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Catalogo LAMINA
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Updated:2006-12-04
Sales and Marketing Department: fax: +48-22-7500884, phone.: +48-22-7372205, 7572731, 7572659, e-mail: office
@laminasi.com.pl, www.laminasi.com.pl
LAMINA S.I. DEVICE MARKING SYSTEM
ASSEMBLIES: designed and built in LAMINA S.I. power assemblies are able to meet all customers’ demands. Compared to assemblies mounted by customers themselves, LAMINA S.I. assemblies ensure long-lasting and reliable operation guaranteed by severe requirements in element selection, assembling process controll, final measurements and tests.
D61 -250-22-NO- -
T63 -300-12-50- -
Special requirements and selections code External lead code Special base type code
0 – hockey puk (no base) 1 – flat hex base
Reverse recovery time trr for diodes (see: table 1) Polarity:
N – normal (cathode on base) R – reverse (anode on base) 0 – for hockey puk diodes
Voltage class x 100 [V] Max. forward current Design version Case type code:
1 – stud base, ceramic housing 2 – stud base, glass-metal housing 3;5 – ceramic, hockey puk case 4 – flat base, ceramic housing 6 – flat base, glass-metal housing
Element size code Device type code:
D – rectifying diode R – fast recovery diode
Special requirements and selections code External lead code Special base type code
0 – hockey puk (no base) Turn off time tq (table 2)
0 – for standard thyristors du/dt code (table 2) Voltage class x 100 [V] Max. on-state current [A] Design version Case type code:
1 – stud base, ceramic housing 2 – stud base, glass-metal housing 3;5 – ceramic, hockey puk case 4 – flat base, ceramic housing 6 – flat base, glass-metal housing
Element size code Device type code
T – standard thyristor F – fast switching thyristor P – inverter type thyristor
Table 1
trr code 1 2 3 4 5 6 7 8 9 0
trr [µs] 5,0 4,0 3,2 2,5 2,0 1,6 1,0 0,63 0,40 Not specified
Table 2 du/dt and tq code
E R P K H 1 2 3 4 5 6 7 8 9 0
du/dt [V/µs] - - - - - 20 50 100 200 320 500 1000 - -
tq [µs] 350 250 150 100 80 63 50 40 32 25 20 16 12,5 8
Not specified
HEATSINKS: LAMINA S.I. offers full line of aluminium heatsinks for natural and forced air cooling as well as copper heatsinks for water cooling. These heatsinks ensure maximum efficiency and optimal
performance of semiconductor devices. CLAMPS: disc-type devices requires special clamps ensuring optimal pressure contact for semiconductor element. LAMINA S.I. offers a choice of clamps for all disc-type devices the company manufactures.
Updated 2006-12-04
D52-100 100/140 2,1 22 400-1200 20 1,2 2,37 2,20/470 0,25 0,12 -40...+190 14,0-17,0 Nm 125 2 100/125 1400-1600 -40...+175 2D51-100 100/125 1800-2000 -40...+175 1 D52-150 150/120 2,7 36 400-1200 20 1,05 1,66 1,80/470 0,25 0,12 -40...+190 2 150/105 1400-1600 -40...+175 2 D52-200 200/110 2,9 42 400-1200 20 0,9 1,07 1,45/470 0,25 0,12 -40...+190 2 200/95 1400-1600 -40...+175 2 D62-200, D66-200 200/145 5,0 125 400-1200 50 0,72 1,85 1,80/800 0,12 0,10 -40...+190 28,0-32,0 Nm, 260,200 4, 9 200/130 1400-1600 -40...+175 3,5 kN for D64 i 4, 9 D61-200, D64-200 200/130 1800-3200 0,72 1,85 1,80/800 0,12 -40...+175 D66 240,180 3, 8 D62-250, D66-250 250/140 5,5 150 400-1200 50 0,70 1,22 1,60/800 0,12 0,10 -40...+190 260,200 4, 9 250/125 1400-1600 50 1,60/800 -40...+175 4, 9 D61-250, D64-250 250/125 1800-3200 0,70 1,22 1,60/800 0,12 0,10 -40...+175 240,180 3, 8D62-320, D66-320 320/125 6,3 198 400-1200 50 0,69 0,99 1,40/800 0,12 0,10 -40...+190 260,200 4, 9 320/110 1400-1600 -40...+175 4, 9D61-320, D64-320 320/110 1800-2600 50 0,69 0,99 1,40/800 0,12 0,10 -40...+175 240,180 3, 8 D62-400, D66-400 400/125 7,0 245 400-1200 50 0,62 0,563 1,20/800 0,12 0,10 -40...+190 260,200 4, 9 400/110 1400-1600 -40...+175 4, 9 D61-400, D64-400 400/110 7,0 245 1800-2000 50 0,62 0,563 1,20/800 0,12 0,10 -40...+175 240,180 3, 8 D71-300, D74-300 300/115 6,3 200 2000-4000 50 1,10 0,90 2,15/1500 0,10 0,04 -40...+175 38,0-41,0 Nm, 500,450 5, 10 D71-450, D74-450 450/125 7,7 300 400-1200 50 0,72 0,51 1,60/1500 0,10 0,04 -40...+190 5,5 kN for D74 5, 10 D71-450, D74-450 450/110 1400-3200 50 0,72 0,51 1,60/1500 0,10 0,04 -40...+175 5,5 kN for D74 5, 10 D71-500. D74-500 500/125 10,0 500 400-1200 50 0,62 0,45 1,30/1500 0,10 0,04 -40…+190 5,5 kN for D74 5, 10D71-500, D74-500 500/110 10,0 500 1400-2200 50 0,62 0,45 1,30/1500 0,10 0.04 -40…+175 5,5 kN for D74 5.10 D71-600, D74-600 600/115 10,5 551 400-1200 50 0,63 0,34 1,20/1500 0,10 0,04 -40...+190 5,5 kN for D74 5, 10
RECTIFYING DIODES - STUD AND FLAT BASE TYPE IF(AV) / Tc IFSM I2t URRM IRRM UF(TO) rF UFM / IFM Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig.
Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=25 oC DC DC or stud (A) / (oC) (kA) (kA2s) (V) (V) (V) (mΩ) (V) / (A) (oC/W) (oC/W) (oC) torque (g)
Updated 2006-12-04
D63-300 300/140 5,0 125 400-1200 50 0,95 0,85 1,70/800 0,095 0,02 -40...+190 4,5-6,2 kN 60 11 300/125 1400-3200 -40...+175 11 D63-400 400/125 5,5 150 400-1200 50 0,85 0,72 1,50/800 0,095 0,02 -40...+190 11 400/110 1400-3200 -40...+175 11 D63-600 600/95
6,4 204 400-1200 50 0,68 0,57 1,20/800 0,095 0,02 -40...+190 11
D73-500 500/115 6,4 204 2200-4400 50 0,80 0,61 1,80/1500 0,07 0,02 -40...+175 9,0-11,0 kN 280 13D73-800 800/95 7,7 300 400-1200 50 0,70 0,426 1,60/1500 0,07 0,02 -40...+190 13 800/80
1400-3200 -40...+175 13
D75-1100 1100/75 9,0 405 1400-2400 30 0,763 0,48 1,38/1500 0,04 0,02 -40...+175 9,0-11,0 kN 85 12D75-1400 1400/75 11,0 605 400-1200 30 0,76 0,308 1,20/1500 0,04 0,02 -40...+190 12 D83-1000 1000/80 11,4 650 400-4400 50 0,87 0,73 1,70/1500 0,032 0,02 -40...+175 12,0-14,0 kN 280 13 D83-1200 1200/100 14,8 1090 1600-3200 50 0,82 0,33 1,35/1500 0,032 0,02 -40...+175 13D83-1400 1400/85 15,8 1250 400-2000 50 0,78 0,30 1,25/1500 0,032 0,02 -40...+175 13 D83-1600 1600/90
16,7 1400 400-1200 50 0,77 0,191 1,10/1500 0,032 0,02 -40...+175 13
D95-1600 1600/95 20,0 2000 3200-4400 100 0,77 0,375 1,30/1500 0,020 0,01 -40...+175 22,5-25,0 kN 480 14D95-1800 1800/130 25,0 3125 400-2000 100 0,81 0,162 1,20/1500 0,020 0,01 -40...+190 14 1800/115 2200-3200 -40...+175 14D95-2200 2200/110 28,0 3920 400-2000 100 0,80 0,154 1,10/1500 0,020 0,01 -40...+190 14 2200/95 2200-3000 -40...+175 14D95-2500 2500/85 31,0 4800 1600-2400 100 0,62 0,164 1,05/1500 0,020 0,01 -40...+175 14 D95-3000 3000/105 35,0 6125 200-1200 100 0,70 0,082 1,00/1500 0,020 0,01 -40...+190 14D95T-3000 3000/60 31,0 4800 1400-2200 100 0,612 0,164 1,02/1500 0,020 0,01 -40...+180 14 DB3-3500 3500/85 46 10580 3000-4000 100 0,64 0,096 1,15/4000 0,0115 0,002 -40...+150 35,0- 45,0 kN 1130 15 DB3-4200 4200/85 50 12500 2000-3000 100 0,606 0,105 1,13/4000 0,0115 0,002 -40...+175 35,0-45,0 kN 1130 15
RECTIFYING DIODES – HOCKEY PUCK TYPE IF(AV) / Tc IFSM I2t URRM IRRM UF(TO) rF UFM / IFM Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig.
Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=25 oC DC DC or stud (A) / (oC) (kA) (kA2s) (V) (V) (V) (mΩ) (V) / (A) (oC/W) (oC/W) (oC) torque (g)
Updated: 2006-12-04
FAST RECOVERY DIODES
IF(AV) / Tc IFSM I2t URRM IRRM UF(TO) rF UFM / IFM trr Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig. Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=25 oC Tj=25 oC DC DC or stud
(A) / (oC) (kA) (kA2s) (V) (V) (V) (mΩ) (V) / (A) (µs) (oC/W) (oC/W) (oC) torque (g)
R52-100 100/75 2,2 24 600-1400 30 1,30 1,90 1,9/314 1,0-2,0 0,25 0,12 -40...+125 14,0-17,0 Nm 125 2
R61-150 150/75 3,5 61 1600-2400 30 2,0/800 2,0 0,17 0,1 -40...+125 28,0-32,0 Nm 250 3 R61-200 200/70 3,5 61 1600-2000 30 1,8/800 3,2 0,17 0,1 -40...+125 3R61-250 250/85 4,5 100 800-1600 30 0,83 0,62 1,35/800 2,0 0,12 0,1 -40…+125 28,0 – 32,0 Nm 250 3
R63-300 300/65 3,5 61 800-1200 30 1,10 0,98 1,85/800 1,0-2,0 0,095 0,02 -40...+125 4,5-6,2 kN 60 11 1600-2400 2,0 -40...+125 11
R63-400 400/55 4,5 100 800-1200 30 1,08 0,68 1,60/800 2,0 0,095 0,02 -40...+125 11
R73-200 200/115 3,2 51 3400-4500 50 1,40 2,54 4,50/1500 5,0 0,06 0,02 -40...+150 9,0-11,0 kN 280 13R73-470 470/95 6,5 210 2400-2600 50 1,00 0,665 1,90/1500 4,0 0,06 0,02 -40...+150 13
R75-600 600/95 7,0 245 800-1200 50 1,09 0,65 1,80/1500 2,0 0,04 0,02 -40...+150 9,0-11,0 kN 85 12 1400-1600 2,0-3,2 -40...+150 12
R75-800 800/85 9,5 450 800-1200 50 0,90 0,46 1,50/1500 2,0 0,04 0,02 -40...+150 12 1400-1600 3,2 12
R83-400 400/100 6,0 180 3000-4000 50 3,50/1500 5,0 0,037 0,02 -40...+150 12,0-14,0 kN 280 13 R83-600 600/100 10,0 500 1600-2400 50 2,00/1500 4,0 0,037 0,02 -40...+150 13 R83-800 800/90 12,5 780 800-1600 50 1,03 0,4 1,70/1500 2,0 0,037 0,02 -40...+150 13
R95-900 900/70 14,0 980 2200-3000 100 3,00/1500 4,0 0,023 0,005 -40...+150 22,5-25,0 kN 480 14 3200-3600 5,0 -40...+150 14
R95-1100 1100/70 17,3 1500 1600-2400 100 2,30/1500 5,0 0,023 0,005 -40...+150 14 R95-1500 1500/94 19,0 1800 1600-1800 100 0,98 0,193 1,35/1500 2,0 0,020 0,005 -40...+150 14
Updated 2006-12-04
MEDIUM CURRENT RECTIFYING DIODES
IF(AV) / Tc IFSM I2t URRM IRRM UF(TO) rF UFM / IFM Rthjc Tjmin-Tjmax Stud Weight Fig. Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=25 oC DC torque
(A) / (oC) (kA) (kA2s) (V) (V) (V) (mΩ) (V) / (A) (oC/W) (oC) (Nm) (g) D22-10 10/105 0,19 0,19 100-1600 6 1,15 14 1,50/31,4 2,00 -25.....+140 1,2-1,5 7 1 D22-16 16/105 0,25 0,312 100-1400 8 1,15 8 1,70/50 2,00 -25.....+160 1,2-1,5 7 1D22-20 20/110 0,275 0,378 100-1400 8 1,15 7 1,50/50 1,50 -25.....+160 1,2-1,5 7 1 D22-25 25/120 0,275 0,378 100-1400 8 1,15 7 1,50/50 1,50 -25.....+190 1,2-1,5 7 1
D42-32 32/100 0,50 1,25 100-1400 6 1,00 7,0 1,70/100 0,90 -25.....+150 2,0-2,5 18 2D42-40 40/95 0,60 1,80 100-1400 6 1,00 4,0 1,40/100 0,90 -25.....+150 2,0-2,5 18 2 D42-50 50/100 0,80 3,20 100-1400 5 0,95 4,5 1,80/200 0,60 -25.....+150 2,0-2,5 18 2D42-60 60/100 0,85 3,60 100-1400 5 0,80 3,1 1,40/200 0,60 -25.....+150 2,0-2,5 18 2 D42-70 70/100 0,95 4,50 100-1400 10 0,80 2,3 1,35/200 0,55 -25.....+150 2,0-2,5 18 2 FAST RECOVERY MEDIUM CURRENT DIODES
IF(AV) / Tc IFSM I2t URRM IRRM UFM / IFM trr Rthjc Tjmin-Tjmax Stud Weight Fig. Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=25 oC Tj=125 oC DC torque
(A) / (oC) (kA) (kA2s) (V) (V) (V) / (A) (µs) (oC/W) (oC) (Nm) (g) R22-10 10/100 0,15 0,112 100-1200 6 2,30/31,4 0,63-1,0 1,70 -25.....+125 1,2-1,5 7 1
R42-16 16/85 0,50 1,250 100-1200 6 3,15/100 1,0-1,6 0,80 -25.....+125 2,0-2,5 18 2 R42-25 25/80 0,50 1,250 100-1200 6 2,30/100 1,0-1,6 0,80 -25.....+125 2,0-2,5 18 2R42-32 32/70 0,50 1,250 100-1200 6 1,95/100 1,0-1,6 0,80 -25.....+125 2,0-2,5 18 2 R42-40 40/80 0,50 1,250 100-1200 6 1,95/125 1,6-2,5 0,55 -25.....+125 2,0-2,5 18 2
Updated: 2006-12-04
RECTIFYING AND FAST RECOVERY DIODES – OUTLINES (1/3)
Fig.1 D51-100
Fig.2 D52-100, D52-150, D52-200, R52-100
Fig.3 D61-200, D61-250, D61-300, R61-100, R61-200
Fig.4 D62-200, D62-250, D62-300
Fig.5 D71-300, D71-450, D71-600
* - other dimensions can be agreed
Updated: 2006-12-04
RECTIFYING AND FAST RECOVERY DIODES – OUTLINES (2/3)
Fig.6 D51-100-A1
Fig.7 D52-100-A1, D52-150-A1, D52-200-A1
Fig.8 D64-200, D64-250, D64-300
Fig.9 D66-200, D66-250, D66-300
Fig.10 D74-300, D74-450, D74-600
* - other dimensions can be agreed
Updated: 2006-12-04
Fig.11 D63-300, D63-400, D63-600 R63-300, R63-400
Fig.12 D75-1100, D75-1400, R75-600, R75-800
Fig.13 D73-500, D73-800, D83-1000, D83-1200, D83-1400, D83-1600, R73-200, R73-470, R83-400, R83-600, R83-800
Fig.14 D95-1600, D95-1800, D95-2200, D95-3000, R95-900, R95-1100, R95-1500
Fig.15 DB3-3500,DB3-4200
RECTIFYING AND FAST RECOVERY DIODES – OUTLINES (3/3)
Updated: 2006-12-04
MEDIUM CURRENT DIODES - OUTLINES
Fig. 1 D22-10, D22-16, D22-20, D22-25, R22-10
Fig. 2 D42-32, D42-40, D42-50, D42-60, D42-70, R42-16, R42-25,, R42-32, R42-40
Revision 2009-08-18 1
ELECTRICALLY ISOLATED BASE MODULES IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UT(TO) rT UTM / ITM IGT UGT duD/dt Rthjc Rthcr Tjmin -Tjmax Weight Config. Fig.
Type 10 ms 10 ms Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=25 oC (min.) DC DC (A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) / (A) (mA) (V) (V/µs) (oC/W) (oC/W) (oC) (g)
DUAL SCR MODULES MTK-150 150/85 4,2 88 400-1600 20 0,915 1,4 1,7/625 150 3 320 0,17 0,1 -40...+125 360 TK 1
MTC-150 150/85 4,2 88 400-1600 20 0,915 1,4 1,7/625 150 3 320 0,17 0,1 -40...+125 360 TC 1
MTK-170 170/85 5,0 125 400-1600 20 0,83 1,03 1,4/625 150 3 320 0,17 0,1 -40...+125 360 TK 1
MTC-170 170/85 5,0 125 400-1600 20 0,83 1,03 1,4/625 150 3 320 0,17 0,1 -40...+125 360 TC 1
MTK-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 TK 2
MTC-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 TC 2
MTA-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 TA 2
MTK-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 TK 2
MTC-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 TC 2
MTA-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 TA 2
SCR DIODE MODULES MHA-150 150/85 4,2 88 400-1600 20 0,915 1,4 1,7/625 150 3 320 0,17 0,1 -40...+125 360 HA 1
MHK-150 150/85 4,2 88 400-1600 20 0,915 1,4 1,7/625 150 3 320 0,17 0,1 -40...+125 360 HK 1
MHC-150 150/85 4,2 88 400-1600 20 0,915 1,4 1,7/625 150 3 320 0,17 0,1 -40...+125 360 HC 1
MHD-150 150/85 4,2 88 400-1600 20 0,915 1,4 1,7/625 150 3 320 0,17 0,1 -40...+125 360 HD 1
MHA-170 170/85 5,0 125 400-1600 20 0,83 1,03 1,4/625 150 3 320 0,17 0,1 -40...+125 360 HA 1
MHK-170 170/85 5,0 125 400-1600 20 0,83 1,03 1,4/625 150 3 320 0,17 0,1 -40...+125 360 HK 1
MHC-170 170/85 5,0 125 400-1600 20 0,83 1,03 1,4/625 150 3 320 0,17 0,1 -40...+125 360 HC 1
MHD-170 170/85 5,0 125 400-1600 20 0,83 1,03 1,4/625 150 3 320 0,17 0,1 -40...+125 360 HD 1
MHA-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 HA 2
MHK-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 HK 2
MHC-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 HC 2
MHD-260 260/85 7,0 245 400-1600 30 0,84 0,67 1,7/1500 150 3 320 0,11 0,04 -40...+125 840 HD 2
MHA-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 HA 2
MHK-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 HK 2
MHC-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 HC 2
MHD-300 300/85 8,0 320 400-1600 30 0,70 0,55 1,4/1500 150 3 320 0,11 0,04 -40...+125 840 HD 2
Revision 2009-08-18 2
IF(AV) / Tc IFSM I2t URRM IRRM UF(TO) rF UFM / IFM Rthjc Rthcr Tjmin -Tjmax Waga Config. Fig. Type 10 ms 10 ms Tj=150 (oC) Tj=150 (oC) Tj=150 (oC) Tj=150 (oC) Tj=25 oC DC DC
(A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) / (A) (oC/W) (oC/W) (oC) (g)
DUAL DIODE MODULES MDA-170 170/100 5,0 125 400-1600 30 0,85 1,6 1,85/800 0,18 0,1 -40...+150 360 DA 1
MDK-170 170/100 5,0 125 400-1600 30 0,83 1,6 1,85/800 0,18 0,1 -40...+150 360 DK 1
MDC-170 170/100 5,0 125 400-1600 30 0,83 1,6 1,85/800 0,18 0,1 -40...+150 360 DC 1
MDA-200 200/100 5,5 150 400-1600 30 0,71 1,22 1,6/800 0,18 0,1 -40...+150 360 DA 1
MDK-200 200/100 5,5 150 400-1600 30 0,71 1,22 1,6/800 0,18 0,1 -40...+150 360 DK 1
MDC-200 200/100 5,5 150 400-1600 30 0,71 1,22 1,6/800 0,18 0,1 -40...+150 360 DC 1
MDA-410 410/100 10 500 400-1600 30 0,71 0,3 1,2/1500 0,11 0,04 -40...+150 840 DA 2
MDK-410 410/100 10 500 400-1600 30 0,71 0,3 1,2/1500 0,11 0,04 -40...+150 840 DK 2
MDC-410 410/100 10 500 400-1600 30 0,71 0,3 1,2/1500 0,11 0,04 -40...+150 840 DC 2
MDA-470 470/100 11 605 400-1600 30 0,62 0,227 1,1/1500 0,11 0,04 -40...+150 840 DA 2
MDK-470 470/100 11 605 400-1600 30 0,62 0,227 1,1/1500 0,11 0,04 -40...+150 840 DK 2
MDC-470 470/100 11 605 400-1600 30 0,62 0,227 1,1/1500 0,11 0,04 -40...+150 840 DC 2
Revision 2009-08-18 3
Configurations
Revision 2009-08-18 4
Package details
Fig. 1 Fig. 2
Revision 2009-08-18 5
LAMINA S.I. MODULES MARKING SYSTEM
M – 300 - 12- 5 0
Turn off time tq; standard 100 -150µs.
du/dt code (see table below); for thyristor marking only Voltage class x 100 [V]
Average current ITAV for SCRs and IFAV for diodes Configuration code Module type: T – dual SCR H – SCR-diode D – dual diode Electroisolated base modules
Tabela
Kod du/dt 5 6 7 du/dt [V/µs] 320 500 1000
Updated: 2006-12-04
THYRISTORS – STUD AND FLAT BASE TYPE
IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UT(TO) rT UTM / ITM IGT UGT tq duD/dt Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig. Type 10 ms 10 ms Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=25 oC (typ.) (min.) DC DC or stud
(A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) / (A) (mA) (V) (µs) (V/µs) (oC/W) (oC/W) (oC) torque (g) T52-80 80/90 1,45 10,5 400-1200 10 0,93 3,2 2,2/500 150 3 100 320 0,25 0,12 -40...+125 14,0-17,0 Nm 125 2 T51-80 80/90 1,45 10,5 1400-1600 10 0,93 3,2 2,2/500 150 -40...+125 1T52-100 100/85 1,6 12,8 400-1200 10 0,82 2,3 1,80/500 150 3 100 320 0,25 0,12 -40...+125 14,0-17,0 Nm 2 T51-100 100/85 1,6 12,8 1400-1600 10 0,82 2,3 1,80/500 150 3 100 320 0,25 0,12 -40...+125 14,0-17,0 Nm 1 T62E-150; T66-150 150/95 3,6 65 400-1200 22 1,26 1,50 2,00/625 150 3 100 320 0,10 0,075 -40...+125 250 4,9 T61E-150; T64-150 150/95 3,6 65 1400-1600 22 1,26 1,50 2,00/625 150 -40...+125 3,8 T62E-200; T66E-200 200/90 4,2 88 400-1200 22 0,91 1,4 1,70/625 150 3 100 320 0,10 0,075 -40...+125 4,9 T61E-200; T64E-200 200/90 4,2 88 1400-2000 22 150 -40...+125 3,8 T62E-250; T66E-250 250/85 5,0 125 400-1200 22 0,84 0,96 1,40/625 150 3 100 320 0,10 0,075 -40...+125 200 4,9 T61E-250; T64E-250 250/85 5,0 125 1400-1600 22 150 -40...+125 3,8 T62E-280; T66E-280 280/90 6,4 205 400-600 22 0,78 0,50 1,20/625 150 3 100 320 0,10 0,075 -40...+125
28,0-32,0 Nm for T61 and T62
3,5kN for T64
and T66 4,9
T71-250; T74-250 250/75 6,3 200 1200-2400 33 1,13 1,00 2,60/1500 200 3 250 320 0,10 0,05 -40...+125 500 5,10 T71-300; T74-300 300/70 7,6 290 400-2400 33 1,02 0,80 2,20/1500 200 3 250 320 0,10 0,05 -40...+125 5,10 T71-350; T74-350 350/70 9,1 415 400-2400 33 0,86 0,60 1,80/1500 200 3 200 320 0,10 0,05 -40...+125
38,0-41,0 Nm for T71
5,5kN forT74 450 5,10
Updated: 2006-12-04
THYRISTORS – HOCKEY PUCK TYPE
IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UT(TO) rT UTM / ITM IGT UGT tq duD/dt Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig. Type 10 ms 10 ms Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=25 oC (typ.) (min.) DC DC or stud
(A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) / (A) (mA) (V) (µs) (V/µs) (oC/W) (oC/W) (oC) torque (g) T63-200 200/90 3,6 65 400-2200 22 1,24 1,60 2,05/625 150 3 250 320 0,08 0,02 -40...+125 4,5-6,5 kN 60 11 T63-250 250/85 4,0 80 400-2200 22 1,15 1,15 1,85/625 150 2503 320 0,08 0,02 -40...+125 4,5-6,5 kN 11T63-300 300/80 4,5 101 400-1800 22 1,10 0,86 1,55/625 150 3 200 320 0,08 0,02 -40...+125 4,5-6,5 kN 11 T63-400 400/65 4,7 110 400-1600 22 0,95 0,80 1,40/625 150 2003 320 0,08 0,02 -40...+125 4,5-6,5 kN 11T63-500 500/65 6,3 200 200-600 22 0,76 0,46 1,15/625 150 3 150 320 0,08 0,02 -40...+125 4,5-6,5 kN 11 T73-450 450/70 7,6 290 400-2400 33 1,00 0,80 2,20/1500 200 3 250 320 0,06 0,02 -40...+125 9,0-11,0 kN 280 13 T73-550 550/65 9,1 415 400-2400 33 0,86 0,60 1,80/1500 200 2003 320 0,06 0,02 -40...+125 9,0-11,0 kN 13T73-600 600/60 9,1 415 400-2400 33 0,85 0,55 1,70/1500 200 3 150 320 0,06 0,02 -40...+125 9,0-11,0 kN 13 T75-650 650/65 8,1 330 400-2000 30 0,93 0,71 2,00/1500 150 3 150 320 0,04 0,02 -40...+125 9,0-11,0 kN 85 12 T75-700 700/65 8,8 386 400-2000 30 0,87 0,60 1,80/1500 150 1503 320 0,04 0,02 -40...+125 9,0-11,0 kN 12T75-750 750/65 9,5 450 400-1600 30 0,89 0,48 1,70/1500 150 3 150 320 0,04 0,02 -40...+125 9,0-11,0 kN 12 T75-980 980/65 11,4 650 200-800 30 0,80 0,23 1,21/1500 150 1003 320 0,04 0,02 -40...+125 9,0-11,0 kN 12T83-630 630/70 10,2 520 400-2400 50 1,25 0,80 2,10/1500 200 3 200 320 0,032 0,02 -40...+125 12,0-14,0 kN 280 13T83-800 800/70 13,0 845 400-2400 50 0,99 0,49 1,70/1500 200 3 200 320 0,032 0,02 -40...+125 12,0-14.0Kn 13 T83-900 900/70 13,2 870 400-2000 50 0,97 0,34 1,45/1500 200 3 200 320 0,032 0,02 -40...+125 12,0-14,0 kN 13T83-1000 1000/80 18,0 1620 200-1200 60 0,79 0,20 1,25/1500 200 3 150 320 0,032 0,02 -40...+125 12,0-14,0 kN 13 T95-800 800/80 17 1445 1800-3000 100 1,22 0,50 1,95/1500 200 3 200 320 0,023 0,01 -40...+125 22,5-25,0 kN 480 14T95-1000 1000/70 20,0 2000 400-2400 100 1,15 0,415 1,75/1500 200 3 200 320 0,023 0,01 -40...+125 22,5-25,0 kN 14 T95-1250 1250/70 22,0 2400 400-2400 100 1,10 0,214 1,40/1500 200 3 150 320 0,023 0,01 -40...+125 22,5-25,0 kN 14T95-1400 1400/75 24,0 2880 400-2400 100 0,83 0,214 1,35/1500 200 3 150 320 0,021 0,01 -40...+125 22,5-25,0 kN 14 T95-1600 1600/70 27,0 3600 200-1600 100 0,78 0,18 1,20/1500 200 3 100 320 0,021 0,01 -40...+125 22,5-25,0 kN 14T95-1900 1900/60 30,0 4500 200-1200 100 0,73 0,16 1,10/1500 200 3 100 320 0,021 0,01 -40...+125 22,5-25,0 kN 14
Updated:2006-12-04
INVERTER THYRISTORS
IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UT(TO) rT UTM / ITM IGT UGT tq diT/dt duD/dt Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig. Type 10 ms 10 ms Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=25 oC (min.) DC DC or stud
(A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) / (A) (mA) (V) (µs) (Α/µs) (V/µs) (oC/W) (oC/W) (oC) torque (g) P71-225 225/80 6,1 186 1200 33 2,25/1500 200 3 25,0 250 320 0,1 0,05 -40...+125 38,-41,0 Nm 500 5 P71-225 1600 40,0 5P71-300 300/75 7,4 274 600-800 33 2,00/1500 200 3 20,0 250 320 0,1 0,05 -40...+125 38,-41,0 Nm 500 5 P71-300 1200 32,0 5
P73-500 500/70 8,0 320 800-1200 33 2,10/1500 200 3 20,00 250 320 0,06 0,02 -40...+125 9,0-11,0 kN 280 13
P75-600 600/55Th 7,0 245 1400-1600 30 1,37 0,62 2,2/1500 300 3 32,0 400 320 0,04Th 0,01 -40..+125 9,0-11,0 Kn 85 12 P75-700 700/55Th 9,2 423 800-1200 30 1,14 0,475 1,9/1500 300 3 25,0 400 320 0,04Th 0,01 -40…+125 9,0-11,0kN 85 12
P83-500 500/80 8,0 320 1600 50 1,35 0,65 2,30/1500 200 3 40,0 400 320 0,037 0,02 -40...+125 12,0-14,0 kN 280 13P83-600 600/75 9,6 460 800-1200 50 1,20 0,52 2,00/1500 20,0 400 320 0,037 0,02 -40...+125 12,0-14,0 kN 280 13 P83-600 1400 32,0 13
P95-900 900/75 15,0 1125 1600-1800 100 1,37 0,37 1,85/1500 200 3 63,0 300 320 0,023 0,01 -40...+125 22,5-25,0 kN 480 14 P95-1000 1000/75 15,0 1125 800-1000 100 1,33 0,27 1,80/1500 200 3 20,0 300 320 0,023 0,01 -40...+125 22,5-25,0 kN 480 14 P95-1000 1200-1400 32,0 14
Updated:2006-12-04
FAST SWITCHING THYRISTORS
IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UT(TO) rT UTM / ITM IGT UGT tq diT/dt duD/dt Rthjc Rthcr Tjmin-Tjmax Clamping force Weight Fig. Type 10 ms 10 ms Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=125 (oC) Tj=25 oC (min.) DC DC or stud
(A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) / (A) (mA) (V) (µs) (Α/µs) (V/µs) (oC/W) (oC/W) (oC) torque (g) F52-63 63/80 1,08 5,8 800 10 3,15/500 150 3 12,5 100 320 0,32 0,12 -40...+125 14,0-17,0 Nm 125 2 F52-63 1000 16,0 2F52-63 1200 20,0 2 F51-63 63/80 1600 32,0 1F52-80 80/75 1,26 7,9 800 10 2,50/500 150 3 20,0 100 320 0,32 0,12 -40...+125 14,0-17,0 Nm 125 2 F52-80 1200 25,0 2
F52-100 100/70 1,45 10,5 600 10 2,00/500 150 3 25,0 100 320 0,32 0,12 -40...+125 14,0-17,0 Nm 125 2 F52-100 800 32,0 2F61-125 125/85 3,6 65 1600 22 2,10/625 150 3 40,0 150 320 0,14 0,075 -40...+125 28,0-32,0 Nm 250 3F61-125 2000-2200 63,0 3 F62-150 150/85 4,0 80 800 22 1,90/625 150 3 12,5 150 320 0,14 0,075 -40...+125 28,0-32,0 Nm 250 4F62-150 1000-1200 16,0 4 F62-170 170/85 4,2 88 800-1200 22 1,00 1,18 1,70/625 150 3 20,0 150 320 0,14 0,075 -40...+125 28,0-32,0 Nm 250 4F71-225 225/80 6,1 186 1200 33 2,25/1500 200 3 20,0 150 320 0,1 0,05 -40...+125 38,-41,0 Nm 500 5F71-225 1600 40,0 5 F71-300 300/70 7,4 274 600-800 33 1,14 0,70 2,00/1500 200 3 20,0 150 320 0,1 0,05 -40...+125 38,-41,0 Nm 500 5F71-300 1200 25,0 5 F63-200 200/85 3,1 48 1600 22 2,35/625 150 3 40,0 150 320 0,08 0,02 -40...+125 4,5-6,5 kN 60 11F63-200 2000-2200 63,0 11 F63-250 250/78 3,6 65 800 22 1,22 1,23 2,10/625 150 3 10,0 150 320 0,08 0,02 -40...+125 4,5-6,5 kN 60 11F63-250 1000 12,5 11 F63-250 1200 16,0 11F63-300 300/70 4,0 80 800-1200 22 1,90/625 150 3 20,0 150 320 0,08 0,02 -40...+125 4,5-6,5 kN 60 11 F75-500 500/70 7,2 260 800 30 2,30/1500 150 3 20,0 200 320 0,04 0,02 -40...+125 9,0-11,0 kN 85 12 F75-500 1200 25,0 12 F75-500 1600 40,0 12 F75-700 700/70 8,5 361 400-800 30 1,70/1500 150 3 20,0 200 320 0,04 0,02 -40...+125 9,0-11,0 kN 85 12 F73-500 500/70 8,0 320 800 33 2,10/1500 200 3 20,0 200 320 0,06 0,02 -40...+125 9,0-11,0 kN 280 13
Updated: 2006-12-04
MEDIUM CURRENT THYRISTORS IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UT(TO) rT UTM / ITM IGT UGT duD/dt Rthjc Tjmin-Tjmax Stud Weight Fig.
Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=Tjmax Tj=25 oC (min.) DC torque (A) / (oC) (kA) (kA2s) (V) (mA) (V) (mΩ) (V) /(A) (mA) (V) (V/µs) (oC/W) (oC) (Nm) (g)
T22-10 10/70 0,15 0,112 100-1400 7 1,17 17 1,7/31,4 50 3,0 100 2,0 -25...+105 1,5-2,0 8 1 T22-16 16/90 0,20 0,200 100-1400 3 1,20 16 2,0/50 50 2,5 100 1,0 -25...+125 1,5-2,0 8 1
T32-16 16/90 0,30 0,450 100-1400 7 1,15 19 2,10/50 75 3,0 100 1,0 -25...+125 2,0-2,5 14 2T32-20 20/85 0,35 0,620 100-1400 7 1,15 13 1,85/50 75 3,0 100 1,0 -25...+125 2,0-2,5 14 2 T32-25 25/80 0,35 0,620 100-1400 7 1,15 8 1,50/50 75 3,0 100 1,0 -25...+125 2,0-2,5 14 2
FAST SWITCHING MEDIUM CURRENT THYRISTORS IT(AV) / Tc ITSM I2t UDRM, URRM IDRM, IRRM UTM / ITM IGT UGT tq duD/dt Rthjc Tjmin-Tjmax Stud Weight Fig.
Type 10 ms 10 ms Tj=Tjmax Tj=Tjmax Tj=25 oC (min.) DC torque (A) / (oC) (kA) (kA2s) (V) (mA) (V) / (A) (mA) (V) (µs) (V/µs) (oC/W) (oC) (Nm) (g)
F22-8 8/70 0,12 0,072 100-800 7 2,1/31,4 100 3,0 12,5-32,0 100 2,00 -25...+105 1,5-2,0 8 1 F22-10 10/70 0,12 0,072 100-800 7 1,7/31,4 100 3,0 12,5-32,0 100 2,00 -25...+105 1,5-2,0 8 1
F32-16 16/90 0,30 0,45 100-800 7 2,3/50 3,075 12,5-32,0 100 0,95 -25...+125 2,0-2,5 14 2F32-20 20/80 0,30 0,45 100-800 7 2,0/50 75 3,0 12,5-32,0 100 0,95 -25...+125 2,0-2,5 14 2 F32-25 25/80 0,30 0,45 100-800 1,65/507 3,075 12,5-32,0 100 0,95 -25...+125 2,0-2,5 14 2
Updated:2006-12-04
STANDARD, PULSE AND INVERTER TYPE THYRISTORS – OUTLINES (1/3)
Fig.1 T51-63, T51-80, T51-100 F51-63
Fig.2 T52-63, T52-80, T52-100, F52-63, F52-80, F52-100
Fig.3 T61E-150, T61E-200, T61E-250, F61-125, F61-200
Fig.4 T62E-150, T62E-200, T62E-250 T62E-280 F62-150, F62-170
Fig.5 T71-250, T71-300, T71-350 F71-225, F71-300, P71-225, P71-300
* - other dimensions can be agreed
Updated:2006-12-04
STANDARD, PULSE AND INVERTER TYPE THYRISTORS – OUTLINES (2/3))
* - other dimensions can be agreed
Fig.6 T51-63-X1, T51-80-X1, F51-63-X1
Fig.7 T52-63-X1, T52-80-X1, T52-100-X1 F52-63-X1, F52-80-X1, F52-100-X1
Fig.8 T64, F64
Fig.9 T66, F66
Fig.10 T74, F74
Updated:2006-12-04
STANDARD, PULSE AND INVERTER TYPE THYRISTORS – OUTLINES (3/3)
Fig.11 T3-200, T63-250, T63-300, T63-4060, T63-500, F63-200, F63-250, F63-300
Fig.12 T75-650, T75-700, T75-750, T75-980, F75-500, F75-700 P75-600, P75-700
Fig.13 T73-450, T73-550, T73-600, T83-630, T83-800, T83-1000, F73-500, P73-500 P83-500, P83-600
Fig.14 T95-1000, T95-1250, T95-1400, T95-1600, T95-1900, P95-900, P95-1000
Diodes
Eupec LAMINA S.I. replacement
Type IF(AV) URRM Stud / Cas Type IF(AV) URRM Stud / Case (A) (V) (A) (V)
1 D121N,K 120 up 2000 27/M12 D52-150 150 up 1600 27/M12 2 D251N,K 250 800-2000 27/M12 D61-250 250 1800-3200 32/M20 (1/2-20UNF) 3 D255N,K 255 200-800 27/M12 D62-250 250 up 1600 32/M20 4 D400N,K 400 1200-2200 41/M24 D71-450 450 up 3200 44/M20 (M24) 5 D660N 660 1200-2200 DO200AA t.2 D75-1100 1100 1200-2200 DO200AA t.2
6 D371S 330 4500 DO200AB R83-400 400 3000-4000 DO200AB 7 D721S 720 3500-4500 DO200AC R95-900 900 2200-3600 DO200AC
Thyristors
Eupec LAMINA S.I. replacement
Type IT(AV) UDRM / URRM Stud / Ca Type IT(AV) UDRM / URRM Stud / Case (A) (V) (A) (V)
1 T86N 80 up 1800 27/M12 T52-100 100 up 1200 27/M12 2 T130N 130 up 1800 27/M12 T62E-150 150 up 1200 32/M20 (1/2-20UNF) T61E-150 150 1400-1600 32/M20 (1/2-20UNF)
3 T160N 160 up 1800 27/M12 T62E-200 200 up 1200 32/M20 (1/2-20UNF) T61E-200 200 1400-2000 32/M20 (1/2-20UNF)
4 T221N 221 up 1800 41/M24 T71-300 300 up 2400 44/M20 (M24) 5 T271N 270 200-2500 41/M24 T71-350 350 up 2400 44/M20 (M24)
6 T481S 480 1600-2000 TO200AC P83-500 500 up 1600 TO200AC
Diodes
Inernational Rectifier Lamina S.I. replacement
Type IF(AV) / Ths IFSM Rthj-hs Tj URRM Type IF(AV) / Ths IFSM Rthj-hs Tj URRM (V)
1 SD300C..C 650/55
540/55 5090 0,073 180
150 400-2000
2500-3200 D63-600 600/95 6400 0,095 190 400-1200
2 SD1100C..L 1170/55
910/55 10930 8830
0,05 0,05
180 150
400-2000 2500-3200
D73-800 800/95 800/80
7700 0,07 190 175
400-1200 1400-3200
3 SD800C.. L 1180/55
1065/55 11440 10250
0,031 0,31
150 150
2400-3600 4000-4500
D83-1200 1200/100 14800 0,032 175 1600-3200
4 SD1500C..L 1600/65 14000 0,031 180 400-3000 D83-1600 1600/90 16700 0,032 175 400-1200
5 SD1100C..C 1400/55 1100/55
10930 8830
0,038 0,038
180 150
400-2000 2500-3200
D75-1400 D75-1100
1400/75 1100/75
11000 9000
0,040 0,040
190 175
400-1200 1400-2400
6 SD1700C..K 2080/55 20200 0,020 150 2400-3600 D95-2200 2200/95 28000 0,020 175 2200-3000
Thyristors
Inernational Rectifier Lamina S.I. replacement
Type I T(AV) / Ths ITSM Rthj-hs UDRM/RRM Type IF(AV) / TC ITSM Rthj-c UDRM/RRM
1 ST180C..C 350/55 4200 0,08 400-2000 T63-300 300/80 4500 0,08 400-1800
2 ST230C..C 410/55 4800 0,08 400-1600 T63-400 400/65 4700 0,08 400-1600
3 ST300C..L 560/55 6730 0,05 400-2000 T73-550 550/65 9100 0,06 400-2400
4 ST300C..C 650/55 6730 0,04 400-2000 T75-650 650/65 8100 0,04 400-2000
5 ST330C..C 720/55 7570 0,04 400-1600 T75-750 750/65 9500 0,04 400-1600
Diodes
Powerex LAMINA S.I. replacement
Type IF(AV) URRM Stud /Case Type IF(AV) URRM Stud / Case (A) (V) (A) (V)
1 R404/R405--60(70) 60, 70 up 1000 11,2/ 1/4-28UNF D42-60 D42-70 60, 70 100-1400 11,5/M6 2 R510/R511--10(15) 100, 150 up 1200 16/ 3/8-24UNF D52-100, D52-150 100, 150 up 1600 20,6/M12x1,25 (16/ 3/8-24UNF) 3 R500/R501--10(15) 100, 150 up 1600 16/ 3/8-24UNF D51-100, D52-150 100, 150 D51 up 2000 20,6/M12x1,25 (16/ 3/8-24UNF) 4 R610/R611--20 200 up 1200 20,6/ 3/4-16UNF D62-200 200 up 1600 20,6/M20x1,5 (20,6/ 3/4-16UNF) 5 R610/R611--25 250 up 1200 20,6/ 3/4-16UNF D62-250 250 up 1600 20,6/M20x1,5 (20,6/ 3/4-16UNF) 6 R610/R611--30 300 up 1200 20,6/ 3/4-16UNF D62-320 320 up 1600 20,6/M20x1,5 (20,6/ 3/4-16UNF) 7 R600/R601--20 200 up 2600 20,6/ 3/4-16UNF D61-200 200 up 3200 20,6/M20x1,5 (20,6/ 3/4-16UNF) 8 R600/R601--25 250 up 2600 20,6/ 3/4-16UNF D61-250 250 up 3200 20,6/M20x1,5 (20,6/ 3/4-16UNF) 9 R600/R601--30 300 up 2600 20,6/ 3/4-16UNF D61-320 320 up 2600 20,6/M20x1,5 (20,6/ 3/4-16UNF)
10 R700/R701--03 300 up 4400 26,9/ 3/4-16UNF D71-300 300 up 4000 27/M20x2,5 (27/ 3/4-16UNF) 11 R700/R701--04 450 up 2600 26,9/ 3/4-16UNF D71-450 450 up 3200 27/M20x2,5 (27/ 3/4-16UNF) 12 R700/R701--05 550 up 1600 26,9/ 3/4-16UNF D71-600 600 up 1200 27/M20x2,5 (27/ 3/4-16UNF)
13 R620--30 300 up 2400 DO-200AA D63-300 300 up 3200 DO-200AA 14 R620--40 400 up 2400 DO-200AA D63-400 400 up 3200 DO-200AA 15 R620--50 500 up 2400 DO-200AA D63-600 600 up 1200 DO-200AA 16 R720--06 600 up 2400 DO-200AB D73-500 500 up 4400 DO-200AB 17 R720--09 900 up 2400 DO-200AB D73-800 800 up 3200 DO-200AB 18 R7S0--08 800 up 2400 R7S D75-1100 1100 up 2400 DO-200AA t.2 19 R7S0--12 1200 up 2400 R7S D75-1400 1400 up 1200 DO-200AA t.2 20 R9G0--12 1200 up 5400 DO-200AC D95-1600 1600 up 4400 DO-200AC 21 R9G0--18 1800 up 2400 DO-200AC D95-1800 1800 up 3200 DO-200AC 22 R9G0--22 2200 up 1600 DO-200AC D95-2200 2200 up 3000 DO-200AC 23 RBK8..40 4000 up 3200 DO-200AE DB3-4200 4200 up 3000 DO-200AE
24 R722--05 500 up 2600 DO-200AB R73-470 470 up 2600 DO-200AB 25 R7S2--07 700 up 2600 R7S R75-800 800 up 1600 DO-200AA t.2 26 R7S2--08 800 up 2600 R7S R75-800 800 up 1600 DO-200AA t.2 27 R9G2--12 1200 up 3600 DO-200AC R95-1100 1100 up 2400 DO-200AC 28 R9G2--15 1500 up 3600 DO-200AC R95-1500 1500 up 1800 DO-200AC
Thyristors
Powerex LAMINA S.I. replacement
Type IT(AV) UDRM / URRM Stud / Case Type IT(AV) UDRM / URRM Stud / Case (A) (V) (A) (V)
1 T510--50 50 up 600 20,6/ 1/2-20UNF T52-80 80 up 1200 20,6/M12x1,25 (20,6/ 1/2-20UNF) 2 T510--80 80 up 600 20,6/ 1/2-20UNF T52-80 80 up 1200 20,6/M12x1,25 (20,6/ 1/2-20UNF) 3 T500--40 40 up 1600 20,6/ 1/2-20UNF T51-80 80 up 1600 20,6/M12x1,25 (20,6/ 1/2-20UNF) 4 T500--80 80 up 1600 20,6/ 1/2-20UNF T51-80 80 up 1600 20,6/M12x1,25 (20,6/ 1/2-20UNF) 5 T610--150 150 up 1200 26,9/ 3/4-16UNF T62E-150 150 up 1200 27/ M20x1,5 (27/ 3/4-16UNF) 6 T610--175 175 up 1200 26,9/ 3/4-16UNF T62E-200 200 up 1200 27/ M20x1,5 (27/ 3/4-16UNF) 7 T600--150 150 up 1600 26,9/ 3/4-16UNF T61E-150 150 up1600 27/ M20x1,5 (27/ 3/4-16UNF) 8 T600--175 175 up 1600 26,9/ 3/4-16UNF T61E-200 200 up 1600 27/ M20x1,5 (27/ 3/4-16UNF) 9 T700--300 300 up 2400 26,9/ 3/4-16UNF T71-300 300 up 2400 27/ M20x1,5 (27/ 3/4-16UNF)
10 T700--350 350 up 2400 26,9/ 3/4-16UNF T71-350 350 up 2400 27/ M20x1,5 (27/ 3/4-16UNF) 11 T620--200 200 up 1600 TO-200AB T63-200 200 up 2200 TO-200AB 12 T620--300 300 up 1600 TO-200AB T63-300 300 up 1800 TO-200AB 13 T720--450 450 up 2400 TO-200AC T73-450 450 up 2400 TO-200AC 14 T720--550 550 up 2400 TO-200AC T73-550 550 up 2400 TO-200AC 15 T7S0--65 650 up 1600 T7S T75-650 650 up 2000 TO-200AB t.2 16 T7S0--75 750 up 1600 T7S T75-750 750 up 1600 TO-200AB t.2 17 T820--75 750 up 2400 TO-200AC T83-800 800 up 2400 TO-200AC 18 T820--90 900 up 1600 TO-200AC T83-1000 1000 up 1200 TO-200AC 19 T9G0--10 1000 up 2400 A-24 T95-1000 1000 up 2400 A-24 20 T9G0--12 1200 up 2400 A-24 T95-1250 1250 up 2400 A-24
Diodes
Semikron LAMINA S.I. replacement Stud Base Diodes
Type IF(AV) URRM SW/thread Type IF(AV) URR SW/thread [A] [V] (A) (V)
1 SKN20 SKR20
20 up 1600 11 / M6 D22-20 20 up 1400 11 / M5
2 SKN25 SKR25
25 up 1600 11 / M6 D22-25 25 up 1400 11 / M5
3 SKN45 SKR45
45 up1600 17 / M8 D42-50 50 up 1400 17 / M6
4 SKN100 SKR100
100 up 1600 24 /M12;M16
D52-100 100 up 1600 27 /M12,M16
5 SKN130 SKR130
130 up 1600 24 /M12,M16 D52-150 150 up 1600 27 / M12,M16
6 SKN240 SKR240
240 up 1600 32 / M16 D62-250 D62-320
250 320
up 1600 up 1600
32 / M20
7 SKN320 SKR320
420 up 1600 41 / M24 D71-450 450 up 1600 44 / M24
8 SKN400 400 1800-3000 41 / M24 D71-450 450 1400-3200 44 / M24
Hockey Puck Diodes9 SKN450 450 1800-2200 DO-220AA D63-400 400 400-3200 DO-220AA
10 SKN501 500 up 1800 DO-220AA D63-600 D75-1100
600 1100
up 1200 1400-2400
DO-220AA
11 SKN870 870 up 2400 DO-220AB D73-800 800 up 3200 DO-220AB 12 SKN1500 1550 up 2900 DO-220AB D83-1200
D83-1600 1200 1600
up 3200 up 1200
DO-220AB
13 SKN2000 2000 up 24000 DO-220AC D95-1800 D95-2200
1800 2200
up 3200 up 3000
DO-220AC
Thyristors
Semikron LAMINA S.I. replacement
Stud Base Thyristors Type IT(AV) UDRM / URRM SW/threa Type IT(AV) UDRM / URRM SW/thread
(A) (V) (A) (V)
1 SKT10 10/19 1800 11 / M5 T22-16 16 up 1400 11/ M5 2 SKT16 16 up 1800 14 / M6 T32-16
T32-20 16 20
up 1400 up 1400
14 / M6
3 SKT24 24 up 1800 14 / M6 T32-25 25 up 1400 14 / M6 4 SKT80 80 up 1800 24 / M12 T51-80
T52-80 80 up 1600
up 1200 27 / M12
5 SKT100 100 up 1800 24 / M12 T51-100 T52-100
100 up 1600 up 1200
27 / M12
6 SKT130 130 up 1600 32 / M16 T61E-150 T62E-150
150 up 1600 up 1200
32 / M16,M20
up 2000 7 SKT160 160 up 1600 32 / M16 T61E-200 T62E-200
200 up 1200
32 / M16,M20
8 SKT250 250 up 1600 41 / M24 T71-250 250 up 2400 44 / M20 9 SKT300 300 up 1600 41 / M24 T71-300
T71-350 300 350
up 2400 up 2400
44 / M20
Hockey Puck Thyristors10 SKT240 240 up 2200 TO-200AB T63-250 250 up 2200 TO-200AB 11 SKT340 340 up 1800 TO-200AB T63-300
T63-400 300 400
up 1800 up 1600
TO-200AB
12 SKT491 490 up 2200 TO-200AB T75-650 650 up 2000 TO-200AB 13 SKT551 550 up 1800 TO-200AB T75-750 750 up 1600 TO-200AB 14 SKT520 520 up 2800 TO-200AC T73-550 550 up 2400 TO-200AC 15 SKT600 600 up 1800 TO-200AC T73-600
T83-630 600 630
up 2400 up 2400
TO-200AC
16 SKT760 760 up 1800 TO-200AC T83-800 800 up 2400 TO-200AC 17 SKT1000 1000 up 2800 TO-200AD T95-1000 1000 up 2400 TO-200AD 18 SKT1200 1200 up 1800 TO-200AD T95-1400 1400 up 2400 TO-200AD
Diodes
Westcode LAMINA S.I. replacement
Type IF(AV)(TC) URRM Stud / Cas Type IF(AV)(TC) URRM Stud / Case (A) (V) (A) (V)
1 SW--PCN 012 17 up 1200 11,5/10.32UNF D22-10 16 up 1600 11,5/M5x0,8 2 SW--PCN 020 30 up 1200 11,5/10.32UNF D22-25 25 up 1400 11,5/M5x0,8 3 SW--PCN 040 70 up 1200 11,5/ 1/4"-28UNF D42-70 70 up 1400 11,5/M6x1 4 SW--PHN 320 320 up 2400 21/ 3/4"-16UNF D61-320 320 up 2600 20,6/M20x1,5 (20,6/ 3/4"-16UNF) 5 SW--HHN 320 320 up 2400 n/a D64-320 320 up 2600 n/a 6 SM--PHN 100 100 up 1800 16,3/ 3/8"-24UNF R52-100 100 up 1400 21/M12x1,25 (16/ 3/8"-24UNF) 7 SM--PC/HN 134 200 up 2500 21/ 3/4"-16UNF R61-200 200 up 2000 20,6/M20x1,5 (20,6/ 3/4"-16UNF) 8 SM--PC/HN 144 200 up 2500 21/ 3/4"-16UNF R61-200 200 up 2000 20,6/M20x1,5 (20,6/ 3/4"-16UNF) 9 SM--PHN 170 250 up 1400 21/ 3/4"-16UNF R61-250 250 up 1600 20,6/M20x1,5 (20,6/ 3/4"-16UNF)
10 SM--PHN 174 250 up 2000 21/ 3/4"-16UNF R61-250 250 up 1600 20,6/M20x1,5 (20,6/ 3/4"-16UNF) IF(AV)(TH)
11 SW--CXC 300 650 up 1500 DO-200AA D63-300 300 up 3200 DO-200AA 12 SW--CXC 320 615 up 2400 DO-200AA D63-300 300 up 3200 DO-200AA 13 SW--CXC 380 640 up 2400 DO-200AA D63-400 400 up 3200 DO-200AA 14 SW--CXC 445 1075 up 3200 DO-200AA t.2 D75-1100 1100 up 2400 DO-200AA t.2 15 SW--CXC 565 1260 up 2500 DO-200AA t.2 D75-1400 1400 up 1200 DO-200AA t.2 16 SW--CXC 350 1030 up 5600 DO-200AB D83-1000 1000 up 4400 DO-200AB 17 SW--CXC 515 1186 up 4500 DO-200AB D83-1000 1000 up 4400 DO-200AB 18 SW--CXC 595 1415 up 3600 DO-200AB D83-1200 1200 up 3200 DO-200AB 19 SW--CXC 935 1750 up 2200 DO-200AB D83-1600 1600 up 1200 DO-200AB 20 SW--CXC 680 1610 up 5000 DO-200AC D95-1600 1600 up 4400 DO-200AC 21 SW--CXC 820 2050 up 4000 DO-200AC D95-2200 2200 up 3000 DO-200AC 22 SM--CXC 100 337 up 1800 DO-200AA R63-300 300 up 1200 DO-200AA 23 SM--CXC 115 233 up 2800 DO-200AA R63-300 300 up 2400 DO-200AA 24 SM--CXC 134 350 up 2500 DO-200AA R63-400 400 up 1200 DO-200AA 25 SM--CXC 176 434 up 2000 DO-200AA t.2 R75-600 600 up 1600 DO-200AA t.2 26 SM--CXC 924 1496 up 2500 DO-200AC R95-1500 1500 up 1800 DO-200AC 27 SM—CXC 915 1610 up 2600 DO-200AC R95-1500 1500 up 1800 DO-200AC
Thyristors
Westcode LAMINA S.I. replacement
Type IT(AV) UDRM / URRM Stud / Case Type IT(AV) UDRM / URRM Stud / Case (A) (V) (A) (V)
1 N018RH-- 21 200-1500 TO-48 (1/2") T32-20 20 100-1400 TO-48 (M6) 2 N086PH-- 85 200-1500 20,5/ 1,2"-20UNF T51-80 80 400-1600 20,6/M12x1,25 (20,6/ 3 N170PH-- 196 200-1500 21/ 3/4"-16UNF T62E-200 200 400-1200 20,6/M20x1,5 (20,6/ 3/4"-4 N195PH-- 226 200-1500 21/ 3/4"-16UNF T62E-250 250 400-1200 20,6/M20x1,5 (20,6/ 3/4"-5 N260KH-- 245 200-3600 flat base T74-250 250 1200-2400 flat base (* 6 N330KH-- 324 1600-2400 flat base T74-350 350 400-2400 flat base (*) 7 N086CH-- 195 200-1500 TO-200AB T63-200 200 400-2200 TO-200AB 8 N105CH-- 256 200-1500 TO-200AB T63-250 250 400-2200 TO-200AB 9 N170CH-- 340 200-1500 TO-200AB T63-400 400 400-1600 TO-200AB
10 N195CH-- 390 200-1500 TO-200AB T63-500 500 200-600 TO-200AB 11 N280CH-- 735 200-1400 TO-200AB t.2 T75-750 750 400-1600 TO-200AB t.2 12 N281CH-- 680 1200-1800 TO-200AB t.2 T75-700 700 400-2000 TO-200AB t.2 13 N310CH-- 990 200-600 TO-200AB t.2 T75-980 980 200-800 TO-200AB t.2 14 N260CH-- 510 200-3600 TO-200AC T73-550 550 400-2400 TO-200AC 15 N350CH-- 816 200-1800 TO-200AC T83-800 800 400-2400 TO-200AC 16 N370CH-- 880 200-1500 TO-200AC T83-1000 1000 200-1200 TO-200AC 17 N360CH-- 1010 2200-3800 TO-200AD T95-1000 1000 400-2400 TO-200AD 18 N390CH-- 1130 2200-3200 TO-200AD T95-1000 1000 400-2400 TO-200AD 19 N450CH-- 1300 1400-2600 TO-200AD T95-1250 1250 400-2400 TO-200AD 20 N490CH-- 1470 200-2600 TO-200AD T95-1400 1400 400-2400 TO-200AD
T95-1400 1400 400-2400 TO-200AD 21 N510CH-- 1550 200-2000 TO-200AD T95-1600 1600 200-1600 TO-200AD T95-1600 1600 200-1600 TO-200AD 22 N540CH-- 1715 200-1800 TO-200AD T95-1900 1900 200-1200 TO-200AD
Inverter type Thyristors Type IT(AV) UDRM / URRM Case Type IT(AV) UDRM / URRM Case
(A) (V) (A) (V) 1 R210CH-- 425 200-1400 TO-200AB t.2 P75-700 700 200-1200 TO-200AB t.2 2 R185CH-- 500 200-1200 TO-200AB t.2 P75-700 700 200-1200 TO-200AB t.2 3 R215CH-- 560 200-1200 TO-200AB t.2 P75-700 700 200-1200 TO-200AB t.2 4 R190CH-- 830 200-1400 TO-200AC P83-600 600 800-1400 TO-200AC 5 R200CH-- 880 1200-2100 TO-200AC P83-600 600 800-1400 TO-200AC 6 R395CH-- 1295 1200-2100 TO-200AD P95-900 900 1200-1800 TO-200AD 7 R325CH-- 1180 200-1400 TO-200AD P95-1000 1000 800-1400 TO-200AD
