^s.rni-conduako't lpioducti, {j nc. 1n6o3 6 thr u 1n6072 a 2 0 ster n ave . springfield , ne w jerse y 0708 1 u.s.a . feature s ? 150 0 watt s pea k powe r dissipatio n ? availabl e i n standof f voltage s fro m 5.5 v t o 185 v ? 00-1 3 hermeticall y seale d packag e ? bidirectiona l ? u l recognize d (1n6070a ) descriptio n thes e ta z device s ar e a serie s o f bidirectiona l silico n transien t suppressor s use d i n a c applications where larg e voltag e transient s ca n permanentl y damag e voltage-sensitiv e components . thes e device s ar e manufacture d usin g tw o silico n pn , lo w voltag e junctio n i n a bac k t o bac k configuration . the y ar e characterize d b y thei r hig h surg e capability , extremel y fast respons e time , an d lo w impedance , (r on ) . ta z ha s a pea k puls e powe r ratin g o f 150 0 watt s fo r on e millisecon d an d there - for e ca n b e use d i n application s wher e induce d lightnin g o n rura l o r remot e transmissio n line s represent s a hazar d t o electroni c circuitry . th e respons e tim e o f ta z clampin g actio n i s les s tha n (5 x 1 0 m ) sec ; therefore , the y ca n protec t integrated circuits , mo s devices , hybrids , an d othe r voltage-sensitiv e semi - conductor s an d components . thi s serie s o f device s ha s bee n prove n ver y effectiv e a s em p suppressors . maximu m rating s 150 0 watt s o f pea k pulse powe r dissipatio n a t 25 c tclampin * ( 0 volt s t o v ( br > min) : les s tha n 5 x 10- 9 second s operatin g an d storag e temperature s -65 c t o + 175 c stead y stat e powe r dissipation : 1. 0 watt s a t t l = 25c , 3/8 " fro m body . repetitio n rat e (dut y cycle) : .01 % electrica l characteristic s clampin g factor : 1.3 3 @ ful l rate d powe r 1.2 0 @ 50 % rate d powe r clampin g factor : th e rati o o f th e actua l vr j (clampin g voltage ) t o th e ) (breakdow n voltage ) a s measure d o n a specifi c device . 100 0 i m q . c 10,00 0 1,00 0 100 0 100n s %se c looyse c im s idm s 100m s i p pul m tim * figur e 1 8 6 telephone : (973 ) 376-292 2 (212)227-600 5 fax : (973 ) 376-896 0 bidirectiona l transien t absorptio n zene r .23 5 _ mm . 54 7 dia , |mm | 1 0 max . dm . ih max . di a (mm ) 2 1 mai . 5 3 3 max . (mm ) 100 0 mechanica l characteristic s standar d do-1 3 package , glas s an d meta l hermeticall y seale d weight : 1. 5 gram s (approximate ) finish : al l externa l surface s ar e corrosio n resistan t an d lead s solderahle . polarity : bidirectiona l no t marked , mountin g position : any . bv : breakdow n voltag e i n volt s figur e 2 typica l capacitanc e vs . breakdow n voltag e n. i .semi- t urn/utter s reserve s th e righ t i n chang e tel l conditions , paramete r limit s an d packug e dimension s withou t notic e informatio n fiinrnhe d b y n l scmr- c undutlor s i t believe d t o h e bot h accurat e an d reliabl e .i t th e lim e o f goin g t o press . howeve r \ sem i c oiijutltir i .ijmiiiic s n o revpoiisibilif y fu r ;m > erfit m i t i'lnivsinn s jisuuvvre d i n it * us e m stini 1n6o3 6 thr u 1n6o72 a electrica l characteristic s @ 25c(tes t bot h polarities ) rule d stan d - o voltag e (not e i ) irnr r typ e v ? m numbe r volt s 1n603 6 5. 5 ?1n6036 a 6. 0 1n603 7 6. 5 ?1n6037 a 7. 0 1n603 8 7. 0 ?1n6038 a 7. 5 1n603 9 8. 0 ?1n6039 a 8. 5 1n604 0 8. 5 ?1n6040 a 9. 0 1n604 1 9. 0 ?1n6041 a 10. 0 1n604 2 10. 0 ?1n6042 a 11. 0 1n604 3 11. 0 ?1n6043 a 12. 0 1n604 4 12. 0 ?1n6044 a 13. 0 1n604 5 14. 0 ?1n6045 a 15. 0 1n604 6 16. 0 ?1n6046 a 17. 0 1n604 7 17. 0 "1n6047 a 18. 0 1n604 8 19. 0 ?1n6048 a 20. 0 1n604 9 21. 0 ?1n6049 a 22. 0 1n605 0 24. 0 ?1n6050 a 25. 0 1n605 1 26. 0 ?1n6051 a 28. 0 1n605 2 29 0 ?1N6052 a 30. 0 1n605 3 31. 0 ?1n6053 a 33. 0 1n605 4 34. 0 ?1n6054 a 36 0 1n605 5 38 0 ?1n6055 a 40. 0 1n605 6 41. 0 ?1n6056 a 43. 0 1n605 7 45. 0 ?1n6057 a 47. 0 1n605 8 48. 0 ?1n6058 a 53. 0 1n605 9 55. 0 "1n6059 a 56. 0 1n606 0 60 0 ?1n6060 a 64. 0 1n606 1 66. 0 ?1n6061 a 70. 0 1n606 2 73. 0 mn6062 a 75. 0 1n606 3 81. 0 ?1n6063 a 82. 0 1n606 4 90. 0 ?1n6064 a 94. 0 1n606 5 95. 0 mn6065 a 100. 0 1n606 6 105. 0 ?1n6066 a 110. 0 1n606 7 121. 0 ?1n6067 a 128. 0 1n606 8 137. 0 ?1n6068 a 145. 0 1n606 9 145 0 ?1n6069 a 150. 0 1n607 0 155. 0 ?1n6070 a 160. 0 1n607 1 165. 0 mn6071 a 170. 0 in607 2 175. 0 '1n6072 a 185. 0 breakdow n voltag e v(br ) @ i t volt s m a 6.7 5 - 8.2 5 1 0 7.1 3 ? 7.8 8 1 0 7.3 8 ? 9.0 2 1 0 7.7 9 - 8.6 1 1 0 8.1 9 ? 10.0 0 1 0 8.6 5 - 9.5 5 1 0 9. 0 - 11. 0 1 9. 5 - 10. 5 1 9. 9 - 12. 1 1 10. 5 - 11. 6 1 10. 8 - 13. 2 1 11. 4 - 12. 6 1 11. 7 ? 14. 3 1 12. 4 ? 13. 7 1 13. 5 ? 16. 5 1 14. 3 ? 15. 8 1 14. 4 - 17. 5 1 15. 2 ? 16. 8 1 16. 2 ? 19. 8 1 17. 1 - 18. 9 1 18. 0 - 22. 0 1 19. 0 -21. 0 1 19. 8 24. 2 1 20 9 -23. 1 1 21. 6 ? 26. 4 1 22 8 - 25. 2 1 24. 3 ? 29. 7 1 25. 7 - 28. 4 1 27. 0 ? 33. 0 1 28. 5 - 31. 5 1 29. 7 ? 36. 3 31. 4 - 34. 7 32. 4 39. 6 34. 2 ? 37. 8 35. 1 ? 42. 9 37. 1 - 41. 0 38. 7 - 47. 3 1 40. 9 - 45. 2 1 42. 3 -51. 7 1 44. 7 ? 49. 4 1 45. 9 -56. 1 1 48. 5 ? 53. 6 1 50. 4 -61. 6 1 53. 2 - 58. 8 1 55, 8 - 68. 2 1 58. 9 - 65. 1 1 61. 2 ? 74. 8 1 64. 6 ? 71. 4 1 67. 5 - 82. 5 1 71. 3 - 78. 8 1 73. 8 - 90. 2 1 77. 9 - 86. 1 1 81. 9 - 100. 0 1 86. 5 ? 95. 5 1 90. 0 ? 110. 0 1 95. 0 - 105. 0 1 99. 0 - 121. 0 1 105. 0 - 116. 0 1 108. 0 ? 132. 0 1 114. 0 - 126. 0 1 117. 0 - 143. 0 1 124. 0 - 137. 0 1 135. 0 - 165. 0 1 143. 0 ? 158. 0 1 153. 0 - 187. 0 1 162. 0 - 179. 0 1 162. 0 ? 198. 0 1 171. 0 - 189. 0 1 171. 0 ? 210. 0 1 181. 0 200. 0 1 180. 0 220. 0 1 190. 0 ? 210. 0 1 198. 0 - 242. 0 1 209. 0 ? 231. 0 1 maximu m clampir v voltag e * ' 'p p ( 1 msec ) v c volt s 11. 7 11. 3 12. 5 12. 1 13. b 13. 4 15. 0 14. 5 16. 2 15. 6 17. 3 16. 7 19. 0 18 2 22. 0 21. 2 23. 5 22. 5 26. 5 25. 2 29. 1 27. 7 31. 9 30. 6 34. 7 33. 2 39. 1 37. 5 43. 5 41. 4 47. 7 45. 7 52. 0 49. 9 56. 4 53. 9 61. 9 59. 3 67. 8 64. 8 73. 5 70. 1 80. 5 77. 0 89. 0 85. 0 98. 0 92. 0 108. 0 103. 0 118. 0 113. 0 131. 0 125. 0 144. 0 137. 0 158. 0 152. 0 176. 0 168. 0 191. 0 182. 0 223. 0 213. 0 258. 0 245. 0 274, 0 261. 0 292. 0 278. 0 308. 0 294. 0 344. 0 328. 0 maximu m revers e leakag e <>v r m 'r m ha 100 0 100 0 50 0 50 0 20 0 20 0 5 0 5 0 1 0 1 0 5 5 5 6 5 5 5 5 5 5 5 5 55 5 5 5 5 5 5 5 5 5 55 - 5 55 5 5 55 5 5 5 55 5 55 5 5 55 5 5 5 5 5 55 5 5 5 5 5 5 5 5 5 5 5 5 5 maximu m pea k pul s curran t (fig . 2 ) ip p a 12 8 13 2 12 0 12 4 10 9 11 2 10 0 10 3 9 3 9 6 8 7 9 0 7 9 8 2 6 8 7 1 6 4 6 7 56. 5 59. 5 51. 5 5 4 4 7 4 9 4 3 4 5 38. 5 4 0 34. 5 3 6 31. 5 3 3 2 9 3 0 26. 5 2 8 2 4 25. 3 22. 2 23. 2 20. 4 21, 4 18. 6 19. 5 16. 9 17. 7 15. 3 16. 3 13. 9 14. 6 12. 7 13. 3 11. 4 12. 0 10. 4 11. 0 9. 5 9. 9 8. 5 8. 9 7. 8 8. 2 6. 7 7. 0 5. 8 6. 1 5. 5 5. 7 5. 1 5. 4 4. 9 5. 1 4. 3 4. 6 maximu m temperatur e coefficien t ot v (b r ) ov z ?m"c .06 1 .06 1 .06 5 .06 5 .06 8 .06 8 .07 3 .07 3 .07 5 .07 5 .07 8 .07 8 .08 1 .08 1 .08 4 .08 4 .08 6 .06 8 .08 8 .08 8 .09 0 .09 0 .09 2 .09 2 .09 4 .09 4 .09 5 .09 6 .09 7 .09 7 .09 8 .09 8 .09 9 .09 9 .10 0 .10 0 .10 1 .10 1 .10 1 .10 1 .10 2 .10 2 .10 3 .10 3 .10 4 .10 4 .10 4 .10 4 .10 5 10 5 ,10 5 .10 5 .10 6 .10 6 .10 6 ,10 6 .10 7 .10 7 .10 7 .10 7 .10 7 .10 7 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 .10 8 downloaded from: http:///
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