Kayayyaki

Samfuran TX43 GNSS masu karɓar GNSS ne na lokaci ɗaya waɗanda zasu iya karɓa da bin tsarin GNSS da yawa. Sakamakon gine-gine na gaba-gaba na RF da yawa, ana iya karɓar duk manyan ƙungiyoyin GNSS guda huɗu (GPS L1 L2, GLONASS G1 G2, Galileo E1 E5b da BDS B1I B2I) a lokaci guda. Ana iya sarrafa duk tauraron dan adam da ake gani don samar da hanyar kewayawa ta RTK lokacin amfani da bayanan gyara. Ana iya saita mai karɓar TX43 don GPS, GLONASS, Galileo da BDS tare da liyafar QZSS.

TX43 yana goyan bayan GNSS da siginoninsu kamar yadda aka nuna a tebur

1.5 Antenna

An tsara tsarin TX43 don eriya mai wucewa.

1.6 Aikace-aikacen Samfur

• Matukin jirgi ta atomatik • Taimakon tuƙi
• Filin hanyar hikima • Gwajin aminci na hankali
• Gano kai tsaye • Gudanar da abin hawa
• UAV • Ayyukan aikin gona
• Hankali • Mutum-mutumi mai hankali

1.7Ka'idoji

Pin aiki

2.2 Bayanin firikwensin geomagnetic

Lura: Samfurin kamfas na Magnetic: Tsarin geomagnetic shine VCM5883, VCM5883_MS_ADDRESS 0x0C Samfurin geomagnetic shine IST8310(Tsoho) , IST8310_MS_ADDRESS 0x0F.

3Bayanan lantarki

1 Kewayon zafin jiki shine kewayon zafin aiki ba tare da ma'aunin Farad ba

2 Hot fara ba za a iya za'ayi a lokacin da zazzabi ne kasa -20 ℃ ko sama da 60 ℃

Samfuran TX43 GNSS masu karɓar GNSS ne na lokaci ɗaya waɗanda zasu iya karɓa da bin tsarin GNSS da yawa. Sakamakon gine-gine na gaba-gaba na RF da yawa, ana iya karɓar duk manyan ƙungiyoyin GNSS guda huɗu (GPS L1 L2, GLONASS G1 G2, Galileo E1 E5b da BDS B1I B2I) a lokaci guda. Ana iya sarrafa duk tauraron dan adam da ake gani don samar da hanyar kewayawa ta RTK lokacin amfani da bayanan gyara. Ana iya saita mai karɓar TX43 don GPS, GLONASS, Galileo da BDS tare da liyafar QZSS.

TX43 yana goyan bayan GNSS da siginoninsu kamar yadda aka nuna a tebur

1.5 Antenna

An tsara tsarin TX43 don eriya mai wucewa.

1.6 Aikace-aikacen Samfur

• Matukin jirgi ta atomatik • Taimakon tuƙi
• Filin hanyar hikima • Gwajin aminci na hankali
• Gano kai tsaye • Gudanar da abin hawa
• UAV • Ayyukan aikin gona
• Hankali • Mutum-mutumi mai hankali

1.7Ka'idoji

Pin aiki

2.2 Bayanin firikwensin geomagnetic

Lura: Samfurin kamfas na Magnetic: Tsarin geomagnetic shine VCM5883, VCM5883_MS_ADDRESS 0x0C Samfurin geomagnetic shine IST8310(Tsoho) , IST8310_MS_ADDRESS 0x0F.

3Bayanan lantarki

1 Kewayon zafin jiki shine kewayon zafin aiki ba tare da ma'aunin Farad ba

2 Hot fara ba za a iya za'ayi a lokacin da zazzabi ne kasa -20 ℃ ko sama da 60 ℃

TX43 masu karɓar GNSS ne na lokaci ɗaya waɗanda zasu iya karɓa da bin tsarin GNSS da yawa. Sakamakon gine-ginen gaba-gaba na RF da yawa, ana iya karɓar duk manyan ƙungiyoyin GNSS guda huɗu (GPS, GLONASS Galileo da BDS) a lokaci guda. Ana iya sarrafa duk tauraron dan adam da ake gani don samar da hanyar kewayawa ta RTK lokacin amfani da bayanan gyara. Ana iya saita mai karɓar TX43 don GPS na lokaci guda, GLONASS, Galileo da BDS tare da QZSS, liyafar SBAS don ba da rahoton matsayi mai girma da mafita kewayawa. Dangane da babban injin matsayi na TX43, waɗannan masu karɓa suna ba da ƙwarewa na musamman da lokutan saye da matakan tsoma baki suna ba da damar ingantaccen matsayi ko da a cikin yanayi mai wahala.

UT986 sabon ƙarni ne na tsarin GNSS mai faɗin mitoci da yawa, ƙayyadaddun ƙayyadaddun tsarin lokaci wanda Hexinxingtong ya haɓaka da kansa. Samfurin yana haɗa masu tacewa da masu faɗakarwa na layi, kuma yana da ingantaccen tsarin mitar rediyo da iyawar tsoma baki. Yana haɗa fasahar hana tsangwama na daidaitawa da fasahar hana tsangwama ta hanyoyi da yawa a ciki, yana tallafawa gano tsangwama da ayyukan gano yaudara, kuma yana tabbatar da cewa ƙirar zata iya yin aiki a cikin hadaddun yanayin lantarki. Zai iya ba da kyakkyawan aiki. Tsarin na iya samar da daidaiton matakin nanosecond na PPS, goyan bayan ƙayyadaddun lokaci, lokacin ingantawa mai zaman kansa, da sanya lokaci, kuma har yanzu yana iya tabbatar da ingantaccen lokacin daidaitattun mahallin sigina.

UM982 sabon ƙarni ne BDS, GPS, GLONASS, Galileo, QZSS, SBAS tsarin-fadi, cikakken mitoci, babban madaidaicin matsayi da tsarin daidaitawa da kansa wanda Hexinxingtong ya haɓaka. Ya dogara ne akan haɗawa da sabon ƙarni na mitar mitar rediyon baseband da ingantattun algorithms waɗanda Hexinxingtong suka haɓaka da kansu. GNSS SoC guntu-NebulasIV ƙira. UM982 na iya yin waƙa a lokaci guda BDS B11, B21, B31, GPS L1, L2, L5, GLONASSG1, G2, GalileoE1, E5a, E5b, QZSSL1, L2, L5 da sauran sigina masu yawan mitoci, kuma suna goyan bayan tsarin haɗin gwiwa da yawa da tsarin matsayi mai zaman kansa. , masu amfani za su iya daidaita shi a hankali. UM982 yana da ginanniyar ingantacciyar naúrar hana tsangwama, wanda zai iya tabbatar da abin dogaro da daidaiton matsayi ko da a cikin hadaddun mahalli na lantarki. Yafi dacewa da filayen kamar drones, masu yankan lawn, aikin noma na gaskiya, da gwaje-gwajen tuki mai wayo, yana goyan bayan cikakken tsarin, cikakken tabo akan guntu RTK da lissafin jagora mai dual-antenna, kuma ana iya amfani dashi azaman tashar hannu ko tashar tushe.

UM981 sabon ƙarni ne na BDS, GPS, GLONASS, Galileo, QZSS cikakken tsarin, cikakken mitar RTK/INS hadedde na kewayawa da kansa ta hanyar toxu. Ya dogara ne akan sabon ƙarni na mitar mitar rediyo da babban madaidaicin algorithm hadedde GNSS da kansa wanda Hexinxingtong ya haɓaka. SoC guntu-NebulasIV ƙira. Yana iya lokaci guda waƙa da duk tsarin da maki mita kamar BDS, GPS, GLONASS, Galileo, QZSS, NavIC, SBAS, da dai sauransu Hade high-gudun iyo-point processor da RTK sadaukar co-processor don cimma 100 Hz saka sakamakon fitarwa. Haɗa guntuwar MEMS akan guntu da U-Fusion hade algorithm kewayawa, yadda ya kamata yana magance matsalar katsewar sakamakon sakawa saboda asarar kulle siginar tauraron dan adam, kuma yana iya samar da ci gaba da matsayi mai inganci a cikin hadaddun wurare kamar gine-gine, tunnels, viaducts, da inuwar bishiya. Sanya sakamakon. Don madaidaicin kewayawa da filayen sanyawa kamar binciken, taswira, ingantaccen aikin noma, da sauransu.

Unicore sabon-ƙarni na mallakar babban madaidaicin matsayi na RTK. Samfurin yana goyan bayan duk ƙungiyoyin taurari da mitoci da ake da su a halin yanzu. Yana fasalta ƙimar sabunta bayanan RTK na 50Hz, kuma yana goyan bayan PPP, gami da E6 HAS da BDS B2b. Tare da kyakkyawan aikin sa, UM980 ya dace sosai don aikace-aikacen sahibin madaidaicin madaidaicin, gami da bincike da taswira, ingantaccen aikin noma, da sa ido na lalacewa.

UM960 sabon ƙarni ne BDS/GPS/GLONASS/Galileo/QZSS cikakken tsarin madaidaicin madaidaicin madaidaicin RTK module wanda Hexinxingtong ya haɓaka. Ya dogara ne akan sabon ƙarni na mitar mitar rediyo da babban madaidaicin algorithm hadedde GNSS SoC da kansa wanda Hexinxingtong ya haɓaka. Chip-NebulasIV zane. Za a iya waƙa da BDS, GPS, GLONASS, Galileo, QZSS, SBAS da sauran mitocin sigina lokaci guda. Don madaidaicin kewayawa da filayen sanyawa kamar su jiragen sama marasa matuki, masu yankan lawn, na'urorin hannu, madaidaicin GIS, da mutummutumi.

K823 Multi-frequency positioning and orientation module shine babban madaidaicin matsayi na RTK da tsarin daidaitawa tare da maki da yawa ga tsarin gaba ɗaya. Yana da ginanniyar IMU kuma tana goyan bayan haɗaɗɗen kewayawa. Ya dace da aikace-aikace a cikin motocin jirage marasa matuki, ingantaccen aikin noma, gini na dijital, robotics, da sauran fannoni.

Ƙaƙƙarfan ƙaƙƙarfan allo mai inganci mai inganci

K807 babban aiki m high-madaidaicin jirgi ne mai ci gaba da kansa cikakken tsarin, Multi-mita high-madaidaici RTK matsayi kwamitin ta Sina Kewayawa. Yana goyan bayan saka idanu na ionospheric, kula da tururin ruwa, ajiyar 8GB, da sauran ayyuka, dacewa da cibiyoyin haɓakar ƙasa da sauran filayen.

K803 Cikakken-fasalin babban madaidaicin matsayi na tsari

Babban madaidaicin matsayi na RTK tare da cikakken tsarin da cikakkun maki; yana da ginanniyar ginanniyar a kan IMU kuma yana goyan bayan haɗaɗɗen kewayawa. Ya dace da aikace-aikace kamar robotics, drones, bincike da taswira, da haɓaka tushen ƙasa.

Babban madaidaicin tsarin sakawa don matakan mota

K802 babban madaidaicin madaidaicin matsayi na RTK don matakan kera motoci tare da maki da yawa don tsarin gabaɗayan; yana da ginanniyar ginanniyar a kan IMU kuma yana goyan bayan haɗaɗɗen kewayawa. Ya dace da aikace-aikace kamar tuƙi mai hankali.