No. | Partie # | Fabricant | Description | Fiche Technique |
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Seme LAB |
NPN Transistor • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from batch to |
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Seme LAB |
NPN Transistor 2.54 2.54 TO220 Pin 1 – Base Pin 2 – Collector Pin 3 – Emitter • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high acc |
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Seme LAB |
NPN Transistor 2.54 2.54 TO220 Pin 1 – Base Pin 2 – Collector Pin 3 – Emitter • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high acc |
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Seme LAB |
NPN Transistor • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from batch to |
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Seme LAB |
NPN Transistor TO220 • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from bat |
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Seme LAB |
NPN Transistor TO220 • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from bat |
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Seme LAB |
NPN Transistor 2.54 2.54 TO220 Pin 1 – Base Pin 2 – Collector Pin 3 – Emitter • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high acc |
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Seme LAB |
NPN Transistor TO220 • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from bat |
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Seme LAB |
NPN Transistor • Multi-Base design for efficient energy distribution across the chip. • SIgnificantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from batch to bat |
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Seme LAB |
NPN Transistor • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from batch to |
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Seme LAB |
NPN Transistor • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from batch to |
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Seme LAB |
NPN Transistor 2.54 2.54 TO220 Pin 1 – Base Pin 2 – Collector Pin 3 – Emitter • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high acc |
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Seme LAB |
NPN Transistor 9 .6 9 .3 1 1 .5 1 1 .2 7 (0 8 (0 8 (0 8 (0 .3 8 .3 6 .4 5 .4 4 1 ) 9 ) 6 ) 4 ) 0 .5 0 (0 .0 2 0 ) 0 .2 6 (0 .0 1 0 ) • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings a |
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Seme LAB |
NPN Transistor 21.0 max 12.7 max 4.25 Dia. 4.15 1 2 3 • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tig |
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Seme LAB |
NPN Transistor TO220 • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from bat |
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Seme LAB |
NPN Transistor 2.54 2.54 ISOLATED TO220 Pin 1 – Base Pin 2 – Collectorn Pin3 – Emitter • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and |
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Seme LAB |
NPN Transistor • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from batch to |
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Seme LAB |
NPN Transistor 2.54 2.54 TO220 Pin 1 – Base Pin 2 – Collector Pin 3 – Emitter • Multi –base for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high acc |
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Seme LAB |
NPN Transistor • Multi –base design for efficient energy distribution across the chip resulting in significantly improved switching and energy ratings across full temperature range. • Ion implant and high accuracy masking for tight control of characteristics from ba |
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Seme LAB |
NPN Transistor • LOW SATURATION VOLTAGE • ULTRA FAST TURN –ON AND TURN –OFF SWITCHING (tr / tf = 40ns) 1 3 0 .7 6 (0 .0 3 0 ) m in . 1 0 .6 9 (0 .4 2 1 ) 1 0 .3 9 (0 .4 0 9 ) 2 1 6 .0 2 (0 .6 3 1 ) 1 5 .7 3 (0 .6 1 9 ) APPLICATIONS 9 .6 9 .3 1 1 .5 1 1 .2 7 (0 |
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