^zml-condilctoi l/^iodueti, one. 2 0 ster n ave. springfield , ne w jerse y 0708 1 u.s.a . telephone : (973 ) 376-292 2 (212)227-600 5 fax : (973 ) 376-896 0 30k p serie s v r : 2 6 - 40 0 volt s pp k : 30,00 0 watt s transien t voltag e suppresso r features : * glas s passivate d junctio n chi p * excellen t clampin g capabilit y * fas t respons e tim e * lo w leakag e curren t " p b / roh s fre e mechanica l dat a * cas e : void-fre e molde d plasti c bod y * epox y : ul94v- 0 rat e flam e retardan t * lea d : axia l lea d solderabl e pe r mil-std-202 , metho d 20 8 guarantee d * polarit y : colo r ban d denotes cathod e en d excep t bipolar . * mountin g positio n : an y * weight : 2. 1 gram s maximu m rating s (t a = 2 5 c ) d 6 0.360(9.1 ) 0.34 0 (8.6 ) 1.00(25.4 ) min . 0.052(1.32 ) 0.048(1.22 ) 0.360(9.1 ) 0.34 0 (8.6 ) 1.00(25.4 ) min . dimension s i n inche s an d ( millimeter s ratin g pea k puls e powe r dissipatio n (1 0 x 1000ps , se e fig . 2 ) stead y stat e powe r dissipatio n operatin g an d storag e temperatur e rang e symbo l pp k p d tj , t st o valu e 30,00 0 7 -5 5 to + 17 5 uni t ww c c 0 ) fig . 1 - puls e deratin g curv e c => - = < u o o)12 5 i _ f c -7 t k e q _ 0 ) d . m d 7 5 ra o i: ' q - ~ 5 0 electrica l characteristic s (ratin g a t 2 5 c ambien t temperatur e unles s otherwis e specified ) par t numbe r (unl-directional ) 30kp2630kp26 a 30kp2 8 30kp28 a 30kp3 0 30kp30 a 30kp3 3 30kp33 a 30kp3 6 30kp36 a 30kp3 9 30kp39 a 30kp4 0 30kp40 a 30kp4 3 30kp43 a 30kp4 5 30kp45 a 30kp4 8 30kp48 a 30kp5 1 30kp51 a 30kp5 4 30kp54 a ! 30kp5 8 : 30kp58 a 30kp6 0 30kp60 a 30kp6 4 30kp64 a 30kp7 0 30kp70 a 30kp7 5 30kp75 a 30kp7 8 30kp78 a 30kp8 5 30kp85 a 30kp9 0 30kp90 a 30kp10 0 30kp100 a 30kp11 0 30kp110 a par t numbe r (bi-directional ) 30kp26 c 30kp26c a 30kp28 c 30kp28ca 30kp30 c 30kp30c a 30kp33 c 30kp33c a 30kp36 c 30kp36ca 30kp39 c 30kp39c a 30kp40 c 30kp40c a 30kp43 c 30kp43c a 30kp45 c 30kp45c a 30kp48 c 30kp48c a 30kp51 c 30kp51c a 30kp54 c 30kp54c a 30kp58 c 30kp58ca 30kp60 c 30kp60c a 30kp64 c 30kp64c a 30kp70 c 30kp70c a 30kp75 c 30kp75c a 30kp78 c 30kp78c a 30kp85 c 30kp85ca 30kp90 c 30kp90c a 30kp100 c 30kp100c a 30kp110 c 30kp110c a revers e stan d of f voltag e vw m (v ) 2 6 2 6 2 8 2 8 3 0 3 0 3 3 3 3 3 6 3 6 3 9 3 9 4 0 4 0 4 3 4 3 4 5 4 5 4848 5 1 5 1 5 4 5 4 5 8 5 8 6 0 6 0 6 4 6 4 7 0 7 0 7 5 7 5 7 8 7 8 8 5 8 5 9 0 9 0 10 0 10 0 11 0 11 0 breakdo w voltag e @ v b r (v ) mm . max . 28. 9 35. 3 28. 9 31. 9 31. 1 38. 0 31. 1 34. 4 33. 3 40. 7 33. 3 66. 9 36. 7 44. 9 36. 7 40. 6 40. 0 48. 9 40. 0 44. 2 43. 6 53. 2 43. 6 48. 2 44 4 54 3 44. 4 49. 1 47. 8 58. 4 47. 8 52. 8 50. 0 61. 1 50. 0 55. 3 53. 3 65. 1 53. 3 58. 9 56. 7 69. 3 56. 7 62. 7 60. 0 73.3 60. 0 66. 3 64. 4 78. 7 64. 4 71. 2 66. 7 81. 5 66. 7 73. 7 71. 1 86. 9 71. 1 78 6 77 8 95 1 77. 8 86. 0 83. 3 10 2 83. 3 92. 1 86. 7 10 6 86. 7 95. 8 94. 4 11 5 94. 4 10 4 10 0 12 2 10 0 11 1 11 1 13 6 11 1 12 3 12 2 14 9 12 2 13 5 i (br ) i(br ) (ma ) 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 2 0 2 0 2 0 2 0 1 0 1 0 55 5 5 55 55 55 5 55 5 55 5 5 5 5 5 55 5 5 5 5 5 maximu m maximu m reverse clampin g leakag e @ v w m voltag e @ i p p i d v c ( m a ) (v ) 1000 0 48. 7 1000 0 ; 44. 0 800 0 ; 52. 4 800 0 ' 47 5 800 0 56. 2 800 0 50. 7 500 0 64. 6 500 0 58. 6 500 0 68. 2 500 0 ; 61. 8 2000 i 69. 1 2000 ! 67 2 150 0 75. 8 150 0 ; 68. 6 50 0 i 79, 0 50 0 71. 0 15 0 80.7 15 0 73. 0 15 0 85. 9 15 0 77. 7 5 0 91. 5 5 0 82. 8 25 96. 8 2 5 87, 5 1 5 | 10 4 1 5 i 9 4 1 5 : 10 7 1 5 ; 97 3 1 0 ' 11 5 1 0 1 0 4 1 0 12 6 1 0 11 4 1 0 13 5 1 0 12 2 1 0 , 14 0 1 0 ; 12 6 1 0 15 2 1 0 13 7 1 0 16 0 1 0 i 14 6 1 0 17 9 1 0 ; 16 2 1 0 19 6 1 0 17 8 maximu m pea k puls e curren t "ipp " (a ) 61 6 68 2 572 63 2 53 4 59 2 49 6 54 8 45 4 50 2 43 4 45 1 41 2 45 6 380 ~ 43 0 37 2 41 0 35 0 38 6 32 8 36 2 31 0 34 2 28 8 32 0 " 28 0 30 4 26 0 28 8 23 8 26 4 22 2 24 6 21 4 23 8 19 8 21 8 18 8 20 6 16 8 18 6 15 4 16 8 maximu m v (br ) temperatur e coefficien t - ? - q v(br ) (mv/c ) 3 2 2 9 3 5 3 1 3 7 3 3 4 2 3 8 4 6 4 1 48 4 3 5 1 4 6 5 5 5 0 5 7 5 2 6 2 5 6 6 6 " " 6 0 7 0 6 3 7 6 ' 6 8 ' 7 8 7 1 8 4 7 6 9 2 8 3 10 0 8 9 10 4 9 3 11 3 10 2 12 0 10 9 13 4 12 1 14 7 13 3 downloaded from: http:///
electrica l characteristic s (ratin g a t 2 5 c ambien t temperatur e unles s otherwis e specified ) par t numbe r (uni-directional ) 30kp12 0 30kp120 a i 30kp13 0 30kp130 a sokpiso 30kp150 a 30kp16 0 30kp160 a 30kp17 0 30kp170 a 30kp18 0 30kp180 a 30kp20 0 par t numbe r (bi-directional ) 30kp120 c 30kp120c a 30kp130 c 30kp130c a 30kp150 c 30kp150c a 30kp160 c 30kp160c a 30kp170 c 30kp170c a 30kp180 c revers e stan d of f voltag e vw m (v ) 12 0 12 0 13 0 13 0 15 0 15 0 16 0 16 0 17 0 l7 6 18 0 breakdow n maximu m maximu m voltag e @ i (br ) revers e '? ? clampin g leakag e @ v w m voltag e @ i p p v b r (v ) min . max . 13 3 16 3 13 3 14 7 14 4 17 6 14 4 15 9 16 7 *~20 4 16 7 18 5 "77 8 21 8 17 8 19 7 18 9 23 1 18 9 209" " 20 0 " 244~ " 30kp180c a 18 0 20 0 22 1 30kp200 c 30kp200 a j 30kp200c a 30kp22 0 30kp220 c 30kp22b a 30kp220c a 30kp25 0 30KP250 c 30KP250 a 30kp26 0 30kp260 a 30kp28 0 30kp280 a 30kp30 0 : 30kp300 a 30kp32 0 30kp320 a 30kp35 0 30kp350 a 30kp36 0 30kp360 a 30kp40 0 30kp400 a 30KP250c a 30kp260 c 30kp260c a 30kp280 c 30kp280c a 30kp300 c 30kp300c a 30kp320 c 30kp320c a 30kp350 c 30kp350c a 30kp360 c 30kp360c a 30kp400 c 30kp400c a 20 0 20 0 22 0 22 0 " ~ 25 0 222 271 22 2 24 5 24 5 29 9 " 24 5 27 1 27 8 ~33l t 25 0 __! _ 27 8 30 8 26 0 ^ 28 9 35 3 26 0 " t 28 9 32 0 28 0 28 0 30 0 30 0 32 0 32 0 35 0 35 0 36 0 36 0 40 0 40 0 31 1 37 9 31 1 34 5 33 3 40 6 33 3 36 9 35 6 43 4 ~356 ~ 39 2 '(br ) i d v c (ma ) , ( m a ) (v ) 5 ' 16' " ? 21 4 maximu m pea k puls e curren t ip p (a ) 14 0 5 i 1 0 19 3 15 6 5 ] 1 0 23 1 13 0 5 1 0 20 9 i 14 2 5 ? 1 0 26 8 f 11 2 5 i 1 0 24 3 5 t 1 0 28 7 5 1 0 ! 25 9 ^ 5 1 0 30 4 "" 5 1 0 27 5 5 1 0 i 32 1 5 1 0 29 1 5 1 0 35 6 5 1 0 ! 32 2 5 1 0 39 3 5 1 0 " " 35 6 5 1 0 : 44 1 5 .1 0 40 3 5 1 0 i 46 0 5 1 0 ~ 41 9 5 , 1 0 49 8 5 1 0 '? 45 1 5 1 0 53 5 5 1 0 1 48 3 5 1 0 588~" ~ 5 1 0 53 0 38 9 47 5 5 1 0 63 7 38 9 43 1 5 1 0 56 4 40 0 48 8 5 1 0 | 63 5 40 0 43 6 5 1 0 56 7 44 4 54 2 5 1 0 73 0 44 4 49 2 5 1 0 64 4 12 4 10 4 11 6 9 8 11 0 9 4 10 4 8 4 9 4 ~7 6 8 4 6 8 7 4 6 5 7 1 6 0 6 6 5 6 6 2 5 1 5 7 4 7 5 3 4 7 5 3 4 1 .. . . 4 6 . maximu m v (br ) temperatur e coefficien t dv(br ) (mv/c ) 16 1 14 5 17 4 15 7 20 2 18 3 : 21 6 19 5 22 9 20 7 """ ' 24 2 21 9 26 9 24 3 29 7 26 9 33 4 30 6 i 34 6 ; 31 8 37 2 34 4 39 6 i 36 8 ! 39 8 " 37 0 45 8 ~~ 1 43 0 40 8 38 0 51 8 49 0 not e : (1 ) fo r bidirectiona l typ e havin g v w m o f 6 0 volt s an d less , th e i d limi t i s double . fig . 3 - pea k puls e powe r vs . puls e i,ooo | fig . 4 - typica l capacitanc e vs . breakdow n voltag e o q . c l 1 0 ^ . ^ c o 0 ) q . 0 . 1. 0 q - 100n s 1,0n s ' , _ vm s iuui.l s jm s t d puls e time - se c 10m s 10.00 0 c - capacitanc e (pp ; 5 8 " 8 5 0 0 = me a : sta n ^ sue d a t d-of f v o :: : -^ ... -.2 \ ! ! > tag e ^ --| /leasue d a t er o bia s ^ \ 1 0 10 0 vb r - breakdow n voltag e - volt s 1,00 0 downloaded from: http:///
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