30kw transient voltage suppres sor scottsd a l e division 30kp33 thru 30kp400a w w w . mi c r o s e m i . c o m 3 0 k p 3 3 ? 3 0 k p 4 0 0 a k p 3 3 ? 3 0 k p 4 0 0 a descripti on appeara n c e these mi cro s emi 3 0 kw tran sie n t voltage sup p re ssors (t vss) a r e desi gne d for appli c ation s requiri ng prot ec tion of volt age-se nsitive ele c troni c device s that may be da maged by h a rsh o r severe voltag e transi ents inclu d ing lig h t ning pe r iec6100 0-4 - 5 a n d cla ss level s with vari ou s so urce impeda nces descri bed he rein. thi s serie s i s avail able i n 3 3 to 400 volt stand off voltages (v wm ) in both unidi re ctional and bi -dire c tional wi th either 5% or 10% tolera nces of the brea kd o w n volta ge (v br ). micro s emi al so offers num erous othe r t vs pro d u c ts to me et hi gher o r lo wer po wer deman ds a n d spe c ial ap plication s import a n t : f o r the most cur r e n t data, consult mi c r os e m i ? s w e bsite: http:// www .microsemi.com features a p p l i c at ions / be ne fi ts ? avail abl e in b o th uni d irecti on a l and bi directi o nal constructio n (bidirecti on al w i t h c or ca suffix) ? selecti ons for 33 to 40 0 volt standoff volta g e s v wm ? suppr esses tra n sie n ts up to 3 0 kw @ 10/10 00 s and 2 00 kw @ 8/20 s (see f i gur e 1) ? f a st response ? options for screen ing i n accor danc e w i th mil - prf - 195 00 for jan, jant x, jan t xv, an d jans are avail a b l e b y a d d in g mq, mx, mv, or msp prefixes respectively to part numbers. ? moisture cl assi fication is l e ve l 1 w i t h no dr y pack requ ired p e r ipc/jedec j-std-02 0b ? protection from s w itch in g tran sients an d in du ced rf ? protection from esd, and ef t per iec 610 00 -4-2 an d iec 6100 0-4- 4 ? secon dar y li gh tning pr otectio n per iec61 0 0 0 -4-5 w i t h 42 ohms sourc e impe danc e: class 1,2,3,4: 30kp33a - 30kp4 00a or ca class 5: 30kp33a - 30kp 400a or ca (s hort distanc e) class 5: 30kp33a - 3 0 k p 220a or ca (l ong d i stanc e) ? secon dar y li gh tning pr otectio n per iec61 0 0 0 -4-5 w i t h 12 ohms sourc e impe danc e: class 1,2, 3: 30kp33a to 30kp40 0 a or ca class 4: 30kp33a to 3 0 kp220a or ca ? secon dar y li gh tning pr otectio n per iec61 0 0 0 -4-5 w i t h 2 ohms source imped ance: class 2: 30kp3 3a to 30 kp400a or ca class 3: 30kp3 3 to 30k p220a or ca class 4: 30kp3 3 to 30k p110a or ca max i mu m rat ing s mechan ic al an d pa ckagin g ? peak puls e po w e r dissi pati o n at 25 o c: 30,000 w a tts at 10/1000 s (also se e f i gures 1 a nd 2) ? impulse re petiti on rate (dut y fa ctor): 0.05% ? t cl am pi ng (0 volts to v (b r) min.): < 100 ps theor etical for unid i rectio n a l an d < 5 ns for bid i rectio nal ? operatin g & storag e temper ature: -65 o c to + 150 o c ? t hermal resistance: 17.5 o c/ w junction to l ead, or 77.5 o c/w juncti on to ambi ent w h e n mount ed on f r 4 pc boar d w i t h 4 mm 2 cop per pa ds (1oz) and track w i dth 1 m m , length 25 m m ? stead y-state p o w e r d i ssip a tio n : 7 w a tts at t l = 27.5 o c, or 1.61 w a tts at t a = 2 5 o c w hen mo un te d on f r 4 pc bo ard descr ibe d for thermal res i stance ? f o r w a r d sur g e : 250 amps 8.3 ms half-sin e w a ve ? sold er temper atures: 260 o c for 10 s (maximum) ? case: void-free transfer mol ded therm o sett ing epo xy b o d y me eting u l 9 4 v-0 ? f i nish: t i n-l ead p l ate d rea d il y sol der abl e per mil- st d-750, method 20 26 ? marking: bod y mark ed w i t h part number ? polarit y : band d e n o tes cathod e. bidire ctiona l not marked for polarit y ? w e igh t : 1.8 grams. ? t ape & reel optio n: standa rd per eia-296 for axi a l packa ge (a dd ? t r? suffix to pa rt number) ? see pack a g e d i mensi on o n la st page m i cro semi scottsdale division 8700 e. thom as rd. po bo x 139 0, scottsdale, az 85252 usa, ( 4 8 0 ) 941- 6300, fax: (480) 947-1 503 page 1 cop y right ? 200 3 06-24- 2003 re v f
30kw transient voltage suppres sor scottsd a l e division 30kp33 thru 30kp400a w w w . mi c r o s e m i . c o m 3 0 k p 3 3 ? 3 0 k p 4 0 0 a elec tric al ch ara cteri s tic s rated st a n d- of f voltag e v wm breakd o w n voltage v (br) volts @ i (br) v (br) i (br) maximu m clamp i ng @ i pp 10/1000 s v c maximu m re v e rse leakag e @ v wm i d maximu m peak pulse current i pp maximu m v (br) tem p erat ure coef ficie n t vz part num b er vo l t s vo l t s m a v o l t s am p s am p s m v / o c 30k p 33 30k p 33a 30k p 36 30k p 36a 33 33 36 36 36. 7- 44. 9 36. 7- 40. 6 40. 0- 48. 9 40. 0- 44. 2 50 50 50 50 64. 6 58. 6 68. 2 61. 8 500 0 500 0 500 0 500 0 496 548 454 502 42 38 46 41 30k p 40 30k p 40a 30k p 43 30k p 43a 40 40 43 43 44. 4- 54. 3 44. 4- 49. 1 47. 8- 58. 4 47. 8- 52. 8 20 20 10 10 75. 8 68. 6 79. 0 71. 0 150 0 150 0 500 500 412 456 380 430 51 46 55 50 30k p 45 30k p 45a 30k p 48 30k p 48a 45 45 48 48 50. 0- 61. 1 50. 0- 55. 3 53. 3- 65. 1 53. 3- 58. 9 5 5 5 5 80. 7 73. 0 85. 9 77. 7 150 150 150 150 372 410 350 386 57 52 62 56 30k p 51 30k p 51a 30k p 54 30k p 54a 51 51 54 54 56. 7- 69. 3 56. 7- 62. 7 60. 0- 73. 3 60. 0- 66. 3 5 5 5 5 91. 5 82. 8 96. 8 87. 5 50 50 25 25 328 362 310 342 66 60 70 63 30k p 58 30k p 58a 30k p 60 30k p 60a 58 58 60 60 64. 4- 78. 7 64. 4- 71. 2 66. 7- 81. 5 66. 7- 73. 7 5 5 5 5 104 94. 0 107 97. 3 15 15 15 15 288 320 280 304 76 68 78 71 30k p 64 30k p 64a 30k p 70 30k p 70a 64 64 70 70 71. 1- 86. 9 71. 1- 78. 6 77. 8- 95. 1 77. 8- 86. 0 5 5 5 5 115 104 126 114 10 10 10 10 260 288 238 264 84 76 92 83 30k p 75 30k p 75a 30k p 78 30k p 78a 75 75 78 78 83. 3- 10 2.0 83. 3- 92. 1 86. 7- 10 6.0 86. 7- 95. 8 5 5 5 5 135 122 140 126 10 10 10 10 222 246 214 238 100 89 104 93 30k p 85 30k p 85a 30k p 90 30k p 90a 85 85 90 90 94. 4- 11 5 94. 4- 10 4 100 - 1 22 100 - 1 11 5 5 5 5 152 137 160 146 10 10 10 10 198 218 188 206 113 102 120 109 3 0 kp1 00 3 0 kp1 00 a 3 0 kp1 10 3 0 kp1 10 a 100 100 110 110 111 - 1 36 111 - 1 23 122 - 1 49 122 - 1 35 5 5 5 5 179 162 196 178 10 10 10 10 168 186 154 168 134 121 147 133 3 0 kp1 20 3 0 kp1 20 a 3 0 kp1 30 3 0 kp1 30 a 120 120 130 130 133 - 1 63 133 - 1 47 144 - 1 76 144 - 1 59 5 5 5 5 214 193 231 209 10 10 10 10 140 156 130 142 161 145 174 157 3 0 kp1 50 3 0 kp1 50 a 3 0 kp1 60 3 0 kp1 60 a 150 150 160 160 167 - 2 04 167 - 1 85 178 - 2 18 178 - 1 97 5 5 5 5 268 243 287 259 10 10 10 10 112 124 104 116 202 183 216 195 3 0 kp1 70 3 0 kp1 70 a 3 0 kp1 80 3 0 kp1 80 a 170 170 180 180 189 - 2 31 189 - 2 09 200 - 2 44 200 - 2 21 5 5 5 5 304 275 321 291 10 10 10 10 98 110 94 104 229 207 242 219 3 0 kp2 00 3 0 kp2 00 a 3 0 kp2 20 3 0 kp2 20 a 200 200 220 220 222 - 2 71 222 - 2 45 245 - 2 99 245 - 2 71 5 5 5 5 356 322 393 356 10 10 10 10 84 94 76 84 269 243 297 269 3 0 kp2 50 a 3 0 kp2 60 a 3 0 kp2 80 a 3 0 kp3 00 a 250 260 280 300 278 - 3 08 289 - 3 20 311 - 3 45 333 - 3 69 5 5 5 5 403 419 451 483 10 10 10 10 74 71 66 62 306 318 344 368 3 0 kp3 50 a 3 0 kp4 00 a 350 400 389 - 4 31 444 - 4 92 5 5 564 644 10 10 53 46 430 490 n o t e : f o r bi dir e ctio na l c o n s t r u c ti o n , i n di ca te a c or c a suffix aft e r th e pa rt numb e r . m i cro semi scottsdale division 8700 e. thom as rd. po bo x 139 0, scottsdale, az 85252 usa, ( 4 8 0 ) 941- 6300, fax: (480) 947-1 503 page 2 cop y right ?
30kw transient voltage suppres sor m i cro semi scottsdale division 8700 e. thom as rd. po bo x 139 0, scottsdale, az 85252 usa, ( 4 8 0 ) 941- 6300, fax: (480) 947-1 503 page 3 cop y right ? w w w . mi c r o s e m i . c o m scottsd a l e division 30kp33 thru 30kp400a 3 0 k p 3 3 ? 3 0 k p 4 0 0 a k p 3 3 ? 3 0 k p 4 0 0 a sy mbol s & defin i ti ons sy m b o l d e f i n i t i o n v br minimum bre a k do w n v o lta g e : t he minimu m voltage the devic e w i l l e x hi bit at a specifi e d current. v rw m w o rking pe ak revers e volta ge: t he maxi mum peak vo ltage that ca n b e app lie d over the oper atin g temperatur e ra nge. v f maximum for w ard voltage: t he max i mum for w ard volt ag e the devic e w i ll e x hi bit at a specifi ed curre n t. i r maximum l eak age c u rrent: the ma xim u m le akag e curre nt that w ill fl o w at the spec ifie d vo ltage a nd temperatur e. c cap a citanc e: t he capacitanc e of the t v s as define d @ 0 volts at a frequ enc y of 1 mhz and state d in picofar ads. outlin e a n d ci rcu i t p pp ? peak pulse p o w er - kw tp ? pulse time - sec figure 2 figure 1 pulse wav e form peak puls e power vs . pulse time dimen s io ns c ? capacita n ce - pic o fara ds v (b r) - breakdo w n vo lta g e ? vo lts figure 3 typical capa citan c e vs. breakdo wn voltage
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