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图片 型号 厂商 标准 分类 描述
Image: SGB02N60_06 SGB02N60_06 Infineon Technologies fast igbt in npt-technology 75% lower eoff compared to previous generation
Image: SGP02N60_07 SGP02N60_07 Infineon Technologies fast igbt in npt-technology 75% lower eoff compared to previous generation
Image: SGB04N60_06 SGB04N60_06 Infineon Technologies fast igbt in npt-technology 75% lower eoff compared to previous generation
Image: SGW25N120_09 SGW25N120_09 Infineon Technologies fast igbt in npt-technology 40% lower eoff compared to previous generation
Image: SGP15N60_08 SGP15N60_08 Infineon Technologies fast igbt in npt-technology 75% lower eoff compared to previous generation
Image: SKB15N60HS_07 SKB15N60HS_07 Infineon Technologies high speed igbt in npt-technology 30% lower eoff compared to previous generation
Image: C108 C108 ETC previous vectron model numbers
Image: C4550 C4550 ETC previous vectron model numbers
Image: C508 C508 ETC previous vectron model numbers
Image: E157 E157 ETC previous vectron model numbers
Image: E258 E258 ETC previous vectron model numbers
Image: F207 F207 ETC previous vectron model numbers
Image: F308 F308 ETC previous vectron model numbers
Image: D107 D107 ETC previous vectron model numbers
Image: D208 D208 ETC previous vectron model numbers
Image: SGP15N120_09 SGP15N120_09 Infineon Technologies fast igbt in npt-technology 40% lower eoff compared to previous generation
Image: RETENTIONCLIP(2X) RETENTIONCLIP(2X) Power-One 连接器 D-Sub连接器 D-sub tools & hardware retention clips for stv-connectors (previously hzz01209)
Image: FC23 FC23 TE Connectivity 传感器，变送器 力传感器 the fc23 is a high compression force sensor that creates new markets previously unrealizable due to cost and performance constraints.
Image: C1210C104J5JACTU C1210C104J5JACTU Kemet 无源元器件 电容器 u2j is an extremely stable dielectric material that exhibits a negligible shift in capacitance with respect to voltage and boasts a predictable and linear change in capacitance with reference to ambient temperature with no aging effect. In addition, u2j dielectric extends the available capacitance range of class I mlccs to achieve values previously only available using class II dielectric materials like x7r, x5r, y5v and z5u.
Image: C0805C473J5JACTU C0805C473J5JACTU Kemet 无源元器件 电容器 u2j is an extremely stable dielectric material that exhibits a negligible shift in capacitance with respect to voltage and boasts a predictable and linear change in capacitance with reference to ambient temperature with no aging effect. In addition, u2j dielectric extends the available capacitance range of class I mlccs to achieve values previously only available using class II dielectric materials like x7r, x5r, y5v and z5u.

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