= IN ORDER OF (1) PIV, (2) MAX AVG FWD CURRENT _R ECTIFIERS (3) TEMPERATURE, and (4) TYPE No. [4] [1] MAX AVG FWD| MAX RATINGS 25C] MAXIMUM FORWARD/[MAX. REVERSE CURRENT | AVALANCHE [DESCRIPTION LINE TYPE PIV | DC CURRENT |SURGE CUR. | MAX. VOLTAGE DROP Ir Ir |TEMP/TEST RATINGS DWG. No. No. 2 \lo [3]at ]PEAK [PULSE] DISS. | TEMP] Vf at If at |@25C T VOLT No. TEMP|1 Cy [WIDTH TEMP|& Vr Vr {V) {A) (Q (A) s)_ | {W) PC) (Vy) (A) 1) (A) | (A) (C) (Vv) : 7 (E263 760 3.0 750 [200 1175 i} 3.0 750 | TOu 11.0m (750 {100 Si DO4 2 |350R1B 100 3.5 25 |250 175 2.0 3.5 25 | 10u {1.0m |150 |100 si 3# |S5VB10 100 3.5 40A_ [200 : 150J | 1.05 13.0 25 | 10u 25 Si C188b 4 ~/iN3569 100 3.5 B5C | 35 3.3m 165C | 1.3 3.5 85C 400u [150C1100 Si DO4 5 |1N2669 100 3.6 25A | 15 8.3m 165A | 1.3 3.6 25A{300u [100 Si M126a 6 |1N2740 !100 3.6 25A | 15 8.3m 165A | 1.3 3.6 25A|300u i 100 Si M126 7 [1N1918 100 4.0 25 30 16m! 10 250 1.0 1.0 4 Si $82a 8 |400R1B 100 4.0 25 {250 175 2.0 4.0 25 | 10u |1.0m [150 [100 | Si 9# |BY192 100 4.0 25C | 75 10m 150J | 1.3 3.0 25 | 10u 25 |100 Si S44ta TO (UT4010 100 4.0 25 [100 8.3m 175A | 1.0 3.0 25 [5.0u [100u [100 [100 Sid |A196k 11 | 1N2512 100 4.0 30C | 30 165 1.1 1.5 25 |2.0u 100 SiA |DO4A 12__|1N2518 100 4.0 30C_ | 25 150C 2.0u__|.25m_|150C/100 SiA__|$117 13# [G1004 100 4.0 T25C [100 Tom) 4.0 150) | T2T 73 25C 3.0m |125C]100 Si DO4 14# |P1004 100 4.0 125C |100 10m] 4.0 15805 | 1.21 13 25C 3.0m |125C/100 Si $95a 15 |450R1B 100 45 25 (250 175 2.0 4.5 25 | 10u [1.0m |150 |100 Si 16# |ST5VB10 100 4.5 40A [200 150J 17.05 7.5 25A| 10u 25A Si C189 17 | 1N1613 100 5.0 175A | 1.5 10 25A Si 004 18# |D242B 100 5.0 125c | 15 5.0 3.0m /3.6m_|10GA/ 100 SiA _|$495 19# [D304 100 5.0 70A | 300m [5.0 2.0us | TOu | 7OAT 50 Ge* |S496 20 |1N2290 100 5.0 25 |100 150 .60 5.0 25 50m |150 |100 SiA |$35 21 |500R1B 100 5.0 25/250 175 2.0 5.0 25 | 10u_|1.0m {150 |100 Si 22 5A1 100 5.0 50A [300 8.3m 175C | 1.0 5.0 25A| 1.0u { 700 Si Aley 23. |M5B5 100 5.0 55A /300 175A | 1.1 5.0 50 | 25u 100 Si Alep 24 _|SPD9000 100 5.0 55C (300 175) | 1.0 5.0 25J | 10u 100 Si AS2d 25 | iN1059 100 5.0 TOOA [| 608 [4.0m 170C | 1.5 5.0 25A| 1.0m 100 | Si S67a 26 | 1N1065 100 5.0 100A | 608 [4.0m 170C | 1.5 5.0 25A|1.0m 100 | Si S$66c 27__|1N1071 100 5.0 100A | 608 |4.0m 170C | 1.5 5.0 25A|1.0m 100 | Si S$68c 28 | 1N1089 100 5.0 100A | 608 [4.0m T70 | 1.5 5.0 25A/2.0m 100 Si F22h 29 |1N1089A 100 5.0 100A 1.5 5.0 100A 5.0m |100A| 100 Si F73 30___|VRE100x 100 5.0 100 75 8.3m 150 1.5 10 25 |2.0 5.0 150 [100 Sid__|M249* 31 |VRF100X 100 5.0 100 75 8.3m 150 1.5 10 25 [2.0 5.0 150 [100 SiA |M249* 32 |VvRG100x 100 5.0 100 75 8.3m 150 1.5 10 25 12.0 5.0 150 | 100 Sid |M249* 33 _|ESP5100 100 5.0 105C _ |200 8.3m 150C | 1.2 3.0 25C! 10u_ |Ot1u |150C/100 Si A3q 34, [INT613A 100 5.0 150C [150 1905 [1-1 6.0 25 50m /150 |100 SiA_ (DO4A 35 {E383 100 5.0 150 [200 175 1.3 5.0 150 | 10u /1.0m |150 |100 Si po4 36 |F1B3 100 5.0 150C _|200 1753 | 1.3 30 25C 1.0m _|150C|100 Si DOS 37 (550R1B 100 5.5 25/250 175 2.0 5.5 25 | 1Ou [1.0m [150 [100 Si 38# |1R61 100 6.0 170 12545 | 1.0 6.0 25A|500u 100 Si 39 _J|NS6001 100 6.0 300 8.3m 1.2 6.0 25u too 40 |6A100 100 6.0 25 +/300 8.0m 175 1.2 6.0 25 | 25u Si S19F 41 |600R18 100 6.0 25 /250 175 2.0 6.0 25 | 10u |1.0m |150 |100 Si 42# |R250-8 100 6.0 40A_|400 8.3m 175A | 1.0 6.0 25J | 10u 800 SiA__|A386 43 1R3400106 100 6.0 40A [400 8.3m 175A | 1.0 10 T50J/ 50u [500u |150A/ 100 Si A396 44# |RV250B 100 6.0 40A |400 8.3m 150A | 1.0 6.0 25J) 10u 100 SiA 1C197 45# |S25VB10 100 6.0 40A_|400 150J_ [1.05 12 25A! 10u 25A Si C189a 46 SB 100 100 6.0 50 /300 8.3m 150 1.0 3.0 25 | 10u 100 Si M532a 47 |S6A1 100 6.0 50A /300 8.3m 175c | 1.0 6.0 25A/1.0u 100 Si Aley 48 |6A1 100 6.0 6O0L_|400 8.0m [5.0 175S | 900m_|6.0 25A| 10u 100 _ (100 d Si A277e 49 jHEPROIOT-RT 100 6.0 60A [400 Si 50 |P600B 100 6.0 60A (400 175A | 1.25 100 25J| 25n |100n |100J/100 SiA jAle 51__|TIR102