S/R304 Series Datasheet by Microsemi Corporation

Dim, lnenes Millimeter Minimum Maximum Minimum Maximum Notes A W, W, W, 1/4—28 E ,667 .687 17.44 C .793 20.14 D 1.00 25.40 E .422 .453 11.50 F .115 .200 5.08 C W, .450 11.43 H .220 .249 6.32 1 Notes; J .250 .375 9.52 1. Full threads within 2 1/2 K .156 W, W, threads M ——— .667 1694 Die 2. Standard Polarity stud is N ——— .050 , 2.03 Calhode P .140 .175 3.56 4.44 Bid Reverse Polarity. stud is We DOZOSAB (005) Micresemi JEDEC Peak - . Catalog Number Numbers Reverse Voltage ' Gloss POSS‘VO‘ed D‘e Standmd O 800A surge rating *530420 SEE PAGE 2 FOR 200v *830440 FULL LIST OF 400V 0 Glass to metal seal construction * 530460 JEDEC NUMBERS 600V * $30480 500v . VRRM to lZOOV " 5304100 1000v * 3304120 120m, I Low cost NoniRoHS package ' Change 5 to R in Part Number tor Reverse Polarity Electrical Characteristics Average forward current lF(AV) 40 Amps TC = 146% nali Tsine wave Reuc = 125°C/w Maximum surge current lFSM 800 Amps 83ms nali sine TJ= 200°C Max lzt lor lusing lzt 2600 Azs Max peak rarward voltage WM 119 Volts int = 90A:T.l = 25°C ‘ Max peak reverse current Hull 10 ,uA VRRMJJ = 25°C Max peak reverse current 'RM 20 mA VRRMIJ = 150°C Max Recommended Operating Frequency IOkHz ‘Pulse lest: Pulse Width 1500,0560. Duly cycle 2% Thermal and Mechanical Characteristics Storage temperature range T310 —65°C to 200°C Operating junction temp range U 765% to 200°C Maximum thermal resistance RBJC l.25°C/W Junction to Case Typical tnermal resistance Redo l.l“C/W Junction to Case Mounting torque 25 — so incri pounds Weight .5 ounces (14 grams) typical LAWRENCE 6 Lake Street OMicr r'asem m PH: (975) 520—2500 7 7 FAX: (975) 559—0503 05 02 07 Rev. 5

s/R304 1N1191,A INHSZA 1N1193,A 1N1194,A 1N1195,A 1N1195.A 1N1197,A 1N1198.A 1N2282 1N2253 1N2284 1N2265 IN2256 1N2287 1N2255 1N1301 1N1302 1N1304 1N1305 1N248,A*C 1N249,A7C 1N250.A-C 1N1434 1N1435 1N1436 1N1437 1N1438 1N2786 1N2787 JEDEC Numbers 1N2021 1N2022 1N2023 1N2024 TNZOZS 1N2793 1N2794 1N2795 1N2796 1N2797 1N2798 1N2799 TNZEOO For Reverse Po‘arity parks add an R stix 1N2154 1N2155 1N2156 1N2157 1N2158 1N2159 1N2160 1N5208 1N3209 1N3210 WNJZ‘H 1N3212 1N3213 1N3214 1N5332 1N2272 1N2273 1N2274 1N2275 1N2276 1N2277 1N2275 1N2279 1N2250 WNZZBW 1N4525 1N4526 1N4527 1N4525 1N4529 1N4530 Peak Reverse Vonage 50V 100V 150V 200V 250V 300V 350V 400V 500V 600V 800V 1000V WZOOV Peak Reverse VoMage 50V 100V 150V 200V 250V 300V 350V 400V 500V 600V 800V IOOOV WZOOV 05702707 Rev. 5

Instantaneous Forward Current 4 Amperes Figure 1 Typical Forward Characteristics 1000 500 600 400 N o 0 one See s. o 20 10 .6 .8 1.0 1.2 1.4 1.6 s/R304 1,8 instantaneous Forward Voltage , Volts Figure 2 Typical Reverse cnaraoteristios Typical Reverse Current 4 mA 10 0 300 600 Reverse Voitage , Volts 900 l200 2.0 1500 Junction to Case Figure 3 Forward Current Derating o m o 0 Maximum Allowable Case Temperature - C a o a? o f: o a o a? o 2 o a 0 60° 90° l10° 1 0° DC 0 61218 24 30 36 42 48 54 60 Average Forward Current , Amperes Figure 4 Maximum Forward Power Dissipation Maximum Power Dissipation 4 Watts Figure 5 Transient Thermal Impedance rnermai impedance —”C/Watts 56 48 DC 40 t n01 0° 32 90" no 24 16 a/ 0/ 061218 Average Forward Current , Amperes 24 50 36 42 48 5 460 1.4 1.2 1.0 .2 0 .001 ,01 Time in Seconds 05-02—07 Rev, 5 100