SML MICROSEMI | Alldatasheet
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SML 5.0 thru 170.0 Volts ELECTRICAL CHARACTERISTICS @ 25°C REVERSE BREAKDOWN PEAK «| MAXIMUM ‘STANO-OFF VOLTAGE maximum | PULSE | REVERSE MICROSEMI CORP. VOLTAGE Vian) @ Ir CLAMPING | CURRENT | LEAKAGE PART NUMBER (See Note) VOLTS: VOLTAGE | (See Fig. 2) | @ Vwmr ‘GULL-WING | MODIFIED “J Vom. ir @ ler tee. tp Lead | BEND LEAD vours | MIN. MAX. mA VOLTS AMPS uh smicso | smiJso 50 640-730 10 96 3125 1000 SMLG5.0A | SMLJS.OA 50 640-700 10 92 3260 000 SMLG60 | SMLJ6.0 60 667-815 0 4 2632 1000 SMLG6.OA | SMLJ6.0A 60 667-737 10 103 2913 000 SMLG6S | SMLUGS 65 722-882 10 123 2039 500 SMLGE.5A | SMLJ6.5A 65 722-198 10 M2 2619 500 sMLG7.0. | SHLJ7.0 10 718-951 10 133 2286 200 ‘SMUG7.0A | SMLI7.0A 70 778-860 10 120 2800 200 smiG75 | SMLI75 15 833-102 1 143, 2098 100 ‘SMLG7.5A | SMLJ7.5A 15 833. 921 1 129 2326 100 smics.o | SMLJBO 80 889-109 1 180 2000 50 SMLGB.0A | SMLJB.0A 80 8.89- 9.83 1 136 2208 50 smiaes | SMLJas 85 WANS 1 159 1888 5 ‘SMLGB.5A | SMLJB.5A 85 944-104 1 144 2084 B smiGs.o | SMLJ90 so 100-122 1 169 W74 10 SMLG9.0A | SMLJ9.0A 90 100-111 1 154 1948 10 smicio | SMLJ10 10 1-138 1 188 1598 5 SMLG10A | SMLJ104 10 My -123 1 170 1764 5 smiait | SMLJ1t u 122-149 1 Ey) 1492 5 SMLG11A | SMLJIIA w 122-135 1 182 1648 5 smLGi2 | SMLJI2 i 133-163 1 220 1364 5 SMLG128 | SMLJ12A Ww 133-147. 1 199 1506, 5 SMLG13. | SMLJ13 13 144-178 1 28 1260 5 SMLG13A | SMLJI3A 3 144-159 1 as 1304 5 smug | smut 4 156-191 1 258 62 5 SMLGI4A | SMLJT4A 4 186-172 1 22 Yaad 5 SMLGIS | SMLJ1S 15 167-204 1 269 M6 5 SMLGISA | SMLJISA 18 167-185 1 24 1230 5 smicis | sMLs16 16 178-218 1 288 1042 5 SMLGI6A | SMLJI6A 16 178-197 1 260 1s4 5 smigi7 | SMLi7 a 189-231 1 305 984 5 SMLGITA | SMLJI7A 7 189 -209 1 216 1088 5 smiGie | SMLJ18 8 200-244 1 322 932 5 SMLGI8A | SMLJTBA 18 200-221 1 292 1028 5 sMLG20. | SMLJ20 a 22-211 1 38 838 5 SMLG20A | SMLJ20A 20 22-245 1 m4 926 5 smucz2 | sMLizz 2 244-298 1 304 762 5 ‘SMLG22A | SMLJ220 2 244-269 1 355, a4 5 sMLG2s | SMLJ2¢ ra 267-326 1 30 698 5 SMLG24A | SMLJ24A 4 261-295 1 389 m2 5 smiG2s | SMLJ26 8 289-953 1 468 044 8 SMLG26A | SMLJ26A 6 289-319 1 a2t nz 5 smia2s | SMLI26 8 311-380 1 500 600 5 SMLG2A | SMLJ28A 8 311-344 1 34 660 5 smiGao | SMLJ30 0 303-407 1 535 560 5 ‘SMLG30A | SMLJ30A 0 333-368 1 484 620 5 SMLG33. | SMLJ33 3B 367-449 1 590 a4 5 SMLG33A | SMLJ33A 3 387-406 1 533 562 5 SMLG36. | SMLY36 6 400-489 1 a3 466 8 SMLG36A | SMLJ36A 36 400-442 1 S81 518 5 smiGao | SMLJa0 0 444-543 1 m4 420 5 SMLGA0A | SMLJ40A rc) 444 49.1 1 as 464 5 smuGas | SMLJa3 co 478-584 1 787 392 5 SMLG43A | SMLJ43A 8 418-528 1 a4 432 5 SMLGaS | SMLJ45 6 500-61.1 1 803 m4 5 SMUGASA | SMLJ45A cs 500-553 1 ret az 5 SMLG4B | SMLJ48 48 583-65.) 1 55 380 5 ‘SMLGABA | SMLJ4BA 8 503-589 ! 714 m8 5 SMLGS1 | SMLJS1 51 567-693 1 ut 320 5 SMLGSIA | SMLJSIA Sr 567-627 1 24 364 5 sMLGs4 | SMLJS4 54 600-733 1 963 312 5 SMLGS4A | SMLJS4A 54 600-663 1 Day M4 5 SMLGS8 | SMLJ58 58 844-787 1 1030 2 5 SMLG58A | SMLJSEA 58 COmied 1 88 320 5 smLaso | sMLJ60 60 667-815, 1 1970 80 5 SMLG6OA | SMLJGOA 60 66.7 -737 ! 968 310 5 smices | SMLJ64 64 7) 869 1 40 284 5 SMLGEGA | SMLJ64A 64 TNL 786 1 1030 2 5 348
SML_5.0 thru 170 Volts ELECTRICAL CHARACTERISTICS @ 25°C nevense | — BREAKDOWN PEAK | MAXIMUM stano-ofF | vowTace maximum | pulse | "REVERSE MICROSEMI CORP. VOLTAGE Vion @ tr ‘CLAMPING | CURRENT LEAKAGE PART NUMBER (See Note) ‘VOLTS VOLTAGE | (See Fig. 2) @ wm ‘GULL- WING | MODIFIED “I~ Vm bh @\\ep Tee. tb teao | newotead | vot's | min. max. ma_| vous | amps oh smuaza | smo 70 7811 125 2409 ‘SMLG70A | SMLJ70A 70 ‘178- 86.0 1 NS 266 smua7s. | smiyrs % | mimo 1 13 Fa SMLG7SA | SMLI7SA 5 | aaas2t i) 28 smc7s | sme | esr-t060 139 218 smuc7ea | SMLI7EA | oer o58 126 228 smuces. | Smiues & | siarso 1 15 98 Smucssa | SMLJesA 5 | scion 1 137 28 ‘SMLG20. | SMLJ90 wo | mie 1 160 188 SmLaoon | SMLJo0a x0 | i001 1 16 28 smucioo | smtyi0o m fom 179 168 SMLGIO0A | SMLJIO0A wo fmt Ie 185 smear | smussi0 wo fg 196 154 SMLGTIOA | SMLITIOA mo | st in 168 smucr20 | smtst20 io | 24 40 ‘SMLG120A | SMLJ120A ir) 133-147 1 193, 156 smuatso | smist30 ee en) Fal 130 SMLG1208 | SMLIT30A io] ia igy 209 144 ‘SMLG150 ‘SMLJ1S0. 150 167-204 1 268 N2 SMLGISOA | SMLJISOA ne m3 na 'SMLG160 'SMLJ160. 160 178-218 1 287 104 SMLGIEOA| SMLJYEOA wo | vec 250 16 ‘SMLG170 | SMLJ170 170 189-231 1 304 98 SMLGH70A | SMLITTOA vo | 20 t 2s 10 For Bidirectional indicate a C or CA suffix after the part number. (i.e.: SMLG170CA or SMLJi70C) Microsemi Corp.'s SML Series (3000W) surface mountable packages are designed specifically for transient voltage suppression. The wide leads assure a large surface contact for good heat dissipation, and a low resistance path for surge current flow to ground. These high speed transient voltage suppressors can be used to effectively protect sensitive components such as integrated circuits and MOS devices. PACKAGE DIMENSIONS = soot fo SE os 3% | ah F g | -+—s—4 — 3 go ga | ae a of 1 | x 0 00 iso 00 é T - Temperatature - °C > L aa a F FIGURE 3 DERATING CURVE DO-214AB DO-215AB DIMENSIONS IN INCHES a
10000 SF SS
| ‘ome == MIN, 115 960 220 905 075 360 028 000] 4, 7o0H fit NC oH MAX. 121 260 245 220 095 400 040 060 NOOR ENE ea} CRS WMNLUNTERS | 2 Rt tt HN MIN 292 660 559 775 190 965 0605 0760 a tH a MAX. 907711 622810241 iox8 1016 150 2b aOR so SESS Typical Standoff Hecht: 0004-0.008" (0. emm-0-2eum) cei Sess oC TT TTT} so DR ND ‘qed Stand-Of Voiage—Vorn FIGURE 4 TYPICAL CAPACITANCE 3-49 VS STAND-OFF VOLTAGE