Jee D Mm 3459325 0000773 700 MFGRS pBZX85CTVB........ BZX85C200 FAGOR ELECTRONICS T--H-1S DO-41 (Plastic) Dimensions in mm. t @o8+g1 Mounting instructions 1. Min. distance from body to soldering point, 4mm. . Max. solder temperature, 350C. 3. Max. soldering time, 3,5 sec. 4. Do not bend lead at a point closer than @ mm. to the body. Voltage 7.5 to 200 V Power 13W Standard Voltage Tolerance is + 5% Low cost Diffused junction High current capability The plastic material carries U/L recognition 94 V-0 * Terminals: Axial Leads * Polarity: Color band denotes cathode Maximum Ratings, according to IEC publication No. 134 Put Power dissipation at Tamb = 25 C 13W Pom | Non repetitive peak zener dissipation (t = 10 ms) 30 W T; Max. operating temperature + 150C Tog Storage temperature range -55 to + 150 C Electrical Characteristics at Tamb = 25C V; Max. forward voltage drop atl, =0.2 A 10V Raa | Max. thermal resistance at: 10 mm. lead length 60 CAV 158S?7E D MM 34559325 OOOO774 B47? BBFGRS FAGOR FAGOR ELECTRONICS BZX85C Zener Voltage Range Maarum T ome 6 Muu Surge Pogulstor Vz at ly Impedance Coeff Voltage (10 ms) Current Type Zo at Igy ath, = 1] AV, les ) (mA) @) (% 1 C) W) (mA) (mA) BZX8SC TV5 | 70-79 35 3 + 0.0425 2.0 1055 140 BZX88C 8V2 | 77-87 25 5 + 0.05 3.5 958 130 BZX85C 9V1 | 85-96 25 5 + 0.055 3.6 868 120 BZX85C 10 94-106 25 7 + 0.06 5.0 786 105 BZX85C 11 10.4 - 11.6 20 8 + 0 0625 5.0 718 97 BZX85C 12 114-1287 20 g + 0.065 1.0 656 88 BZX85C 13 12.4-141 20 10 + 00675 7.0 591 19 BZX85C 15 138-156 18 15 +0 0725 10 534 val BZX85C 16 153-17) 15 18 + 0.0725 10 487 66 BZX85C 18 16.8-19.1 15 20 + 0.075 10 436 62 BZX85C 20 188-214 10 24 + 0.075 10 393 56 BZX85C 22 20.8 - 233 10 25 + 0.0775 12 358 52 BZX85C 24 22 8-256 10 25 +0.0775 12 326 47 BZX85C 27 25 1 - 28.9 8 30 + 0.0775 14 288 41 BZX85C 30 28 - 32 8 30 + 0.0775 14 260 36 BZX85C 33 31-35 8 35 + 0.0775 17 238 33 BZX85C 36 34 - 38 8 40 + 00775 lt 219 30 BZX85C 39 37-41 6 50 + 0.0775 20 203 28 BZXB85C 43 40 - 46 6 50 + 0.0775 20 181 26 BZX85C 47 44 - 50 4 90 + 0.0775 24 167 23 BZX85C 51 48 - 54 4 115 + 0.0775 24 154 al BZX85C 56 5a - 60 4 120 + 00775 28 139 19 BZX85C 62 58 - 66 4 125 +0 0775 28 126 16 . | BZX88C 68 64-72 4 130 + 00775 34 116 15 BZX85C 75 70 - 80 4 135 + 0.0775 34 104 14 BZX85C 82 TT - 87 at 200 + 0.095 4l 96 12 BZX85C 91 85 - 96 at 250 + 0.095 41 81 10 BZX85C 100 | 94-106 aT 350 + 0095 50 19 9.4 BZxX85C 110 { 104-116 2.f 450 + 0,095 50 12 8.6 BZX85C 120 | 114-127 2 550 + 0.095 60 66 18 BZX85C 130 | 124-141 2 700 + 0,095 60 59 7.0 BZX85C 150 | 138-156 a 1000 + 0,095 18 53 6.4 BZx85C 160 | 153-171 15 1100 + 0.095 15 49 58 BZX85C 180 | 168-191 15 1200 + 0,095 90 44 5.2 BZX85C 200 | 188-212 15 1500 + 0.095 90 39 47 159S?E D MM 3459325 OO00775 543 MEFGRS FAGOR ELECTRONICS BZX85C 1,5 | 5 80 = 1,3 = s o e Q g g 3 1 60 a 10 mm, - 10 mm. a 3 g 3 5 5 e @ 40 ma d d 05 a 2 Ul 20 s 0 4 0 0 50 100 150 200 0 10 20 30 Tamb. ambient temperture C I, lead lenght (mm.) 3 Pulse thermal resistance tr KAW 10 versus pulse duration. Vahd Q provided that leads are kept 6 8 at ambient temperature at a 4 3 distance of 10 mm. from case. 2 2 10 10 8 5 Toa 4 4 t 3 2 2 1 10 0,1 10 8 3 4 3 a a Vi =0 a 1 10 10 10% 10 107 107 1 10 2468 2 468 2 4 68 -l 1 tp (sec.) 10 rt) 10 Iz (mA) Diferential resistance rz vs, current Iz for several regulation voltages Vzr Test conditions: AC signal, amplitude iz = 10% of lz, f= 1k (20S7E D MM 34593925 0000776 41T MEFGRS FAGOR ELECTRONICS BZX85C k (mA) 200 150 18 . ii . [Ll tt 6 7 8 eg veM Regulation current versus regulation voltage TE note Mis. oH 0 lhiweae agit MT OE 80 90 Vv: 0 10 20 30 40 &0 60 Regulation current versus regulation voltage IG