Produk
| Model | CH3731C | |||
| Resolusi | MP | Ketua Ray Angle | <13° | |
| Format gambar | 1/3" | MOD | 0,1m~∞ | |
| Lingkaran Gambar | ф6.6mm (MAX) | Tipe Gunung | M12 * P0.5 | |
| EFL | 3,3 mm | Ukuran Gambar | ф12.00 * L11.30mm | |
| TTL | 14,82 mm | Struktur Lensa | 2G3P | |
| F/NO. | 1.1 | Filter IR | BP940nm | |
| FFL(M) | 1,52 mm | anti banyu | No | |
| BFL(O) | 1,88 mm | Bobot | 3,8g | |
| Kanggo Sensor | OPT8241 | Operasi Iris | didandani | |
| FOV | Horisontal | 74.5° | Operasi Zoom | didandani |
| Vertikal | 58° | Operasi Fokus | Manual | |
| Diagonal | 90.7° | Suhu operasi | -20°~+85° | |
| OPT distorsi | <-9.0% | Suhu panyimpenan | -20°~+85° | |
| Sakit Relatif. | >55% | |||
Produk iki kasil ditambahake menyang cart!
Lensa ToF Kab
Produk
Detail Produk
Tag produk
| Model | Format Sensor | Dawane fokus (mm) | FOV (H*V*D) | TTL (mm) | Filter IR Kab | Aperture | Gunung | Rega Unit | ||
|---|---|---|---|---|---|---|---|---|---|---|
| Luwih +KURANG- | CH3731C | 1/3" | 3.3 | 74,5 ° * 58 ° * 90,7 ° | 14.82 | BP940nm | 1.1 | M12 * P0.5 | Njaluk Penawaran | |
| Luwih +KURANG- | CH8048A | 1/2" | 5.3 | 75 ° * 55 ° * 95 ° | 16.80 | Ora IR | 1.3 | M12 * P0.5 | $22.5Njaluk Penawaran | |
| Luwih +KURANG- | CH8048AB | 1/2" | 5.3 | 75 ° * 55 ° * 95 ° | 16.80 | BP850nm | 1.3 | M12 * P0.5 | $22.5Njaluk Penawaran | |
| Luwih +KURANG- | CH8048AC | 1/2" | 5.3 | 75 ° * 55 ° * 95 ° | 16.80 | BP940nm | 1.3 | M12 * P0.5 | $22.5Njaluk Penawaran | |
| Luwih +KURANG- | CH3651A | 1/2" | 3.6 | 109,4 ° * 78,7 ° * 150,9 ° | 19.76 | Ora IR | 1.2 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3651B | 1/2" | 3.6 | 109,4 ° * 78,7 ° * 150,9 ° | 19.76 | BP850nm | 1.2 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3651C | 1/2" | 3.6 | 109,4 ° * 78,7 ° * 150,9 ° | 19.76 | BP940nm | 1.2 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3652A | 1/3" | 3.33 | 89,1 ° * 64,6 ° * 117,6 ° | 30.35 | Ora IR | 1.1 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3652B | 1/3" | 3.33 | 89,1 ° * 64,6 ° * 117,6 ° | 30.35 | BP850nm | 1.1 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3652C | 1/3" | 3.33 | 89,1 ° * 64,6 ° * 117,6 ° | 30.35 | BP940nm | 1.1 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3653A | 1/3" | 3.9 | 73,8 ° * 54,3 ° * 94,8 ° | 30.78 | Ora IR | 1.1 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3654A | 1/3" | 5.0 | 57,3 ° * 42,3 ° * 73,5 ° | 28.03 | Ora IR | 1.1 | M12*0.5 | $50Njaluk Penawaran | |
| Luwih +KURANG- | CH3728B | 1/3" | 2.47 | 91,8 ° * 69,8 ° * 120 ° | 15.21 | BP850nm | 1.2 | M12*0.5 | $15Njaluk Penawaran | |
| Luwih +KURANG- | CH3731A | 1/3" | 3.30 | 74,5 ° * 58,0 * 90,7 ° | 14.82 | Ora IR | 1.1 | M12*0.5 | $15Njaluk Penawaran | |
| Luwih +KURANG- | CH3738A | 1/2" | 7.76 | 48 ° * 35,9 ° * 60 ° | 23.64 | Ora IR | 1.2 | M12*0.5 | $35Njaluk Penawaran | |
| Luwih +KURANG- | CH3663A | 1/3" | 2.8 | 112,4 ° * 78,9 ° * 165,9 ° | 24.51 | Ora IR | 1.2 | M12*0.5 | Njaluk Penawaran | |
| Luwih +KURANG- | CH3727A | 1/4" | 2.16 | 84,4 ° * 65,3 ° * 103,3 ° | 13.1 | Ora IR | 1.2 | M12 * P0.5 | Njaluk Penawaran | |
ToF iku singkatan saka Time of Flight. Sensor kasebut ngetokake cahya inframerah cedhak modulasi sing dibayangke sawise nemoni obyek. Sensor ngitung prabédan wektu utawa prabédan fase antarane emisi cahya lan refleksi lan ngowahi jarak pemandangan sing difoto kanggo ngasilake informasi jero.
Kamera time-of-flight kasusun saka akeh komponen, salah sijine yaiku lensa optik. Lensa nglumpukake cahya sing dibayangke lan gambar lingkungan menyang sensor gambar sing dadi jantung kamera TOF. Filter band-pass optik mung ngliwati cahya kanthi dawa gelombang sing padha karo unit iluminasi. Iki mbantu nyuda cahya sing ora cocog lan nyuda gangguan.
Wektu lensa penerbangan (Lensa ToF Kab) minangka jinis lensa kamera sing nggunakake teknologi wektu penerbangan kanggo njupuk informasi jero ing sawijining pemandangan. Ora kaya lensa tradisional sing njupuk gambar 2D, lensa ToF ngetokake pulsa cahya infra merah lan ngukur wektu sing dibutuhake kanggo cahya mundur saka obyek ing pemandangan. Informasi iki banjur digunakake kanggo nggawe peta 3D saka pemandangan, ngidini kanggo pemahaman ambane akurat lan nelusuri obyek.
Lensa TOF umume digunakake ing aplikasi kayata robotika, kendaraan otonom, lan realita ditambah, ing ngendi informasi kedalaman sing tepat penting kanggo persepsi sing akurat lan nggawe keputusan. Iki uga digunakake ing sawetara piranti elektronik konsumen, kayata smartphone, kanggo aplikasi kayata pangenalan rai lan sensing jero kanggo fotografi.
Chancctv wis fokus ing pangembangan lensa TOF, lan wis dikembangaké seri saka lensa TOF darmabakti kanggo UAV. Parameter bisa disesuaikan miturut aplikasi lan syarat nyata kanggo nyukupi kabutuhan industri kualitatif.
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