Аналогичные W4NXE4C-SD00

  • W4NXD8C-0000
    • Diameter 50.8mm; standatd mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
  • W4NXD8C-L000
    • Diameter 50.8mm; low mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
  • W4NXD8C-S000
    • "Diameter 50.8mm; select mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition"
  • W4NXD8D-0000
    • Diameter 50.8mm; standatd mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
  • W4NXD8D-S000
    • Diameter 50.8mm; select mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
  • W4NXE4C-0D00
    • Diameter 76.2mm; standard micropipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
  • W4NXE4C-LD00
    • Diameter 76.2mm; low micropipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
  • W4NXE4C-SD00
    • Diameter 76.2mm; select micropipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition

W4NXE4C-SD00 Datasheet и спецификация

Производитель : Cree 

Упаковка :  

Pins : 0 

Темп. диапазон : Минимум 0 °C | Макс 0 °C

Размер : 306 KB

Заявка : Diameter 76.2mm; select micropipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition 

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