I-1. I-Laser Dribers (LRF) ixhotyiswe ngemisebenzi eyodwa neyonwabisayo yomgangatho ochanekileyo.
I-2. Inkqubo yokujolisa phambili ye-LRRP ivumela ukuba ujolise kwiithagethi ezintathu ngaxeshanye.
3. Ukuqinisekisa ukufundwa ngokuchanekileyo, i-LRF inomsebenzi wokuzijonga ngokwakhelwe ngaphakathi. Eli nqaku liqinisekisa ngokuzenzekelayo i-calibration kunye nokusebenza kwesixhobo.
4. Ukuvula ngokukhawuleza okukhulu kunye nolawulo lwamandla ngokufanelekileyo, i-LRF ibandakanya inqaku lokuvuka kwemo yokulinda, elivumela ukuba ifowuni ingene kwimowudi yokulinda ephantsi yaMandla kwaye ivuke ngokukhawuleza xa kufuneka iluncedo ebomini.
5. Ngezakhono zayo zokulinganisa ezichanekileyo, inkqubo yokujolisa ngaphambili, ukuzijonga ngokwakheka, ukuzama ukuxhomekeka, i-LRF sisixhobo esinokuthenjwa nesisebenzayo sezixhobo ezahlukeneyo ezifuna ukungqungqa ngokuchanekileyo.
-Ukuhlutha
- i-drone-inyuka
-I-Electro-Optical Pod
Ukubekwa kweliso kumda
Udidi lokhuseleko lwe-laser | Iklasi 1 |
Wavelength | I-1535 ± 5NM |
I-Russing Ring | ≥3000 m |
Ubungakanani bethagethi: 2.3mx 2.3m, ukubonakala kwe-8km | |
Ubuncinci be-ring | ≤20m |
Ukuchaneka kwento | ± 2m (ichatshazelwe yiMeteorological Iimeko kunye nokugxininiswa kwexabiso) |
Ukuhamba rhoqo | 0.5-10hz |
Inqaku eliphezulu lethagethi | 5 |
Inqanaba lokuchaneka | ≥98% |
I-Alarm Alarm | ≤1% |
Imilinganiselo yemvulophu | I-69 x 41 x 30mmm |
Ubunzima | ≤90G |
Isinxibelelanisi sedatha | Molex-532610771 (ngokuqinisekileyo) |
I-voltagen yokuhambisa amandla | 5V |
Ukusetyenziswa kwamandla | 2W |
Ukulinda amandla | 1.2w |
Vibration | I-5hz, i-2.5g |
Wothuka | I-Axial ≥600G, 1ms |
Iqondo lokusebenza | -40 ukuya + 65 ℃ |
Iqondo lokugcina | -55 ukuya + 70 ℃ |