681_07 MICROSEMI
Document overview
- Manufacturer or author: Provided By digicamel.com
- PDF pages: 2
Technical content
Center Tap & Doubler Assemblies Standard & Fast Recovery D i : ——— —T A .660 MAX. 16.76 MAX. —$§£— a 7)_—CSTINNED Cu H 040 TYP. 1.02 TYP. | | LK J | AC | ' ‘re : Orientation of terminals shown for "D". For "P” or "N" center t terminal is 90° from the AC terminals. AC ‘ AC "p" MARKING: NOTES: > Alternating Current Input: AC Add suffix P, N or D for terminal AC AC Cathode Positive Output: + configuration P, N or D "_" Anode Negative: — For example, for center top Part Number is printed on the body configuration P order 681-IP Microsemi Microsemi Repetitive Peak e Current ratings to 15A Catalog Number Catalog Number Reverse Voltage e VRRM to 600V Std. Recovery Fast Recovery VRRM © Only fused—in—glass diodes used 681-1 689-1 toov @ 150°C junction temperature 681-2 689-2 200V es ti to 150A 681-3 689-3 300V urge ratings to 681-4 689-4 400V © Recovery times to 500nS 681-5 689-5 500V ® Electrically isolated Aluminum case 681-6 689-6 600V ® Controlled avalanche characteristics
Electrical Characteristics
Maximum DC output current-TC = 55°C !o 15A 15A Maximum DC output current-TC = 100°C. lo 10.54 10.5A Maximum surge current-TC = 100°C 'FSM 150A 150A Max peak forward voltage per leg @ 25°C VeM 1.2V @ 10A* 1.2V @ 10A* Max peak reverse current @ 25°C, at Vrrm IRM 10uA 1OuA Max peak reverse current @ 100°C, at Vrrm IRM 200uA 200uA Max. recovery time 1A, 1A, 0.5A ter — 500nS *Pulse test: Pulse width 300 usec, Duty cycle 2% Thermal and Mechanical Characteristics Storage temperature range TsT¢ -65°C to 150°C Operating temperature range Ty -65°C to 150°C Max.thermal resistance Rec 6.0°C/W Max. thermal resistance junction to ambient Reva 20°C/W Weight-typical 10 grams m SCOTTSDALE ‘m_ 8700 East Thomas Rood, P.0. Box 1590 06-01-07 Rev. 2 Scottsdale, AZ 85252 jcrosemi «= FAX: (480) 947-1503 www.microsemi.com
Typical Forward Characteristics - Per Leg Current Derating 10 ree 100 Sees = CEA TIT A AY | BESSA CO s5-_-ETTTTTT TVA TT \\ Boo, SOON PEE TPT TT i roe eS ~ ELLA ETT OH FEET TIAL TT TT 8 3 50 2 gti TT TV iT TT BOR ere ee s \\ ee er A | GREREEHE AER EERE ENEee a a a 70scscoe 27 /.2--- eee
8 CCeccoeeE eo FCCC
g LETT TT TT 0 g / 0 50 100 150 200
5 Case Temperature ~°C
a a | a a os CLE EE LI tt se fe tey | TT TT | 0 2 4 6 8 1 12 14 Instantaneous Forward Voltage — Volts Figure 2 Typical Reverse Leakage Current - Per Leg a a a ee 0 a a eT a g 100 aS 2 = ee 5010 == SS SSS SS 125 100 75 50 2 Oo % of Rated Voltage 06-01-07 Rev. 2