UZ706 MICROSEMI

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3 Watt UZ706HR2 SERIES

© 10 Times Greater Surge Rating than Conventional Fused-in-glass metallurgically bonded © Small Physical Size ABSOLUTE MAXIMUM RATINGS Continuous Current See Table Surge Current (8.3ms) See Table ‘Surge Power See Graph Storage and Operating Temperature —65°C to +175°C MECHANICAL SPECIFICATIONS UZ706HR2 SERIES UZ706 SERIES BODY A BAND INDICATES: UZ806HR2 SERIES UZ806 SERIES re orswax. co fc) oosrve 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 z Ne * | z INC] [| ee LN _|_sauare Pulse = i g | IN | | gx 4 2 m0 a OK a 3 s00 \\ oe FA ay a a 1 & " eB: —— SS 30 E Ss, 2, from boty | | TN e i 1 OPTIONAL HIGH RELIABILITY (HR2) SCREENING The following tests are performed on 100% of the devices specified UZ706 through UZ140HR2.. i C, 20 Cycles, -65 to +175°C. No dwell required 2. Temperature Cycling [wa @ 25°C > 10 min, at extremes 3. Hermetic Seal @ Gross Leak - E, ZYGLO 4. Interim Electrical Parameters GO/NO GO Vz + In @ 25°C . B, 96 Hours, T, = 25°C, |z adjusted so that 5. Power Burn-in - 1038 150°C < Tj < 175°C : , Vz + Ip @ 25°C 6. Final Electrical Parameters GO/NO GO PDA = 10% (Final Electricals) 4-21

Electrical Specifications at 25°C [ Maximum Ratings | Maximum Reverse * Nominat | Leakage Current Hap, | taximar, | Maximum type vattage t | current [zen | = 5% | = 10% | coeterent |Current | current Acie i 2@ly [ROM Ye | Me | Te Sly | lw \\ 25% | Jedect* UZ706/706HR2 | 1N5063 6a | 25 2 300] 52] 49] 0% 40 100 UZ707/707HR2 | 1NB0BA 7. | OR 2 ao | 57 | sa] oe 400 80 UZ708/708HR2 1N5065, 82 » 3 200 62 59 05 360 70 | UZ709/709HR2 1N5066, 9o1 B 3 100 69 66 05 330 6.0 | UZ710/710HR2 1N5067 10.0 ry 4 40 76 72 06 300 5.0 Tugziaianre | 1Nai 2 65 5 91 86 7 250 40 UBS 7tSHR3 | INSGES 13 20 ® 59] vs ‘o7 230 49 | Uz714/714HR2 | 1N5070 4 50 6 106 | 103 o7 210 40 | Uz715/71SHR2 | 1N5071 15 30 6 n4 | 198} 07 200 30 |_Uz7ig71HR2 | 1N5072 6 50 7 2 | us| 97 185 30 Tuzrei7isnre | 1N5073 a 30 3 3] ar | aaa] 06 170 20 | Uz720/720HR2 —1N4884 2 49 8 5 | 152 | 14] 8 150 20 Uz7221722HR2 | 1N5O74 2 30 10 5 | ie7 | 158] 08 135 20 | Uz724)724HR2 | 1N5075 m4 30 10 5 | 12 | 173] ‘08 125 15 UZ727/727HR2 1N5076 A 25 12 1 206 19.4 _09 10 15 | UZ730/730HR2 1N5077 EN} 25 15 1 28 216 090 100 15 | UZ733/733HR2 | 1N5078 33 20 21 1 25.1 23.7 090 90 12 UZ736/736HR2 1N5079 36 20 21 1 274 25.9 090 85 10 UZ740/740HR2 1N5081 40 20 a 1 30.4 288 095 ciy 10 Uzrapi7acniR2 | _1N5003 4 %5 Ed 2 | 342 [| da6 | 005 & os UZ750/760HR2 | 1N5085 50 15 50 7 | 80] 360, 0% © 08 | UZ756/756HR2 | 1N5087 56 10 1 i | a6] a3} ‘095 55 07 | UZ760/760HR2 | 1N5088 50 10 70 i | a7 | 432] 095 50 06 | UZ770/770HR2 | INANAT 30 10 0 > | 833 | sn 95 45, 06 |_U27751775HR2_| _1N5092 5 10 100 1 | 560 | sto 095 4 05 UZ780/780HR2 1N5093 80 10 15 1 60.8 577 095 35 04 UZ790/790HR2 1N4096 30 8.0 190 1 68.5 64.8 095, 0 04 43h 10/1}0HR2 1N4097 100 5.0 175 1 76.0 720 100 Ei) 04 ‘111/11 1HR2 1N5096 0 50 200 1 83.6 79.2 100 2 03 | uzi12112HR2_|_1N5097_} 120 50 325 i | 912 | a64| 100 Fa 02 uziisiii3HR2 | 1N5098 [130 50 35 1 | 98 | 936 | 100 a 0.20 | UZ114/114HR2 1N5099 140 5.0 550 1 106 101 100 20 0.20 UziignisHRe | INsos3 | 150 30 30 1 | as | ios “300 20 020 UzileieHRe | 1N5100 | — 60 40 700 1] 22 | 15 “109 20 015 UZ117/117HR2 | 1N5101 | _ i70 40 750 1 [120 | 12 “109 Fe 015 Uzi1eAisHR2 | 1N5102 [~ 180 40 850 T | 7 | 29 100 Fa 010 Uzi19A19HR3 | 1Nb103 | 190 10 900 a | | 137 190 Ft O10 UZ120/120HR2 1N5104 200 40 950 1 152 144 100 16 0.10 UZ122/122HR2 1N5105 220 30 1100 1 167 158 100 15 0.09 UZ124/124HR2 1N5106_ 240 3.0, 1300 1 182 173 105 12 0.09 7126/1 26HR2- 1N5107 260 3.0 1500 1 198 187 105 12 0.08 UZ128/128HR2 | INB109 | 280 30 1700 1 | 3 | 202 105 10 008 UZi30/130HR2 | 1N5110 | 300 30 1900 1 | 228 | 216 105 10 0.07 UZ132132HR2 © 1NS111 | 320 20 2100 1 | 23 | 230 “105 9 0.07 UZ134/134HR2 1N5113 340. 20 2400 1 258 245 110 9 0.06 Ugiserisonne | INSIIa | sou 20 2700 t | aa | ass “0 3 0.06 Uz138/138HR2 | 1N5115 | 380 20 3000 1 | 29 | 27 “uo 8 0.05 UZI40/140HR2 | 1N5117 | 400 20 3500 1 | 30a | 28 110 7 0.06 + specity 20% voltage tolerance by changing first numeral of type number trom 7 to 9. (UZI09 becomes UZ%E) or from 1 to 3 (UZII1 be- comes UZ31i) Specify 10% voltage tolerance by changing first numer of type number trom 7 to 8. (UZ709 becomes UZB08) or trom 1 to 2 (UZII1 becomes Uzain, * Jee retstration applies to 5% tolerance zerers only Sener voltages are ‘with an automated test set usin est time, Longer or shorter test times wil have correspondin 1 Aerie voltages te measured with an automate tet set using a 35 rs test time, Longer or shorter test times wilt have @ corresponding § Zener impedance ts derived from the 6o-cycle AC voltage created when AC current with RMS value of 10% of OC zener test current is super- imposed on the test current Maximum current based on 3 watt rating. See lead temperature derating curves for proper mounting methods. 4 rguren "arom are tor a dean siubulve surge eure of 831% dure ving 90 eyule Me THE Bann mgware wale cts 7438

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