Iimveliso

Iimodyuli ze-TX43 GNSS ngabamkeli be-GNSS abakwaxeshanye abanokufumana kwaye balandelele iinkqubo ezininzi ze-GNSS. Ngenxa yoyilo lwangaphambili lwe-RF enamaqela amaninzi, onke amakroza amakhulu e-GNSS (GPS L1 L2, GLONASS G1 G2, Galileo E1 E5b kunye ne-BDS B1I B2I) inokufunyanwa ngaxeshanye. Zonke iisathelayithi ezibonwayo zinokucutshungulwa ukuze zibonelele ngesisombululo sokuhamba nge-RTK xa zisetyenziswa ngedatha yokulungisa. Umamkeli we-TX43 unokumiselwa kwi-GPS, i-GLONASS, iGalileo kunye ne-BDS kunye nolwamkelo lwe-QZSS.

I-TX43 ixhasa i-GNSS kunye neempawu zabo njengoko kubonisiwe kwitheyibhile

1.5 I-eriyali

Imodyuli ye-TX43 yenzelwe i-eriyali yokwenziwa.

1.6 Isicelo seMveliso

• I-Automaticpilot • Ukuqhuba ngokuncediswa
• Indawo yendlela yobulumko • Uvavanyo lokhuseleko olukrelekrele
• Ukubona ngokuthe ngqo • Ulawulo lwesithuthi
• I-UAV • I-automation yezoLimo
• Ubukrelekrele • Irobhothi ekrelekrele

1.7Imigaqo-nkqubo

Pin isabelo

2.2 INkcazelo yeenzwa ze-geomagnetic

Qaphela: Imodeli yekhampasi yemagnethi: Imodeli yegeomagnetic yiVCM5883, VCM5883_MS_ADDRESS 0x0C Imodeli yegeomagnetic yi IST8310(Ehlala ikho) , IST8310_MS_ADDRESS 0x0F.

3Iinkcukacha zombane

1 Uluhlu lweqondo lokushisa luluhlu lweqondo lokushisa lokusebenza ngaphandle kweFarad capacitor

2 Ukuqala okushushu akunakuqhutywa xa ubushushu bungaphantsi kwe-20℃ okanye ngaphezulu kwe-60℃

Iimodyuli ze-TX43 GNSS ngabamkeli be-GNSS abakwaxeshanye abanokufumana kwaye balandelele iinkqubo ezininzi ze-GNSS. Ngenxa yoyilo lwangaphambili lwe-RF enamaqela amaninzi, onke amakroza amakhulu e-GNSS (GPS L1 L2, GLONASS G1 G2, Galileo E1 E5b kunye ne-BDS B1I B2I) inokufunyanwa ngaxeshanye. Zonke iisathelayithi ezibonwayo zinokucutshungulwa ukuze zibonelele ngesisombululo sokuhamba nge-RTK xa zisetyenziswa ngedatha yokulungisa. Umamkeli we-TX43 unokumiselwa kwi-GPS, i-GLONASS, iGalileo kunye ne-BDS kunye nolwamkelo lwe-QZSS.

I-TX43 ixhasa i-GNSS kunye neempawu zabo njengoko kubonisiwe kwitheyibhile

1.5 I-eriyali

Imodyuli ye-TX43 yenzelwe i-eriyali yokwenziwa.

1.6 Isicelo seMveliso

• I-Automaticpilot • Ukuqhuba ngokuncediswa
• Indawo yendlela yobulumko • Uvavanyo lokhuseleko olukrelekrele
• Ukubona ngokuthe ngqo • Ulawulo lwesithuthi
• I-UAV • I-automation yezoLimo
• Ubukrelekrele • Irobhothi ekrelekrele

1.7Imigaqo-nkqubo

Pin isabelo

2.2 INkcazelo yeenzwa ze-geomagnetic

Qaphela: Imodeli yekhampasi yemagnethi: Imodeli yegeomagnetic yiVCM5883, VCM5883_MS_ADDRESS 0x0C Imodeli yegeomagnetic yi IST8310(Ehlala ikho) , IST8310_MS_ADDRESS 0x0F.

3Iinkcukacha zombane

1 Uluhlu lweqondo lokushisa luluhlu lweqondo lokushisa lokusebenza ngaphandle kweFarad capacitor

2 Ukuqala okushushu akunakuqhutywa xa ubushushu bungaphantsi kwe-20℃ okanye ngaphezulu kwe-60℃

I-TX43 ngabamkeli be-GNSS abakwaxeshanye abanokufumana kwaye balandelele iinkqubo ezininzi ze-GNSS. Ngenxa yoyilo lwangaphambili lwe-RF, onke amaqoqo eenkwenkwezi e-GNSS (i-GPS, i-GLONASS Galileo kunye ne-BDS) inokufunyanwa ngaxeshanye. Zonke iisathelayithi ezibonwayo zinokucutshungulwa ukuze zibonelele ngesisombululo sokuhamba nge-RTK xa zisetyenziswa ngedatha yokulungisa. Umamkeli we-TX43 unokumiselwa kwi-GPS, i-GLONASS, iGalileo kunye ne-BDS kunye ne-QZSS, ulwamkelo lwe-SBAS ukubonelela ngengxelo yendawo yokusebenza ephezulu kunye nesisombululo sokuhamba. Ngokusekwe kwi-injini yesikhundla esiphezulu se-TX43, aba bamkeli banikezela ngovelwano olukhethekileyo kunye namaxesha okufumana kunye nemilinganiselo yokuphazamiseka yokuphazamiseka yenza ukuba indawo ethembekileyo ibe phantsi kweemeko ezinzima zesignali.

I-UT986 sisizukulwana esitsha senkqubo ye-GNSS ebanzi ngokuphindaphindiweyo, imodyuli ephezulu yokuchaneka kwexesha ngokuzimeleyo ephuhliswe nguHexinxingtong. Imodyuli idibanisa izihluzi kunye ne-amplifiers ehambelanayo, kwaye iphucule ubume berediyo kunye nokuphazamiseka koxinzelelo. Idibanisa iteknoloji ye-anti-interference eguquguqukayo kunye neteknoloji yokunciphisa iindlela ezininzi ngaphakathi, ixhasa ukubonwa kokuphazamiseka kunye nemisebenzi yokufumanisa inkohliso, kwaye iqinisekisa ukuba imodyuli isenokuthi isebenze kwiindawo ezinzima ze-electromagnetic. Inokubonelela ngokusebenza kakuhle. Imodyuli inokubonelela ngokuchaneka kwe-PPS ye-nanosecond-level, ukuxhasa ixesha elimiselweyo, ixesha elizimeleyo lokuphucula, kunye nokubeka ixesha, kwaye isenokuqinisekisa ukuchaneka kwexesha elifanelekileyo kwiindawo zesignali ezinzima.

I-UM982 isizukulwana esitsha se-BDS, i-GPS, i-GLONASS, i-Galileo, i-QZSS, i-SBAS inkqubo ngokubanzi, i-full-frequency, i-high-precision positioning kunye nemodyuli yokuqhelanisa ngokuzimeleyo iphuhliswe yi-Hexinxingtong. Isekelwe ekudityanisweni kwesizukulwana esitsha se-rediyo frequency baseband kunye ne-high-precision algorithms ephuhliswe ngokuzimeleyo nguHexinxingtong. Itshiphu ye-GNSS SoC-uyilo lweNebulasIV. UM982 unako ukulandelela ngaxeshanye i-BDS B11, B21, B31, GPS L1, L2, L5, GLNASSG1, G2, GalileoE1, E5a, E5b, QZSSL1, L2, L5 kunye nezinye iimpawu ze-multi-frequency, kwaye ixhasa i-multi-system joint positioning and single- indlela yokumisa ezimeleyo. , abasebenzisi banokuyiqwalasela ngokulula. I-UM982 ineyunithi eyakhelwe-ngaphakathi yokuchasana nokuphazamiseka, enokuqinisekisa ukuchaneka okuthembekileyo kunye nokuchaneka kokubeka kwindawo nakwimimandla enzima ye-electromagnetic. Ijolise ikakhulu kumasimi anje ngedrones, oomatshini bokucheba ingca, ukuchaneka kwezolimo, kunye novavanyo lokuqhuba ngobuchule, ixhasa inkqubo epheleleyo, indawo egcwele i-frequency kwi-chip RTK kunye nokubalwa kwe-eriyali ezimbini, kwaye inokusetyenziswa njengesikhululo esihambayo okanye isikhululo sesiseko.

I-UM981 isizukulwana esitsha se-BDS, i-GPS, i-GLONASS, i-Galileo, i-QZSS inkqubo epheleleyo, i-full-frequency RTK / INS imodyuli yokukhangela edibeneyo ngokuzimeleyo ephuhliswe yi-toxu. Isekwe kwisizukulwana esitsha serediyo frequency baseband kunye ne-high-precision algorithm edityanisiweyo ye-GNSS ngokuzimeleyo ephuhliswe yi-Hexinxingtong. I-chip ye-SoC-NebulasIV uyilo. Iyakwazi ukulandelela ngaxeshanye yonke inkqubo kunye namanqaku e-frequency njenge-BDS, i-GPS, i-GLONASS, i-Galileo, i-QZSS, i-NavIC, i-SBAS, njl njl. Iprosesa edibeneyo ye-high-speed-floating-point processor kunye ne-RTK ezinikeleyo ye-co-processor ukufezekisa i-100 Hz isiphumo sesiphumo sokumisa. Ukudibanisa i-chip ye-MEMS ye-onboard kunye ne-U-Fusion edibeneyo yokukhangela i-algorithm, ixazulula ngokufanelekileyo ingxaki yokuphazamiseka kweziphumo zokubeka ngenxa yokulahlekelwa kwesitshixo somqondiso wesathelayithi, kwaye inokubonelela ngokuqhubekayo umgangatho ophezulu wokumisa kwiindawo ezinzima ezifana nezakhiwo, iitonela, i-viaducts, kunye nemithunzi yemithi. Ukubeka iziphumo. Ukuchaneka okuphezulu kokuhamba kunye neendawo zokubeka ezifana nokuhlola, imephu, ukuchaneka kwezolimo, njl.

Imodyuli yokubeka indawo ye-RTK yesizukulwana esitsha ye-Unicore. Imodyuli ixhasa onke amaqela eenkwenkwezi akhoyo ngoku kunye nee-frequencies. Ibonisa izinga lokuhlaziywa kwedatha ye-50Hz RTK, kwaye ixhasa i-PPP, kuquka i-E6 HAS kunye ne-BDS B2b. Ngokusebenza kwayo okugqwesileyo, i-UM980 ifanelekele izicelo zovavanyo oluchanekileyo olukwinqanaba eliphezulu, kuqukwa uphononongo nokwenza iimephu, ukuchaneka kwezolimo, kunye nokubekwa kweliso kuguquko.

I-UM960 sisizukulwana esitsha se-BDS / GPS / GLONASS / Galileo / QZSS inkqubo epheleleyo ye-multi-frequency high-precision RTK imodyuli yokumisa ngokuzimeleyo iphuhliswe nguHexinxingtong. Isekwe kwisizukulwana esitsha se-rediyo frequency baseband kunye ne-high-precision algorithm edityanisiweyo ye-GNSS SoC ngokuzimeleyo ephuhliswe yi-Hexinxingtong. I-Chip-NebulasIV uyilo. Unokulandela ngaxeshanye i-BDS, i-GPS, i-GLONASS, iGalileo, i-QZSS, i-SBAS kunye nezinye iifrikhwensi zesignali. Kuhambo oluchanekileyo oluphezulu kunye neendawo zokubeka ezifana needrone zokusebenza, izitshizi zengca, izixhobo eziphathwa ngesandla, ukuchaneka okuphezulu kwe-GIS, kunye neerobhothi.

Imodyuli ye-K823 ye-multi-frequency positioning and orientation module is self-developed high-precision RTK positioning and orientation module with multiple frequency points for the whole system. Ine-IMU eyakhelweyo kwaye ixhasa ukuhamba okudibeneyo. Ilungele ukusetyenziswa kwizithuthi zasemoyeni ezingenamntu, ezolimo ezichanekileyo, ulwakhiwo lwedijithali, iirobhothi, kunye namanye amacandelo.

Ibhodi yomgangatho ophezulu we-compact high-precision board

Ibhodi ye-K807 ye-compact high-precision high-precision board yi-self-developed full-system, i-multi-frequency high-precision RTK ibhodi yokubeka i-Sina Navigation. Ixhasa ukubeka iliso kwe-ionospheric, ukujongwa komphunga wamanzi, ukugcinwa kwe-8GB, kunye neminye imisebenzi, efanelekileyo kuthungelwano lwe-augmentation esekelwe emhlabeni kunye nezinye iindawo.

Imodyuli ye-K803 egcweleyo ebonisa ukuchaneka okuphezulu

Imodyuli yokubeka i-RTK ephezulu enenkqubo epheleleyo kunye namanqaku apheleleyo aphindaphindiweyo; ine-IMU eyakhelwe-ngaphakathi kwaye ixhasa ukuhamba okudibeneyo. Ifanelekile kwizicelo ezifana neerobhothi, iidrone, uhlolo kunye nemephu, kunye nokwandiswa komhlaba.

Imodyuli yokubeka echanekileyo ephezulu kwimigangatho yeemoto

I-K802 yimodyuli ephezulu echanekileyo yokubeka i-RTK yemigangatho yemoto eneendawo ezininzi zokuphindaphinda kuyo yonke inkqubo; ine-IMU eyakhelwe-ngaphakathi kwaye ixhasa ukuhamba okudibeneyo. Ifanelekile kwizicelo ezifana nokuqhuba okukrelekrele.