ER80X Search Results

Contextual Info: ER800 – ER806 WTE POWER SEMICONDUCTORS Pb 8.0A GLASS PASSIVATED SUPERFAST RECTIFIER Features  Glass Passivated Die Construction      Super-Fast Switching Low Forward Voltage Drop C Low Reverse Leakage Current High Surge Current Capability G Plastic Material has UL Flammability

Contextual Info: ER800F – ER806F WTE POWER SEMICONDUCTORS Pb 8.0A GLASS PASSIVATED SUPERFAST RECTIFIER Features Glass Passivated Die Construction B Super-Fast Switching Low Forward Voltage Drop Low Reverse Leakage Current High Surge Current Capability Plastic Material has UL Flammability

Contextual Info: ER800 – ER806 8.0A GLASS PASSIVATED SUPERFAST RECTIFIER WON-TOP ELECTRONICS Pb Features  Glass Passivated Die Construction       Superfast 35nS and 50nS Recovery Time Low Forward Voltage Drop Low Reverse Leakage Current High Surge Current Capability

802F

Abstract: ER800F ER806F
Contextual Info: ER800F – ER806F WTE POWER SEMICONDUCTORS Pb 8.0A GLASS PASSIVATED SUPERFAST RECTIFIER Features ! Glass Passivated Die Construction ! ! ! ! ! Super-Fast Switching Low Forward Voltage Drop C Low Reverse Leakage Current High Surge Current Capability G Plastic Material has UL Flammability

ER806

Abstract: ER80X ER800 ER801 ER801A ER802 ER803 ER804
Contextual Info: ER800 – ER806 WTE POWER SEMICONDUCTORS Pb 8.0A GLASS PASSIVATED SUPERFAST RECTIFIER Features ! Glass Passivated Die Construction ! ! ! ! ! Super-Fast Switching Low Forward Voltage Drop C Low Reverse Leakage Current High Surge Current Capability G Plastic Material has UL Flammability

Contextual Info: LIEKKI Er80-x/125 – Large Mode Area Erbium Doped Fiber LIEKKITM Er80-4/125 and Er80-8/125 fibers are very highly doped large mode area erbium fibers suitable for medium-power amplifiers and lasers. Good spliceability, high doping and a large core make these fibers ideal for medium peak power pulse

Contextual Info: ER800F – ER806F 8.0A GLASS PASSIVATED ULTRAFAST RECTIFIER WON-TOP ELECTRONICS Pb Features  Glass Passivated Die Construction       Superfast 35nS and 50nS Recovery Time Low Forward Voltage Drop Low Reverse Leakage Current High Surge Current Capability