Daga farkon rofstiest zuwa Lido ga DMS na yanzu, duk suna amfani da bandungiyar da ke kusa:
TOF module (850nm / 940nm)
LIDA (905nm / 1550nm)
DMS / ems (940nm)
A lokaci guda, taga na gani wani bangare ne na hanyar hangen nesa na mai gano / mai karɓa. Babban aikinsa shine don kare samfurin yayin watsa Laser na Laser na ƙira wanda aka fitar da laser, kuma yana tattara madaidaicin raƙuman ruwa ta taga.
Wannan taga dole ne ya sami wadannan ayyuka na yau da kullun:
1. Haɗin gani ya bayyana baƙar fata don rufe na'urorin zaɓin da ke bayan taga;
2. Gaba ɗaya farfajiyar dukiyar taga na gani ya ragu kuma ba zai haifar da tunani bayyananne ba;
3. Yana da kyakkyawan transmitance don laser kungiyar. Misali, don mafi yawan gama gari 905NM Lakali, juyawa na taga a cikin Band Band na iya kai sama da 95%.
4.
Koyaya, LIDAR da DMS samfuri ne na kayan aiki, don haka samfuran taga zasu iya biyan bukatun kyawawan abubuwan aminci, kuma bayyanar baƙar fata ta zama matsala.
01. Takaitaccen Solutions taga a halin yanzu akan kasuwa
Akwai nau'ikan uku guda uku:
Nau'in 1: An yi Subrate an yi shi ne da kayan shiga
Irin wannan abu baƙar fata ne saboda yana iya ɗaukar haske mai bayyane da watsa kunnawa kusan 90% (kamar 905nm a cikin band-infrared) da kuma gaba ɗaya yin magana game da kusan 10%.
Irin wannan kayan zai iya amfani da infrared bayyananniyar magana, kamar Bayer Makkolon na Topical, kuma ba za a iya yin tsayayya da abubuwan da ke faruwa ba, don haka wannan nau'in subrate) da kuma amfani da shi a cikin Windows Radar Samfurin ba tare da buƙatar ba dumama.
Hakanan zaka iya zaɓar Schott Rg850 ko GWB850 na kasar Sin, amma farashin wannan nau'in gilashin baƙi yana da yawa. Dauki gilashi na HWB850 a matsayin misali, farashinsa ya wuce sau 8 na gilashin poldastal na yau da kullun ba za a iya amfani da matsayin da aka samar da shi ba.
Nau'in 2: Amfani da Ink Fisrared
Wannan nau'in shigarwar shiga ciki Ink yana iya fitowa mai bayyane kuma yana iya tura ƙungiyar da ke kusa, tare da yanayin juyawa kusan kashi 80 zuwa 90%, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gabaɗaya, kuma matakin watsa labarai gaba ɗaya, da matakin watsa labarai gabaɗaya, kuma matakin watsa labarai gaba ɗaya, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gabaɗaya, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gabaɗaya, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gabaɗaya, da matakin watsa labarai gabaɗaya, da matakin watsa labarai gaba ɗaya, da matakin watsa labarai gabaɗaya, kuma matakin juya halin gaba ɗaya ne. Haka kuma, bayan tawada an hade tare da substrate mai tsaurin yanayin yanayin (kamar manyan abubuwan shiga da ake buƙata a cikin wasu samfuran yanayi tare da kyamarori masu wayo da kyamarori.
Nau'in 3: amfani da tace baƙar fata mai laushi
Tace mai rufi mai launin fata shine tace wanda zai iya toshe haske mai bayyane kuma yana da babban juyawa a cikin bandungiyar Nir (kamar 905nm).
An tsara tace mai rufi mai launin fata tare da silicon hydride, silicon oxide da sauran kayan fim na bakin ciki, kuma an shirya ta amfani da fasahar Magnetron ta amfani da fasahar Magnetron. An san shi ta hanyar kwanciyar hankali da ingantaccen aiki kuma ana iya samar da taro. A halin yanzu, fina-finai na al'ada baƙar fata na pictic na pictic na optica na yau da kullun dauko tsarin kama da fim mai haske. A karkashin silicon na al'ada na al'ada na al'ada hydron sputron tsari tsari, da na yau da kullun shine rage girman watsawa, don tabbatar da babban m transritance a cikin 905nm bands kamar 1550nm.
Lokacin Post: Nuwamba-22-2024
