M384 infrared thermal imaging module
Thermal Hoto Module dogara ne a kan yumbu marufi uncooled vanadium oxide infrared injimin gano illa don haɓaka wani babban yi infrared thermal imaging kayayyakin, da kayayyakin rungumi a layi daya dijital fitarwa dubawa, dubawa ne mai arziki, adaptive damar iri-iri na fasaha dandali, tare da babban yi da kuma low iko. amfani, ƙaramin ƙara, mai sauƙi ga halaye na haɓaka haɓaka haɓakawa, na iya saduwa da aikace-aikacen nau'ikan nau'ikan ma'aunin zafin jiki na infrared na buƙatar ci gaba na biyu.
A halin yanzu, masana'antar wutar lantarki ita ce masana'antar da aka fi amfani da ita ta farar hular infrared thermal hoton kayan aikin. A matsayin mafi inganci kuma balagagge ma'anar gano lamba, infrared thermal imager na iya inganta ci gaban samun zazzabi ko adadin jiki sosai, kuma yana ƙara haɓaka amincin aiki na kayan samar da wutar lantarki. Infrared thermal Hoto kayan aiki yana taka muhimmiyar rawa wajen binciko tsarin hankali da babban aiki a cikin masana'antar wutar lantarki.
Yawancin hanyoyin duba lahani na saman sassan mota hanya ce ta gwaji mara lalacewa ta sinadarai masu rufi. Saboda haka, ya kamata a cire sinadarai masu rufi bayan dubawa. Don haka, daga yanayin inganta yanayin aiki da lafiyar masu aiki, ana buƙatar amfani da hanyoyin gwaji marasa lalacewa ba tare da sinadarai ba.
Mai zuwa shine taƙaitaccen gabatarwar wasu hanyoyin gwaji marasa lahani na sinadarai. Wadannan hanyoyin sune don amfani da haske, zafi, ultrasonic, eddy current, halin yanzu da sauran tashin hankali na waje akan abin dubawa don canza yanayin yanayin, da amfani da hoton thermal na infrared don gudanar da bincike mara lalacewa akan lahani na ciki, fasa, ciki peeling na abu, kazalika da waldi, bonding, mosaic lahani, yawa inhomogeneity da shafi film kauri.
Infrared thermal imager fasahar gwaji mara lalacewa yana da fa'idodi na sauri, mara lalacewa, mara lamba, ainihin lokaci, babban yanki, gano nesa da gani. Yana da sauƙi ga masu aiki su mallaki hanyar amfani da sauri. An yadu amfani da inji masana'antu, karafa, Aerospace, likita, petrochemical, wutar lantarki da sauran filayen. Tare da haɓaka fasahar na'ura mai kwakwalwa, tsarin sa ido na hankali da ganowa na infrared thermal imager hade da kwamfuta ya zama dole na al'ada tsarin ganowa a mafi yawan filayen.
Gwajin da ba ya lalacewa abu ne da ake amfani da shi a fannin fasaha bisa kimiyyar zamani da fasaha. Ya dogara ne a kan rashin lalata halaye na zahiri da tsarin abin da za a gwada. Yana amfani da hanyoyin zahiri don gano ko akwai lahani (nakasu) a ciki ko saman abin, ta yadda za a tantance ko abin da za a gwada ya cancanta, sannan a tantance iyawarsa. A halin yanzu, infrared thermal imager dogara ne a kan wadanda ba lamba, sauri, kuma zai iya auna zafin jiki na motsi hari da kuma micro hari. Yana iya kai tsaye nuna filin zafin jiki na abubuwa tare da ƙudurin zafin jiki (har zuwa 0.01 ℃). Yana iya amfani da hanyoyi daban-daban na nuni, adana bayanai da sarrafa fasaha na kwamfuta. An fi amfani dashi a cikin sararin samaniya, ƙarfe, injina, petrochemical, injiniyoyi, gine-gine, kare gandun daji na halitta da sauran filayen Domain.
Siffofin samfur
Nau'in | M384 |
Ƙaddamarwa | 384×288 |
sararin pixel | 17m ku |
| 93.0°×69.6°/4mm |
|
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| 55.7°×41.6°/6.8mm |
FOV/ Tsawon Hankali |
|
| 28.4°x21.4°/13mm |
* Madaidaicin dubawa a cikin yanayin fitarwa na 25Hz;
FPS | 25 Hz | |
NETD | ≤60mK@f#1.0 | |
Yanayin aiki | -15℃~+60℃ | |
DC | 3.8V-5.5V DC | |
Ƙarfi | <300mW* | |
Nauyi | <30g (13mm ruwan tabarau) | |
Girma (mm) | 26*26*26.4(13mm ruwan tabarau) | |
Bayanan bayanai | layi daya/USB | |
Gudanar da dubawa | SPI/I2C/USB | |
Ƙarfafa hoto | Multi-gear haɓaka daki-daki | |
Gyaran hoto | Gyaran rufewa | |
Palette | Farin haske/baƙar zafi/ faranti masu launi da yawa | |
Ma'auni kewayon | -20 ℃ ~ + 120 ℃ (na musamman har zuwa 550 ℃) | |
Daidaito | ± 3 ℃ ko ± 3% | |
Gyaran yanayin zafi | Manual / atomatik | |
Fitowar kididdigar zafin jiki | Fitowar daidaitaccen lokaci na ainihi | |
Kididdigar ma'aunin zafin jiki | Taimakawa matsakaicin /ƙaƙƙarfan ƙididdiga, nazarin yanayin zafi |
bayanin dubawar mai amfani
Hoto1 mai amfani
Samfurin yana ɗaukar mai haɗin FPC 0.3Pitch 33Pin (X03A10H33G), kuma ƙarfin shigarwar shine: 3.8-5.5VDC, kariya mara ƙarfi ba ta da tallafi.
Form 1 interface fil na thermal imager
Lambar fil | suna | nau'in | Wutar lantarki | Ƙayyadaddun bayanai | |
1,2 | VCC | Ƙarfi | -- | Tushen wutan lantarki | |
3,4,12 | GND | Ƙarfi | -- | 地 | |
5 | USB_DM | I/O | -- | Kebul na USB 2.0 | DM |
6 | USB_DP | I/O | -- | DP | |
7 | USBEN* | I | -- | An kunna USB | |
8 | SPI_SCK | I |
Tsoffin: 1.8V LVCMOS ; (idan bukatar 3.3V Fitowar LVCOMS, da fatan za a tuntuɓe mu) |
SPI | SCK |
9 | SPI_SDO | O | SDO | ||
10 | SPI_SDI | I | SDI | ||
11 | SPI_SS | I | SS | ||
13 | DV_CLK | O |
VIDEOl | CLK | |
14 | DV_VS | O | VS | ||
15 | DV_HS | O | HS | ||
16 | DV_D0 | O | DATA0 | ||
17 | DV_D1 | O | DATA1 | ||
18 | DV_D2 | O | DATA2 | ||
19 | DV_D3 | O | DATA3 | ||
20 | DV_D4 | O | DATA4 | ||
21 | DV_D5 | O | DATA5 | ||
22 | DV_D6 | O | DATA6 | ||
23 | DV_D7 | O | DATA7 | ||
24 | DV_D8 | O | DATA8 | ||
25 | DV_D9 | O | DATA9 | ||
26 | DV_D10 | O | DATA10 | ||
27 | DV_D11 | O | DATA11 | ||
28 | DV_D12 | O | DATA12 | ||
29 | DV_D13 | O | DATA13 | ||
30 | DV_D14 | O | DATA14 | ||
31 | DV_D15 | O | DATA15 | ||
32 | I2C_SCL | I | SCL | ||
33 | I2C_SDA | I/O | SDA |
sadarwa rungumi dabi'ar UVC sadarwa yarjejeniya, image format ne YUV422, idan kana bukatar USB sadarwa ci gaban kit, da fatan za a tuntube mu;
a cikin ƙirar PCB, siginar bidiyo na dijital mai kama da juna ya ba da shawarar sarrafa impedance 50 Ω.
Form 2 Bayanin Wutar Lantarki
Tsarin VIN = 4V, TA = 25°C
Siga | Gane | Yanayin gwaji | MIN TYP MAX | Naúrar |
Wurin shigar da wutar lantarki | VIN | -- | 3.8 4 5.5 | V |
Iyawa | ILOAD | USBEN=GND | 75 300 | mA |
USBEN = KYAUTA | 110 340 | mA | ||
Kebul kunna iko | USBEN-LOW | -- | 0.4 | V |
USBEN- KYAUTA | -- | 1.4 5.5V | V |
Form 3 Cikakken Ƙimar Maɗaukaki
Siga | Rage |
VIN zuwa GND | -0.3 zuwa +6V |
DP, DM zuwa GND | -0.3 zuwa +6V |
USBEN zuwa GND | -0.3 zuwa 10V |
SPI zuwa GND | -0.3V zuwa +3.3V |
BIDIYO zuwa GND | -0.3V zuwa +3.3V |
I2C zuwa GND | -0.3V zuwa +3.3V |
Yanayin ajiya | -55°C zuwa +120°C |
Yanayin aiki | -40°C zuwa +85°C |
Lura: Matsakaicin da aka jera waɗanda suka hadu ko suka wuce cikakkiyar ƙimar ƙima na iya haifar da lalacewa ta dindindin ga samfurin.Wannan ƙimar damuwa ce kawai;Kada a ce aikin samfur ɗin ƙarƙashin waɗannan ko wasu sharuɗɗan ya fi waɗanda aka kwatanta a cikin sashen ayyuka na wannan ƙayyadaddun bayanai. Tsawaita ayyukan da suka wuce iyakar yanayin aiki na iya shafar amincin samfurin.
Jadawalin fitarwa na dijital na dijital (T5)
M640
Hankali
(1) Ana ba da shawarar yin amfani da samfurin agogo mai tasowa don bayanai;
(2) Yin aiki tare da filin aiki da aiki tare da layi duka suna da tasiri sosai;
(3) Tsarin bayanan hoton shine YUV422, ƙananan bayanai shine Y, babban bit shine U/V;
(4) Naúrar bayanan zafin jiki shine (Kelvin (K) *10), kuma ana karanta ƙimar ainihin zafin jiki /10-273.15 (℃).
Tsanaki
Don kare ku da wasu daga rauni ko don kare na'urarku daga lalacewa, da fatan za a karanta duk bayanan masu zuwa kafin amfani da na'urar ku.
1. Kada ku kalli kai tsaye ga maɓuɓɓugan radiation mai ƙarfi kamar rana don abubuwan motsi;
2. Kar a taɓa ko amfani da wasu abubuwa don yin karo da taga mai ganowa;
3. Kada ku taɓa kayan aiki da igiyoyi da hannayen rigar;
4. Kar a lanƙwasa ko lalata igiyoyin haɗi;
5. Kada ku goge kayan aikinku tare da diluents;
6. Kada a cire ko toshe wasu igiyoyi ba tare da cire haɗin wutar lantarki ba;
7. Kada ka haɗa kebul ɗin da aka makala ba daidai ba don kauce wa lalata kayan aiki;
8. Da fatan za a kula da hana a tsaye wutar lantarki;
9. Don Allah kar a kwance kayan aiki. Idan akwai wani laifi, da fatan za a tuntuɓi kamfaninmu don kula da ƙwararru.