M640 infrared thermal imaging module
1 Abubuwan Samfur
1. Samfurin yana da ƙananan ƙananan kuma mai sauƙi don haɗawa;
2. FPC an karɓa, wanda ke da wadata a cikin musaya da sauƙi don haɗi tare da wasu dandamali;
3. Rashin wutar lantarki;
4. Babban ingancin hoto;
5. Ma'aunin zafin jiki daidai;
6. daidaitattun bayanan bayanai, goyon bayan ci gaba na biyu, haɗin kai mai sauƙi, goyon bayan samun dama ga nau'o'in dandamali na sarrafa hankali.
♦Siffofin samfur
Nau'in | M640 |
Ƙaddamarwa | 640×480 |
sararin pixel | 17m ku |
| 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 |
Infrared thermal Hoto yana karya ta hanyar shingen gani na ilimin lissafi na halitta da abubuwan gama gari, kuma yana haɓaka hangen nesa na abubuwa. Kimiyya da fasaha na zamani ne na zamani, wanda ke taka muhimmiyar rawa wajen aiwatar da ayyukan soja, samar da masana'antu da sauran fannoni. Wani nau'i ne na kayan aiki wanda ke amfani da fasahar hoto ta infrared don canza yanayin rarraba yanayin yanayin abu zuwa hoto na gani ta hanyar gano hasken infrared na abu, sarrafa sigina, canjin hoto da sauran hanyoyi.
Wannan ƙirar infrared thermal imaging zane ya haɓaka daga babban injin zuwa na'ura mai ɗaukar hoto don gwajin filin, mai sauƙin ɗauka da tattarawa. Cikakken la'akari da bukatun mai amfani da abubuwan muhalli, samfurin yana da hankali kuma a takaice, tare da baki kasuwanci a matsayin babban launi da launin rawaya mai ido a matsayin kayan ado. Ba wai kawai yana ba wa mutane kyakkyawar jin daɗin kimiyya da fasaha na ƙarshe ba, har ma yana nuna ƙarfin ƙarfi da ɗorewa na kayan aiki, wanda ya dace da yanayin masana'antu na kayan aiki. Masana'antu sa uku proofing zane, m surface jiyya tsari, tare da mai kyau mai hana ruwa, dustproof, shockproof yi, dace da kowane irin matsananci yanayin masana'antu. Ƙirar gaba ɗaya tana cikin layi tare da ergonomics, ƙwarewar injin-injin, ingantaccen riko na hannu, anti drop, ganowa mara lamba da ganowa, ƙarin aminci da sauƙi aiki.
A aikace, injin infrared thermal imager ana amfani dashi galibi don magance matsalar masana'antu, wanda zai iya saurin gano yanayin zafin sassan da ake sarrafawa, ta yadda za'a iya fahimtar mahimman bayanai, kuma yana iya hanzarta gano kurakuran na'urorin lantarki kamar injina da injina. transistor. Hakanan za'a iya amfani da shi don gano mummunan hulɗa da kayan lantarki, da kuma sassa masu zafi na inji, don hana mummunar gobara da hatsarori Hatsari yana ba da hanyoyin ganowa da kayan aikin bincike don samar da masana'antu da sauran abubuwa masu yawa.
Hakanan za'a iya amfani da na'urar hoton zafin infrared azaman ingantaccen kayan ƙararrawa na wuta. Mun san cewa a cikin babban yanki na gandun daji, gobarar da ke ɓoye sau da yawa ba sa iya yin hukunci daidai da UAVs. Mai daukar hoto na thermal na iya gano wadannan gobarar da ke boye cikin sauri da inganci, da tantance wurin da wutar ta ke daidai, da kuma gano wurin kunna wuta ta hanyar hayaki, ta yadda za a hana da kuma kashe su da wuri.
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.
kallon hoto
Ayyukan gyaran gyare-gyare na rufewa na iya gyara rashin daidaituwa na hoton infrared da kuma daidaiton ma'aunin zafin jiki.Yana ɗaukar 5-10min don kayan aiki su kasance masu tsayayye yayin farawa. Na'urar ta fara rufewa ta tsohuwa kuma ta gyara sau 3. Bayan haka, ba a gyara shi ba. Ƙarshen baya na iya kiran mai rufewa akai-akai don gyara hoto da bayanan zafin jiki.