e o h r q w d s h d q g u h h o 7 3 , d o v r d y d l o d e o h l q e x o n 7 h u p l q d w l r q v ) x o o z u d s d u r x q g w h u p l q d w l r q 6 r o g h u s o d w h g q l f n h o e d u u l h u 5 h v l v w d q f h 5 d q j h v 6 w d q g d u g 3 d u w q x p e h u 7 3 , 1 $ 7 w r . 7 7 3 , 7 w r . 7 7 w r . 7 7 3 , 7 w r 0 7 7 w r 0 7 7 3 , 7 w r 0 7 7 w r 0 7 / r z 2 k p v ( y d o x h v r q o \ 3 d u w q x p e h u 7 3 , 7 w r 7 7 w r 7
50 schoolhouse lane portsmouth, ri 02871 tel (401) 683-9700 fax (401) 683-5571 e-mail: ims@ims-resistors.com http://www.ims-resistors.com part number l ength width height terminal tpi-0402 0.039 .002 0.020 .002 0.016 max. 0.008 .004 tpi-0603 0.063 .008 0.031 .008 0.022 max. 0.012 .008 tpi-0805 0.079 .008 0.049 .008 0.026 max. 0.014 .010 tpi-1206 0.124 .010 0.063 .008 0.026 max. 0.020 .012 tcr characteristics operating temperature -55 o cto+125 o c short time overload 0.5% + 0.0 ? max. terminal strength 0.5% + 0.0 ? max. solder heat resistance 0.5% + 0.0 ? max. solderability 95% minimum coverage temperature cycle 0.5% + 0.0 ? max. load life 0.5% + 0.0 ? max. current noise -38 db to -30 db typical maximum working voltage 0402 25vdc 0603 75 vdc 0805 low ohms 1.3 vdc 0805 100 vdc 1206 150 vdc rated power (70c) 0402, 0603 63 mw 0805 (low ohms) 250 mw 0805 (standard) 100 mw 1206 125 mw resistance tolerances 0805 low ohms 1%, 5% 0402, 0603, 0805 0.5%, 0.1% (except 0402) 1206 0.1% specifications dimensions tpi-0603 50 ppm/ o c10 ? to 97.6 ? 25 ppm/ o c100 ? to 360k ? tpi-0805 50 ppm/ o c10 ? to 97.6 ? 25 ppm/ o c100 ? to 1m ? 10 ppm/ o c100 ? to 100k ? 5ppm/ o c100 ? to 33k ? tpi-1206 50 ppm/ o c10 ? to 49.9 ? 25 ppm/ o c51 ? to 1m ? 10 ppm/ o c100 ? to 200k ? 5ppm/ o c511 ? to 200k ? wraparound ordering information form factor 0402 0603 0805* 1206* * add v for 5 ppm add n for 10 ppm (0805, 1206 size only) resistance value the first three digits are significant values. the fourth is the number of zeroes following. the r indicates a decimal point for values less than 1 ? . tpi -1206 - 97r6 d tolerance b = 0.1% d = 0.5% f=1% j=5% thin-film wraparound nickel barrier 100% matte tin tpi-0402 100 ppm/ o c10 ? to 97.6 ? 25 ppm/ o c100 ? to 100k ? example: 97. ? , 0.5% 1206 resistor tpi ver.7 05/08 specifications subject to change without notice. l t w h
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