678_07 MICROSEMI | Alldatasheet

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Technical content

Three Phase Bridge Standard & Fast Recovery 678, 682, 695 & 696 Series T — if 0 | A .820 MAX, 20.83 MAX. Dd 2365-385 9.27-9.78 E 1.870-1.880 47.50-47.75 —|[F TINNED Cu H H 040 TYP. 1.02 TYP. en J 486-.506 12.34-12.85 LL — L 2.240-2.260 56.90-57.40 A | | LJ K_| MARKING: Alternating Current Input: AC Cathode Positive Output: + Anode Negative: — Part number is printed on the body. Microsemi Microsemi Repetitive Peak : foment ratings to 25A Catalog Number — Catalog Number Reverse Voltage ® Only fused-in—glass diodes used Std. Recovery Fast Recovery RRM 150°C junction temperature 678-1, 695-1 682-1, 696-1 100V © Surge ratings to TSA 678-2, 695-2 682-2, 696-2 200V eR ti to 500nS 678-3, 695-3 682-3, 696-3 300V ecovery times to SUNS 678-4, 695-4 682-4, 696-4 400V ® Electrically isolated Aluminum case 678-5, 695-5 682-5, 696-5 500V ® Controlled avalanche characteristics 678-6, 695-6 682-6, 696-6 600V © MIL—-PRF-19500 Similarity © Sn/Pb terminations

Electrical Characteristics

878 695 682 696. Moximum DC output current-TC = 55°C 'o 25A 15A 20A 15A Maximum DC output current-TC = 100°C lo 18.5A 9A 14A 9A Moximum surge current-TC = 100°C 'ESM 150A 80A 150A 60A Max peak forward voltage per leg @ 25°C VeM 1.2V @10A* 1.2V @ 2A* 1.2V @ BAF 1.2V @ 2A* Mox peak reverse current per leg @ 25°C, Vrrm IRM 10uA 5uA 10uA 5uA Max peak reverse current per leg @ 100°C, Vrrm IRM 200uA 150uA 200uA 150uA Max. recovery time per leg 1A, 1A, 0.5A ter — --- 500nS 500nS *Pulse test: Pulse width 300 sec, Duty cycle 2% Thermal and Mechanical Characteristics Storage temperature range TSTG -65°C to 150°C Operating temperature range TJ -65°C to 150°C Mox.thermal resistance 678, 682 series R@JC 1.5°C/W junction to cose Mox. thermal resistance 695, 696 series R@JC 3.0°C/W junction to case Weight-typical all parts 1.0 ounces (30 grams) typical SCOTTSDALE 8700 East Thomas Road, P.0. Box 1390 yy g Scottsdale, AZ 85252 06-01-07 Rev. 3 jcrosemi = FAX: (480) 947-1503 www.microsemi.com

6738, 682, 695 & 696 Figure 1 Figure 3 Typical Forward Characteristics — Per Leg Typical Forward Characteristics - Per Leg

678 Series 682 Series

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S TTT TAA TTT LETT TAA TT TT = 10 f Soa Fg A ee PEEGEERVOEEEEES 0] EEEEHERESGEEEE os-t TT TT yeti ie TT Tt Py yy tere ts Tet tt Lt TT tt asvsite TT TT | Li Tt ste pst tT tT TT | HH HHH +H LETT ty ey LEE LETT Ey 0. PEELE EEL 01 ALLTEL LEE 0 2 4 6 8 1 12 14 0 2 4 6 8 1 12 14 Instantaneous Forward Voltage — Volts Instantaneous Forward Voltage — Volts Figure 2 Typical Reverse Leakage Current - Per Leg 678 & 682 Series a a a ee 0 BES ESE = = ° Ss 5 eee ee eee 3 0 a ———— 1000 es | a | 10000 _—) = SS SSS 125 100 75 50 2 0 % of Rated Voltage 06-01-07 Rev. 3

6/8, 682, 695 & 696 Figure 1 Typical Forward Characteristics - Per Leg 695 & 696 Series 10 rer a a a Oa Ltt tet tt tt TAZ | LEE tt AA LLL EE TET i : [| a a A ss a ~ ee eee ee a & ELT ty yt yt e LLELET TIAA TTT g & LTTE TL Fy i ee a a a a ~ A a A A a A ECHR PUTT 0 2 4 6 8 1 12 14 Instantaneous Forward Voltage ~ Volts Figure 2 Typical Reverse Leakage Current ~ Per Leg 695 & 696 Series a a ee |, O14 _— a rs == SSS a a |

5 SS SSS Sa

, SSS 8 i a a ee 00 = SS SSS SS 125 100 75 «50 «25 OO % of Rated Voltage 06-01-07 Rev. 3