40mJ Laser Target Designator
IMICIMBI YOBUCHWEPHESHE
| Imodi yokusebenza | Ukuhamba, Ukukhanya | |||
| Ubude begagasi obusebenzayo | 1.064μm | |||
| Pulse energy | ≥40mJ | |||
| Ukushintshashintsha kwamandla e-Pulse | Ngaphakathi komjikelezo wokukhanya owodwa, ukushintshashintsha kwamandla okushaya okukodwa akudluli u-10% wamandla amaphakathi (abalwa ngemva kokukhipha ukukhanya imizuzwana emi-2) | |||
| I-engeli yokuhluka kwe-Beam | ≤0.5mrad | |||
| Ububanzi be-Pulse | 15ns±5ns | |||
| Ukuqina kwe-eksisi ye-laser | ≤0.05mrad (ukuzinza kwe-laser beam ekamelweni lokushisa elingu-25℃±5℃) | |||
| I-Laser beam axis i-zero-position drift | ≤0.15mrad (ukuzinza kwe-laser beam emazingeni okushisa aphezulu naphansi) | |||
| Iphutha lokuqondanisa phakathi kwe-eksisi yokubona kanye nebhentshimakhi yokufaka | I-Azimuth ≤0.5mrad, i-Pitch ≤0.25mrad | |||
| Ukusebenza okuhlukile | Imvamisa ebangeni kanye nesikhathi sokulinganisa esiphezulu esiphezulu | Imvamisa yokulinganisa | 1Hz/5Hz, ishothi eyodwa | |
| Isikhathi esiqhubekayo esisukela ku-1Hz asikho ngaphansi kwamaminithi angu-5, nokuphumula komzuzu ongu-1 | ||||
| Isikhathi esiqhubekayo esisukela ku-5Hz asikho ngaphansi komzuzu ongu-1, nokuphumula komzuzu ongu-1 | ||||
| Ibanga elincane elisukela | hhayi ngaphezu kwama-300m | |||
| Ibanga eliphakathi nendawo | hhayi ngaphansi kuka-5000m | |||
| Ukunemba okuguquguqukayo | ±2m | |||
| Izinga lokuthola ithagethi | hhayi ngaphansi kuka-98% | |||
| I-logic eshintshayo | I-logic yethagethi yokuqala neyokugcina, kanye nombiko wokugcina wethagethi | |||
| Ukusebenza kokukhanyisa | Ibanga lokukhanya | ≥3.5km | ||
| Imvamisa yokukhanyisa | Imvamisa eyisisekelo 20Hz | |||
| Indlela yokubhala ikhodi | Ikhodi yefrikhwensi enembile | |||
| isekela imvamisa enembile echazwe umsebenzisi | ||||
| Ukunemba kwekhodi | ±2.5μs | |||
| I-Irradiation Amandla | Ubude besikhathi sokushiswa kwemisebe okuqondiwe ngakunye abukho ngaphansi kwamasekhondi angu-20, futhi isikhawu phakathi kwemisebe elandelanayo asibi ngaphezu kwamasekhondi angu-30.Lolu cingo lukwazi ukwenza imisebe eqhubekayo imijikelezo eyi-10, futhi ngemva kokusebenza okuqhubekayo, isikhawu phakathi kwemisebe elandelanayo kufanele okungenani sibe imizuzu engama-30 ngaphambi kokuqala kabusha ukushiswa kwemisebe eqhubekayo. | |||
| Ubude besikhathi sokushiswa kwemisebe okuqondiwe ngakunye abukho ngaphansi kwamasekhondi angu-47, futhi isikhawu phakathi kwemisebe elandelanayo asibi ngaphezu kwamasekhondi angu-30.Idivayisi iyakwazi ukukhanyisela ngokuqhubekayo imijikelezo emi-2, futhi ngemva kokusebenza okuqhubekayo, isikhawu phakathi kwemisebe elandelanayo kufanele okungenani ibe imizuzu engama-30 ngaphambi kokuqala kabusha imisebe eqhubekayo. | ||||
| Impilo Yesevisi | Hhayi izikhathi ezingaphansi kwesigidi esingu-1 | |||
| Isisindo | Isisindo esiphelele se-laser rangefinder/illuminator | ≤500g | ||
| I-Voltage Yokuhlinzeka Amandla | Amandla kagesi | 18V～32V | ||
| Ukusetshenziswa kwamandla | Ukusetshenziswa kwamandla okulindile | ≤4W | ||
| Ukusetshenziswa kwamandla okumaphakathi | ≤60W | |||
| Ukusetshenziswa kwamandla okuphezulu | ≤120W | |||
| Ukuzivumelanisa Nemvelo | Izinga lokushisa lokusebenza | -40 ℃～55℃ | ||
| Izinga lokushisa lesitoreji | -55 ℃～70℃ | |||
CUMSEBENZI WE-ONTROL
I-laser rangefinder/illuminator ingafinyelela imisebenzi elandelayo ngokusebenzisa isixhumi esibonakalayo sokuxhumana kwe-serial:
2.1Phendula emiyalweni ye-laser esukela futhi ingayeka ukusukela nganoma yisiphi isikhathi ngokuya komyalo wokumisa;
2.2Ngesikhathi sokulinganisa, idatha yebanga nolwazi lwesimo kukhishwa kanye nge-pulse ngayinye;
2.3Ngemva kokuqala okuqhubekayo kusukela ku-1Hz, uma kungekho myalelo wokumisa owamukelwe, uzoma ngokuzenzakalelayo ngemva kwemizuzu engu-5;
2.4Ngemva kokuqala okuqhubekayo kusukela ku-5Hz, uma ungekho umyalo wokumisa owamukelwe, uzoma ngokuzenzakalelayo ngemva komzuzu ongu-1;
2.5Inomsebenzi owodwa osukela;
2.6Ingasetha imodi yokukhanyisa kanye nombhalo wekhodi, futhi ingakhipha izilungiselelo ezikhethiwe;
2.7Phendula emyalweni wokukhanyisa we-laser, khanyisa ngokuya ngemodi esethiwe kanye nombhalo wekhodi, futhi ungamisa ukukhanya nganoma yisiphi isikhathi ngokuya ngomyalo wokumisa;
2.8Uma ungekho umyalo wokumisa owamukelwe ngemva kokuqala ukukhanya, izoma ngokuzenzekelayo ngemva komjikelezo owodwa wokukhanyisa;
2.9Ngesikhathi sokukhanya kwe-laser, amanani ebanga nolwazi lwesimo kukhishwa kanye ku-pulse ngayinye;
2.10Ingabika inani eliqongelelwe lama-laser pulses akhishiwe (angalahleki uma kwenzeka ukwehluleka kwamandla);
2.11Ingabika inani eliqongelelwe lama-laser pulses akhishiwe (angalahleki uma kwenzeka ukwehluleka kwamandla);
2.12Ulwazi olubikiwe phakathi nomsebenzi wokukhanyisa kanye ne-laser luhlanganisa izinombolo zokubala ukushaya kwenhliziyo;
2.13Amakhodi wephutha wokuzihlola kanye nokuphumayo:
2.13.1Ukuzihlola kwamandla, okuhlanganisa
2.13.1.1RS422 isimo sokuxhumana se-serial port;
2.13.1.2I-alamu yokushisa ephezulu.
2.13.2Qala futhi uzihlole ngomjikelezo, okuhlanganisa:
2.13.2.1RS422 isimo sokuxhumana se-serial port;
2.13.2.2I-alamu yokushisa ephezulu;
2.13.2.3I-alamu yokushisa ephezulu.
Qaphela: I-Laser rangefinder/izikhanyisi zingathola kuphela ukushaja/ukushajwa kanye namaphutha okukhishwa kwe-laser/okungakhiphi lapho kukhipha imisebe ye-laser.Ngakho-ke, ukuzihlola kwamandla akudingi ukutholwa kwezinhlobo ezimbili ezingenhla zamaphutha.Phakathi kokuzihlola kokuqala nokuzihlola ngezikhathi ezithile, i-laser rangefinder/illuminator ibika imiphumela yokutholwa kusukela ekukhanyeni kokugcina noma ububanzi.
2.2Okukhishwayo kwesixwayiso sezinga lokushisa, ukusebenza okulindelekile ngesikhathi sokukhanyisa noma ukuhluka.
MI-ECHANICAL INTERFACE
I-interface schematic diagram
