POWER ZENERS V8 SR 5 Watt FEATURES DESCRIPTION @ 2 Times Greater Surge Rating than Conventional Fused-in-glass, metallurgically-bonded 10 Watt Zeners 5 watt zeners. Small Physical Size ABSOLUTE MAXIMUM RATINGS Zemer Voltage, Vz ooccccccccccccc ccs cccsessseeseessssessssssssecsuessaneqettenveseuesanecenersasssrseeesss 6.8 to 400V Continuous Current .. bec soccer tetctavesyeestercessiceteittiisserasiieeesateissusnanetetea See Table Surge Current (8.3ms) . See Table Surge Power . See Graph Power emperature Derating Curve Storage and Operating Temperature . 65C to +175C MECHANICAL SPECIFICATIONS UZ5706 SERIES UZ5806 SERIES BODY B Band indicates cathode end _-175" TYP. -040 + .001 4.4mm 102mm +.03 en 115" TYP. .145" MAX, 2.9mm 3.68mm 4205-7 2.7mm .975 MIN, 300" MAX, 24.8mm 7.62mm 2.30 MIN. 53.4mm UZ Prefix is identified by a Blue or Red Cathode Band Power Dissipation Surge Power Typical Zener Impedance vs. Lead Temperature Derating Curve vs. Surge Duration vs. Zener Current = 8 1K 2,4 500 > = E PULSE S road = e 6 = 20K wy 100 as: 10K 8 50 G : < 2 3 gl 5 4 a a 10 a w 2 5 uw 3 2 = w o 2 uw a 2 a 31 x N 5 < 1/L = Lead Length = 0 from 1 0 25 S80 75 100 125 150 175 loons lus 10xs 1001s Ims 10ms s 1 5 10 50 100 500 1A LEAD TEMPERATURE (C) SURGE DURATION (S$) ZENER CURRENT (mA) (LU) 509 ame UNITRODEUZ5706 SERIES UZ5806 SERIES Electrical Specifications at 25C Maximum Ratings Max. Zener Maximum Reverse Nominal Impedance Leakage Current Typ. Maximum | Maximum Type* Zener Test Temp. Continuous Surge Voltage t Current + 5% + 10% Coeff. Current * Current 2 @ lar bor 22 @ tar Ip Ve Ve Te @ bay tama i +59 +109 Tolerance Tolerance Volts mA Ohms uA Volts Volts %/C mA Amps UZ5706 UZ5806 6.8 175 1.0 500 5.2 49 .05 675 UZ5707 UZ5807 75 75 15 400 5.7 5.4 06 620 32 UZ5708 UZ5808 8.2 150 15 200 6.2 5.9 06 570 24 UZ5709 UZ5809 9.1 150 2.0 100 6.9 6.6 .06 510 22 UZ5710 UZ5810 10.0 125 2.0 73 76 7.2 07 470 20 UZ5712 UZ5812 12 100 25 50 9.1 8.6 .07 385 18 UZ5713 UZ5813 13 100 3.0 23 9.9 93 .08 350 16 UZ5714 UZ5814 14 100 3.0 20 10.6 10.1 .08 320 14 UZ5715 UZ5815 15 75 3.5 15 11.4 10.8 .08 300 12 UZ5716 UZ5816 16 75 3.5 10 12.2 15 .08 275 10 UZ5718 UZ5818 18 65 4.0 10 13.7 12.9 085 255 9.0 UZ5720 UZ5820 20 65 45 10 15.2 14.4 .085 220 8.0 UZ5722 UZ5822 22 50 5.0 10 16.7 15.8 085 195 7.0 UZ5724 UZ5824 24 50 5.0 10 18.2 17.3 .090 180 6.5 UZ5727 U25827 27 50 6.0 10 20.6 19.4 090 155 6.0 UZ5730 UZ5830 30 40 8 10 22.8 21.6 09 140 5.5 UZ5733 U25833 33 40 10 5 25.1 23.7 09 130 5.0 UZ5736 UZ5836 36 30 at 5 27.4 25.9 095 120 45 UZ5740 UZ5840 40 30 14 5 30.4 28.8 095 105 4.0 UZ5745 UZ5845 45 30 20 5 34.2 32.4 095 95 3.5 UZ5750 UZ5850 50 235 25 5 38.0 36.0 095 85 3.0 UZ5755 UZ5856 56 20 35 5 42.6 40.3 095 80 2.8 UZ5760 UZ5860 60 20 40 5 45.7 43.2 -100 75 2.5 UZ5770 UZ5870 70 20 50 5 53.3 50.5 .100 65 23 UZ5775 UZ5875 75 15 55 5 56.0 54.0 .100 60 2.0 UZ5780 UZ5880 80 15 80 5 60.8 57.7 -100 55 18 UZ5790 UZ5890 90 15 90 5 68.5 64.8 .100 50 16 UZ5110 YZ5210 100 10 100 5 76.0 72.0 .100 45 14 UZ5111 UZ5211 110 10 125 5 83.6 79.2 -100 40 12 UZ5112 UZ5212 120 10 170 5 91.2 86.4 100 38 1.0 YZ5113 UZ5213 130 10 190 5 98.8 93.6 105 35 0.80 Uz5114 U75214 140 8 230 5 106,0 101.0 105 33 0.80 UZ5115 UZ5215 150 8 330 5 114.0 108.0 105 31 0.75 UZ5116 UZ5216 160 8 350 5 122.0 115.0 105 30 0.70 UZ5117 UZ5217 170 8 380 5 129.0 At] 105 27 0.65 UZ5118 UZ5218 180 5 450 5 137 129 0 23 0.60 UZ5119 UZ5219 190 5 470 5 144 137 HO 24 0.55 UZ5120 UZ5220 200 5 500 5 152 144 110 22 0.50 UZ5122 U25222 220 5 550 5 167 158 115 20 0.45 Uz5r24 UZ5224 240 5 650 5 182 173 115 18 0.40 UZ5126 UZ5226 260 5 750 5 198 187 120 V7 0.35 UZ5128 UZ5228 280 4 850 5 213 202 120 16 0.30 UZ5130 UZ5230 300 4 950: 5 228 216 -120 15 0.25 UZ5132 UZ5232 320 4 1100 5 243 230 120 14 0.24 UZ5134 UZ5234 340 4 1200 5 258 245 120 13 0.23 UZ5136 UZ5236 360 3 1400 5 274 259 120 12 0.22 UZ5138 UZ5238 380 3 1500 5 289 274 .120 12 0.21 UZ5140 UZ5240 400 3 1800 5 304 288 -120 ll 0.20 Temperature Range: Operating and Storage 65C to ++175C. * Specify 20% tolerance by changing the second numeral of type number from 8 to 9 (UZ5809 becomes UZ5909) or from 2 to 3 (UZ5211 becomes - UZ5311), {+All zener voltages are measured with an automated test set using a 35 millisecond test time. Longer or shorter test times will have a corresponding effect on the measured value due to heating effects. Zener impedance is derived from the 60-cycle AC voltage created when AC current with RMS value of 10% of DC zener test current is superimposed on the test current. * Maximum current based on 5 watt rating. See lead temperature derating curves for proper mounting methods. Figures shown are for a peak sinusoidal surge current of 8.3ms duration using 60 cycle AC. The 8.3ms square pulse rating is 71% of the value shown. Several of the above types now have JEDEC IN type numbers. The following cross-reference table lists the appropriate IN numbers; specifications are same as above. UNITRODE TYPE UZ5714 JEDEC # 1N5118 1N5119 1N5120 1N5121 1N5122 1N5123 UNITRODE CORPORATION + 5 FORBES ROAD UZ5770 LEXINGTON, MA 02173 + TEL. (617) 861-6540 TWX (710) 326-6509 TELEX 95-1064 JEDEC # 1N5124 1N5125 1N5126 1N5127 1N5128 1N5129 UNITRODE TYPE UZS780 UZ5790 UZ5114 UZ5117 Uz5119 UZ5126 510 JEDEC # IN5130 1N5131 1N5132 1N5133 1N5134 UNITRODE TYPE UZ5140 PRINTEO iN U.S.A.