256*192/160*120 Ƙaramin Module na Kyamarar Zafin Infrared
Bayani:
Sayi mafi kyawun kuma sabon tsarin kyamarar zafi kuma muna bayar da ingantaccen tsarin kyamarar zafi a kasuwa. Maganin kyamarar Tiny1-c wanda ya fi ƙasa da dime, ya dace da ƙaramin na'ura kuma shine kashi ɗaya cikin goma na farashin kyamarorin IR na gargajiya. Yin amfani da jerin pixels masu aiki na 256 X 192/160 X 120 cikin sauƙi yana haɗuwa cikin kayan lantarki azaman firikwensin IR ko hoton zafi. Radiometric yana ɗaukar bayanai masu inganci, waɗanda aka daidaita, da waɗanda ba sa hulɗa a cikin kowane pixel na kowane hoto. Tiny1-C kyamarar zafi ce mai tsayi (8~14μm) wacce aka tsara don kayan lantarki na masu amfani. Tana ɗaukar hasken infrared kuma tana watsa shi zuwa hotunan zafi da bayanan zafin jiki.
BAYANI:
| Bayanan Fasaha | Tiny1-C |
| Fasaha Mai Na'urar Firikwensin | Microbolometer mara sanyaya VOx |
| Ƙungiyar Spectral | 8 μm ~14 μm |
| ƙuduri | 256 × 192/160 × 120 |
| Fitilar pixel | 12 μm |
| NETD | ＜50mK @25℃，F#1.0，25Hz |
| Lokacin Amsawa | <10ms |
| Ingancin Tsarin Girma | ≤25Hz |
| Gyaran Rashin Daidaito | Ta atomatik tare da rufewa |
| Fitar da Hoto | CMOS 10/14-bit |
| Ruwan tabarau | An daidaita shi da athermal |
| Ma'aunin Zafin Jiki | |
| Nisan Aunawa | Masana'antu: -15℃~+150℃ (Yanayin riba mai yawa); +50℃~+550℃(Yanayin riba mai ƙarancin yawa)Nau'in halittu: +30℃~+45℃ |
| Daidaiton Ma'auni | Masana'antu: ±2℃ ko ±2%Nau'in Halitta: ±0.5℃ |
| Wutar Lantarki | |
| Voltagearfin Wutar Lantarki na Shigarwa | 3.3V, 5V |
| Tsarin Bayanan Hoto | SPI/DVP |
| Umarni da Sarrafa | I2C |
| Amfani da Wutar Lantarki (@Zafin Ɗaki) | Aiki: 240 mW (Na yau da kullun) A lokacin taron rufewa: 600mW (Na yau da kullun) |
| Injiniyanci | |
| Girman Kunshin | 13 × 13 × 8 mm |
| Nauyi | 3.7g (ruwan tabarau na 2.0mm); 3.9g (ruwan tabarau na 3.2mm); 4.1g (ruwan tabarau na 4.3mm) |
| muhalli | |
| Zafin Aiki | -40℃~80℃ (Mai yin amfani da zafi) -10℃~75℃ (Ma'aunin zafin jiki na masana'antu) 10℃~50℃ (Ma'aunin zafin jiki na halittu) |
| Zafin Ajiya | -45℃~85℃ |
| Girgiza | 25g @11ms, rabin sine wave, umarnin XYZ |
Siffofi:
Girman ƙarami sosai, ƙarancin amfani da wutar lantarki, da kuma nauyi mai sauƙi sosaiAmfana daga girman fa'idodin ASIC da WLP; Amfana daga ƙarancin amfani da wutar lantarki na ASIC; Mini series thermal imaging module yana da allon da'ira ɗaya kawai, wanda yake da sauƙi sosai.
Core mai haɓaka kansaTare da ingantaccen tsarin gano hotuna, yana iya aiwatar da ƙararrawa ta sa ido ta atomatik, keɓance yankin gargaɗi, da kuma gane ko bin diddigin manufa ta atomatik; Manhajar haɗin yanar gizo tana da cikakkun ayyuka da hulɗa mai kyau. Tana ba da hanyoyi daban-daban na sa ido kamar hoton panoramic na 360°, hoton radar, da hoton firam ɗaya, kuma ana iya saita sigogi daban-daban na na'urar; Lokacin da aka sa ido kan abin da aka sa ido ya bayyana, yana iya yin ƙararrawa ta hanyar yanke hoto, log, sauti, da sauran hanyoyi;
Tsarin gano hoto mai zurfiAna iya nuna matsayin ƙararrawa daidai a ainihin lokacin akan hoton infrared panoramic da taswirar lantarki ta 2D/3D na tsarin GIS, kuma a haɗa shi da sauran na'urori na waje. Misali, tare da bin diddigin hoton gargaɗin farko mai cikakken daidaito na ARD, yana iya gano wuri da kuma gane abin da aka nufa cikin sauri, kammala tsarin bitar yanayin ƙararrawa, da kuma yin rikodin bayanan tsarin haɗin gwiwa;
Tsarin ingantaccen tsarin daidaita hotoƘaramin girma, launi na musamman, mai sauƙin shigarwa da tura shi a cikin yanayi daban-daban;
Kayan aikin gida masu wayo da intanet Gwajin kayan aikin wutar lantarki Kayan aikin auna zafin jikiGanin dare, kewayen tsaroGargaɗin wuta da yaƙi da gobara
