Model | Struktur kristal | Resistivity | Ukuran | Orientasi Kristal | Rega Unit | ||
---|---|---|---|---|---|---|---|
Luwih +KURANG- | CH9000B00000 | polikristal | 0,005Ω∽50Ω/cm | 12∽380mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9001A00000 | kristal tunggal | 0,005Ω∽50Ω/cm | 3∽360mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9001B00000 | polikristal | 0,005Ω∽50Ω/cm | 3∽380mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9002A00000 | polikristal | 0,005Ω∽50Ω/cm | 7∽330mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9002B00000 | kristal tunggal | 0,005Ω∽50Ω/cm | 3∽350mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9002C00000 | kristal tunggal | 0,005Ω∽50Ω/cm | 10∽333 mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9002D00000 | polikristal | 0,005Ω∽50Ω/cm | 10∽333 mm | Njaluk Penawaran | | |
Luwih +KURANG- | CH9000A00000 | kristal tunggal | 0,005Ω∽50Ω/cm | 12∽380mm | Njaluk Penawaran | |
"Kristal Ge" biasane nuduhake kristal sing digawe saka unsur germanium (Ge), yaiku bahan semikonduktor. Germanium asring digunakake ing bidang optik infra merah lan fotonik amarga sifat unik.
Ing ngisor iki sawetara aspek utama kristal germanium lan aplikasi:
Kristal Germanium bisa ditanam kanthi nggunakake macem-macem cara, kayata metode Czochralski (CZ) utawa metode Float Zone (FZ). Proses iki kalebu leleh lan solidifying germanium kanthi cara sing dikontrol kanggo mbentuk kristal tunggal kanthi sifat tartamtu.
Penting kanggo dicathet yen germanium nduweni sifat unik kanggo optik inframerah, panggunaane diwatesi dening faktor kayata biaya, kasedhiyan, lan jangkauan transmisi sing relatif sempit dibandhingake karo bahan inframerah liyane kayata seng selenide (ZnSe) utawa seng sulfida (ZnS). . Pilihan saka materi gumantung ing aplikasi tartamtu lan syarat saka sistem optik.