Model | Substrat | Jinis | Dhiameter (mm) | Ketebalan (mm) | Lapisan | Rega Unit | ||
---|---|---|---|---|---|---|---|---|
Luwih +KURANG- | CH9015A00000 | silikon | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9015B00000 | silikon | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9016A00000 | Selenide seng | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9016B00000 | Selenide seng | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9017A00000 | Seng Sulfida | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9017B00000 | Seng Sulfida | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9018A00000 | Chalcogenides | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9018A00000 | Chalcogenides | Lensa Aspheric Infrared Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9010A00000 | silikon | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9010B00000 | silikon | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9011A00000 | Selenide seng | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9011B00000 | Selenide seng | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9012A00000 | Seng Sulfida | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9012B00000 | Seng Sulfida | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9013A00000 | Chalcogenides | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | | ||
Luwih +KURANG- | CH9013B00000 | Chalcogenides | Lensa Bola Infra Merah Kab | 12∽450mm | Njaluk Penawaran | |
Optik inframerah minangka cabang optik sing nyinaoni lan manipulasi cahya inframerah (IR), yaiku radiasi elektromagnetik kanthi dawa gelombang luwih dawa tinimbang cahya sing katon. Spektrum inframerah nyakup dawane gelombang saka kira-kira 700 nanometer nganti 1 milimeter, lan dipérang dadi sawetara subwilayah: near-infrared (NIR), short-wave infrared (SWIR), mid-wave infrared (MWIR), long-wave infrared (LWIR). ), lan infra merah adoh (FIR).
Optik infra merah duwe akeh aplikasi ing macem-macem lapangan, kalebu:
Optik inframerah nyakup desain, fabrikasi, lan panggunaan komponen lan sistem optik sing bisa ngapusi cahya inframerah. Komponen kasebut kalebu lensa, pangilon, saringan, prisma, beamsplitters, lan detektor, kabeh dioptimalake kanggo dawane gelombang inframerah sing spesifik. Bahan sing cocog kanggo optik inframerah asring beda karo sing digunakake ing optik sing katon, amarga ora kabeh bahan transparan kanggo cahya inframerah. Bahan umum kalebu germanium, silikon, seng selenide, lan macem-macem kaca tingal transmisi inframerah.
Ringkesan, optik infra merah minangka lapangan multidisiplin kanthi macem-macem aplikasi praktis, saka nambah kemampuan kita kanggo ndeleng ing peteng kanggo nganalisa struktur molekul kompleks lan ngembangake riset ilmiah.