Imojula ye-M384 ye-infrared imaging ye-infrared
Imojula ye-Thermal imaging isekelwe ekufakweni kwe-ceramic engapholisiwe i-vanadium oxide infrared detector ukuthuthukisa ukusebenza okuphezulu kwemikhiqizo ye-infrared ye-thermal imaging, imikhiqizo yamukela isixhumi esibonakalayo esihambisanayo sedijithali, isixhumi esibonakalayo sicebile, sifinyeleleka okuguquguqukayo okuhlukahlukene kweplathifomu yokucubungula ehlakaniphile, nokusebenza okuphezulu namandla aphansi. ukusetshenziswa, umthamo omncane, kulula kuzici zokuhlanganiswa kokuthuthukiswa, kungahlangabezana nokusetshenziswa kwezinhlobo ezahlukene zokushisa kokulinganisa kwe-infrared yesidingo sokuthuthukiswa kwesibili.
Njengamanje, imboni yamandla iwumkhakha osetshenziswa kakhulu we-civil infrared thermal imaging equipment.Njengendlela esebenza kahle kakhulu futhi ekhulile yokutholwa okungaxhunywanga kusho ukuthi, isithombe esishisayo se-infrared singathuthukisa kakhulu inqubekelaphambili yokuthola izinga lokushisa noma ubuningi bomzimba, futhi sithuthukise ukuthembeka kokusebenza kwezisetshenziswa zokuphakelwa kwamandla.Imishini ye-infrared thermal imaging idlala indima ebaluleke kakhulu ekuhloleni inqubo yobuhlakani kanye ne-super automation embonini yamandla.
Izindlela eziningi zokuhlola ukukhubazeka okungaphezulu kwezingxenye zemoto ziyindlela yokuhlola engonakalisi yamakhemikhali okunamathela.Ngakho-ke, amakhemikhali amboziwe kufanele asuswe ngemva kokuhlolwa.Ngakho-ke, ngokombono wokuthuthukiswa kwendawo yokusebenza kanye nempilo yabaqhubi, kuyadingeka ukusebenzisa izindlela zokuhlola ezingabhubhi ngaphandle kwamakhemikhali.
Okulandelayo isethulo esifushane sezinye izindlela zokuhlola ezingawona amakhemikhali.Lezi zindlela ziwukusebenzisa ukukhanya, ukushisa, i-ultrasonic, i-eddy current, yamanje kanye nokunye okuvusa amadlingozi entweni yokuhlola ukuze uguqule izinga lokushisa lento, futhi usebenzise isithombe esishisayo esine-infrared ukuze kwenziwe ukuhlola okungabhubhisi amaphutha angaphakathi, imifantu, ukuxebuka kwangaphakathi kwento, kanye nokushisela, ukubopha, ukukhubazeka kwe-mosaic, ukuminyana kwe-inhomogeneity kanye nokujiya kwefilimu.
Ubuchwepheshe bokuhlola obungonakali bomfanekiso we-infrared thermal bunobuhle bokushesha, okungalimazi, ukungathinteki, isikhathi sangempela, indawo enkulu, ukutholwa kwerimothi kanye nokubonwa.Kulula kubasebenzi ukuba baqonde indlela yokusebenzisa ngokushesha.Isetshenziswe kabanzi ekukhiqizeni imishini, i-metallurgy, i-aerospace, yezokwelapha, i-petrochemical, amandla kagesi neminye imikhakha.Ngokuthuthuka kobuchwepheshe bekhompiyutha, uhlelo oluhlakaniphile lokuqapha kanye nokubona lwesithombe esishisayo se-infrared oluhlanganiswe nekhompyutha seluphenduke uhlelo olujwayelekile oludingekayo emikhakheni eminingi.
Ukuhlola okungonakali kuyisifundo sobuchwepheshe esisetshenziswa esisekelwe kwisayensi nobuchwepheshe besimanje.Isekelwe phezu kwesisekelo sokungabhubhisi izici ezibonakalayo nesakhiwo sento ezohlolwa.Isebenzisa izindlela ezibonakalayo ukuze ithole ukuthi kukhona yini ukungaqhubeki (ukukhubazeka) ngaphakathi noma ngaphezulu kwento, ukuze ihlulele ukuthi into ezohlolwa ifanelekile yini, bese ihlola ukusebenza kwayo.Njengamanje, isithombe se-infrared thermal sisekelwe ekungathinteni, kuyashesha, futhi singakala izinga lokushisa lezinto eziqondiwe ezihambayo kanye nezinto eziqondiwe ezincane.Ingabonisa ngokuqondile inkambu yokushisa engaphezulu yezinto ezinokulungiswa kwezinga lokushisa eliphezulu (kufika ku-0.01 ℃).Ingasebenzisa izindlela ezihlukene zokubonisa, ukugcinwa kwedatha kanye nokucubungula okuhlakaniphile kwekhompyutha.Isetshenziswa kakhulu endaweni ye-aerospace, i-metallurgy, imishini, i-petrochemical, imishini, izakhiwo, ukuvikelwa kwehlathi lemvelo kanye neminye imikhakha Domain.
Imingcele yomkhiqizo
| Uhlobo | M384 |
| Isixazululo | 384×288 |
| Indawo ye-Pixel | 17mm |
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| 93.0°×69.6°/4mm |
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| 55.7°×41.6°/6.8mm |
| Ubude be-FOV/Focal |
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| 28.4°x21.4°/13mm |
* I-Paralles interface kumodi yokukhipha engu-25Hz;
| I-FPS | 25Hz | |
| I-NETD | ≤[i-imeyili ivikelwe]#1.0 | |
| Izinga lokushisa lokusebenza | -15℃～+60℃ | |
| DC | 3.8V-5.5V DC | |
| Amandla | <300mW* | |
| Isisindo | <30g (13mm ilensi) | |
| Ubukhulu(mm) | 26*26*26.4(13mm ilensi) | |
| Isixhumi esibonakalayo sedatha | parallel/USB | |
| Control interface | I-SPI/I2C/USB | |
| Ukuqiniswa kwesithombe | Ukuthuthukiswa kwemininingwane yamagiya amaningi | |
| Ukulinganisa isithombe | Ukulungiswa kwe-shutter | |
| Iphalethi | Ukukhanya okumhlophe/okumnyama okushisayo/amapuleti anombala ongamanga amaningi | |
| Ibanga lokulinganisa | -20℃~+120℃(eyenziwe ngezifiso kufika ku-550℃) | |
| Ukunemba | ±3℃ noma ±3% | |
| Ukulungiswa kwezinga lokushisa | Imanuwali/Ngokuzenzakalelayo | |
| Izinga lokushisa lokukhipha izibalo | Okukhiphayo okuhambisanayo kwesikhathi sangempela | |
| Izibalo zokulinganisa izinga lokushisa | Sekela izibalo eziphezulu/ezincane, ukuhlaziya izinga lokushisa | |
incazelo yomsebenzisi
Umfanekiso1 womsebenzisi
Umkhiqizo usebenzisa isixhumi esingu-0.3Pitch 33Pin FPC (X03A10H33G), futhi i-voltage yokufaka ithi:3.8-5.5VDC, ukuvikelwa kwe-undervoltage akusekelwe.
Iphinikhodi ye-interface yefomu engu-1 yesithombe esishisayo
| Phina inombolo | igama | uhlobo | Amandla kagesi | Ukucaciswa | |
| 1,2 | VCC | Amandla | -- | Ukunikezwa kwamandla kagesi | |
| 3,4,12 | GND | Amandla | -- | indawo | |
| 5 | I-USB_DM | I/O | -- | I-USB 2.0 | DM |
| 6 | USB_DP | I/O | -- | DP | |
| 7 | I-USBEN* | I | -- | I-USB inikwe amandla | |
| 8 | SPI_SCK | I |
Okuzenzakalelayo: 1.8V LVCMOS ;(uma kudingeka 3.3V Okukhiphayo kwe-LVCOMS, sicela usithinte) |
I-SPI | SCK |
| 9 | SPI_SDO | O | I-SDO | ||
| 10 | SPI_SDI | I | I-SDI | ||
| 11 | SPI_SS | I | SS | ||
| 13 | DV_CLK | O |
VIDEOl | I-CLK | |
| 14 | DV_VS | O | VS | ||
| 15 | DV_HS | O | HS | ||
| 16 | DV_D0 | O | IDATHA0 | ||
| 17 | DV_D1 | O | IDATHA1 | ||
| 18 | DV_D2 | O | IDATHA2 | ||
| 19 | DV_D3 | O | IDATHA3 | ||
| 20 | DV_D4 | O | DATA4 | ||
| 21 | DV_D5 | O | IDATHA5 | ||
| 22 | DV_D6 | O | IDATHA6 | ||
| 23 | DV_D7 | O | IDATHA7 | ||
| 24 | DV_D8 | O | IDATHA8 | ||
| 25 | DV_D9 | O | IDATHA9 | ||
| 26 | DV_D10 | O | IDATHA10 | ||
| 27 | DV_D11 | O | IDATHA11 | ||
| 28 | DV_D12 | O | IDATHA12 | ||
| 29 | DV_D13 | O | IDATHA13 | ||
| 30 | DV_D14 | O | IDATHA14 | ||
| 31 | DV_D15 | O | IDATHA15 | ||
| 32 | I2C_SCL | I | I-SCL | ||
| 33 | I2C_SDA | I/O | I-SDA | ||
ukuxhumana kwamukela iphrothokholi yokuxhumana ye-UVC, ifomethi yesithombe i-YUV422, uma udinga ikhithi yokuthuthukisa ukuxhumana kwe-USB, sicela usithinte;
ekwakhiweni kwe-PCB, isignali yevidiyo yedijithali ehambisanayo iphakamise ukulawulwa kwe-impedance okungu-50 Ω.
Form 2 Ukucaciswa kukagesi
Ifomethi VIN =4V, TA = 25°C
| Ipharamitha | Khomba | Isimo sokuhlola | UHLOBO OLUMININYO MAX | Iyunithi |
| Ibanga le-voltage yokufaka | I-VIN | -- | 3.8 4 5.5 | V |
| Amandla | I-ILOAD | USBEN=GND | 75 300 | mA |
| I-USBEN=PHEZULU | 110 340 | mA | ||
| Ukulawula okunikwe amandla kwe-USB | I-USBEN-PHANSI | -- | 0.4 | V |
| I-USBEN- HIGN | -- | 1.4 5.5V | V |
Form 3 Absolute Maximum rating
| Ipharamitha | Ibanga |
| VIN kuya ku-GND | -0.3V ukuze +6V |
| DP, DM kuya ku-GND | -0.3V ukuze +6V |
| I-USBEN kuya ku-GND | -0.3V ukuze 10V |
| SPI kuya ku-GND | -0.3V ukuze +3.3V |
| VIDEO ku-GND | -0.3V ukuze +3.3V |
| I-I2C kuya ku-GND | -0.3V ukuze +3.3V |
| Izinga lokushisa lesitoreji | −55°C kuya +120°C |
| Izinga lokushisa lokusebenza | −40°C kuya +85°C |
Qaphela: Ububanzi esohlwini obuhlangabezana noma obudlula izilinganiso eziphelele bungase bubangele umonakalo unomphela emkhiqizweni. Lesi isilinganiso nje sengcindezi;Akusho ukuthi ukusebenza koMkhiqizo ngaphansi kwalezi zimo nanoma yiziphi ezinye izimo kuphezulu kunalezo ezichazwe ku Isigaba sokusebenza salokhu kucaciswa.Ukusebenza isikhathi eside okweqa izimo zokusebenza eziphezulu kungase kuthinte ukwethembeka komkhiqizo.
Idayagramu yokulandelana kwe-Digital interface okukhiphayo (T5)
Umfanekiso: 8bit image Parallel
M384
M640
M384
M640
Umfanekiso: Idatha ye-16bit Parallel yesithombe kanye nezinga lokushisa
M384
M640
Ukunaka
(1) Kunconywa ukuthi kusetshenziswe isampula yewashi elikhuphukayo ukuze uthole idatha;
(2) Ukuvumelanisa kwenkundla nokuvumelanisa komugqa kokubili kusebenza kahle kakhulu;
(3) Ifomethi yedatha yesithombe ithi YUV422, idatha ephansi ingu-Y, futhi ibhithi ephezulu ithi U/V;
(4) Iyunithi yedatha yezinga lokushisa ithi (Kelvin (K) *10), futhi izinga lokushisa langempela liyinani elifundwayo /10-273.15 (℃).
Isexwayiso
Ukuvikela wena nabanye ekulimaleni noma ukuvikela idivayisi yakho emonakalweni, sicela ufunde lonke ulwazi olulandelayo ngaphambi kokusebenzisa idivayisi yakho.
1. Ungabheki ngqo emithonjeni yemisebe enamandla kakhulu njengelanga ezingxenyeni zokunyakaza;
2. Ungathinti noma usebenzise ezinye izinto ukuze ushayisane newindi lomtshina;
3. Ungazithinti izinto zokusebenza nezintambo ngezandla ezimanzi;
4. Ungagobi noma ulimaze izintambo zokuxhuma;
5. Ungawakhuhli amathuluzi akho ngezincibilikisi;
6. Ungawakhiphi noma uxhume ezinye izintambo ngaphandle kokunqamula ugesi;
7. Ungaxhumi ikhebula elinamathiselwe ngokungalungile ukuze ugweme ukulimaza impahla;
8. Sicela unake ukuvimbela ugesi omile;
9. Sicela ungawuqedi umshini.Uma kukhona iphutha, sicela uxhumane nenkampani yethu ukuze uthole ukugcinwa kochwepheshe.
ukubukwa kwesithombe
Umdwebo wobukhulu be-Mechnical interface
