Isiqulatho
- Kutheni Umgangatho Wokudluliselwa Kwevidiyo Umisela Impumelelo Yomsebenzi Weedrone
- Uyilo lweNkqubo yeModyuli yoThumelo lweVidiyo yeDrone
- Imithetho ephambili yoYilo loThumelo lweVidiyo ye-UAV eZinzileyo necacileyo
- Izicelo ngokweShishini kunye neeNkcukacha eziCetyisiweyo
- Iimpazamo Eziqhelekileyo Ezithoba Umgangatho Wevidiyo Ye-UAV
- Kutheni Usebenza Novuyo Olupheleleyo Olutyebileyo kwiVidiyo yeTX Module Design & Assembly
Kutheni Umgangatho Wokudluliselwa Kwevidiyo Umisela Impumelelo Yomsebenzi Weedrone
Kuyo nayiphi na inkqubo yedrone—nokuba yi-FPV, ukujongwa, okanye ukuphononongwa kwe-AI—imodyuli yokudlulisa ividiyo yifestile yomqhubi esibhakabhakeni.
Sekunjalo, ngaphezulu kwama-40% eempazamo zeedrone ezikwintsimi kwimisebenzi yokujonga nokuhlola zibangelwa kukuyeka kwesignali, ukujija kwevidiyo, okanye ukuphazamiseka kweRF (umthombo: Ingxelo yeNkqubo ye-UAV yoRhwebo ka-2024).
Nokuba ukulibaziseka kwe-100ms kwi-60 fps kunokubangela ukuba iithagethi zingaphumeleli okanye ukulungiswa okugqithisileyo komqhubi kumdyarho we-FPV okhawulezayo.
Idrone yodidi oluphezulu kufuneka ibe nenkqubo yevidiyo yeTX ethi:
- Ulindelo oluphantsi (ngokufanelekileyo
- Ayinakuphazamiseka (ingakumbi xa ijikeleze iimoto, ii-ESC, iiGPS)
- I-HD-ekwaziyo (720p–1080p ene-adaptive encoding)
- Iyahambelana nezikhululo zasemhlabeni okanye iiglasi (HDZero, DJI O3, analog)
Uyilo lweNkqubo yeModyuli yoThumelo lweVidiyo yeDrone
| Icandelo | Umsebenzi | Inqaku loYilo |
|---|---|---|
| Ujongano lweKhamera | Yamkela igalelo levidiyo yedijithali (i-MIPI, i-HDMI) | Uyilo oluhambelana ne-impedance yesantya esiphezulu |
| I-Encoder | Icinezela isignali isebenzisa i-H.264/H.265 | Kubalulekile ukukhulula ubushushu kunye nokulawula i-jitter yewotshi |
| Isiphelo sangaphambili seRF (TX) | Ithumela isignali ngaphezulu kwe-5.8GHz / 2.4GHz | Ukukhusela, ucinezelo lwe-harmonic |
| Ulawulo lwaMandla | Iireli ze-3.3V, 5V, 12V | Sebenzisa ukucoca i-LC + ii-diode zeTVS |
| Izibuko le-Antena | Iqhagamshela kwi-antennas ezijikelezayo/ezithe nkqo | Umkhondo ohambelanayo we-50Ω, indlela esekwe kumphetho osezantsi |
⚠️ Musa ukuyilibala ingxolo yokutshintsha evela kwii-converter ze-DC-DC ezikwi-intanethi kufutshane ne-encoder. Yindawo exhaphakileyo yokufumana izinto ezingabonakaliyo.
Imithetho ephambili yoYilo loThumelo lweVidiyo ye-UAV eZinzileyo necacileyo
1. Indlela Yokwahlulahlula Ehamba Ngesantya Esiphezulu (i-MIPI/HDMI)
- Impedance yokwahluka elawulwayo ye-100Ω
- Kuphephe ubude be-stub >3mm
- Ubude obufanayo ngaphakathi kwe-±10mil
2. Isicwangciso sokukhusela i-EMI kunye ne-RF Ground
- Sebenzisa umhlaba oqinileyo phantsi kweenxalenye zeRF
- Yongeza ii-vias zokuthunga rhoqo nge-2cm kwindlela yevidiyo
- Izikhuselo zesinyithi phezu kweendawo ze-RF + ze-encoder
- Gcina isithuba esingaphezulu kwe-10mm ukusuka kwii-ESC kunye neemoto
3. Ulawulo lobushushu
- Uthululo lwekopolo phantsi kwe-encoder IC
- Yongeza ii-vias zobushushu ze-0.3mm (iphedi ye-0.6mm) kwi-GND
- Kwi-encoders ze-4K, yongeza iindawo ze-heatsink zomoya ophoqelelweyo
4. Ukucoca umbane
- Izihluzi ze-PI (10µF + 0.1µF + ferrite) kwireyile nganye ye-voltage
- Sebenzisa ii-diode zeTVS (umz., iPESD5V0S1UL) ukukhusela i-ESD kwizibuko le-antenna
Izicelo ngokweShishini kunye neeNkcukacha eziCetyisiweyo
| Isicelo | Iimfuno eziphambili | Ingcebiso |
|---|---|---|
| Iidrone zoMdyarho weFPV | Ukubambezeleka okuphantsi kakhulu, i-jitter encinci | I-Analog okanye i-DJI O3 / HDZero ene-encoder ye-50ms |
| Uhlolo lweMizi-mveliso | Ukucaca kwe-1080p, ukumelana ne-EMI | I-encoder ye-H.264 + i-5.8GHz RF ene-conformal coating |
| Ii-UAV zezoLimo | Uluhlu olude, oluzinzileyo phantsi kokungcangcazela | Imodyuli ye-2.4GHz + izihlanganisi ezifakwe kwisikrufu |
| Ukhuseleko kunye nokubeka iliso | Ukusasaza ngexesha langempela nge-GPS overlay | Isiphumo se-RTMP/UDP + imodyuli ye-RF efihliweyo |
| Iidrone ze-AI (CV / ML) | Ukutya okulahlekileyo okuphantsi kokufunyanwa kwezinto | Ividiyo ye-RAW MIPI + iprosesa yangaphambi kwe-buffer |
Iimpazamo Eziqhelekileyo Ezithoba Umgangatho Wevidiyo Ye-UAV
| Impazamo | Impembelelo | Isisombululo |
|---|---|---|
| Inqwelo-moya ekwabelwana ngayo emhlabeni kunye nee-ESC | Ingxolo ye-EMI, ukuyeka isikolo | Sebenzisa iiplani ezihlukeneyo, ukumisa iinkwenkwezi ezinenqaku elinye |
| Akukho ncedo lobushushu kwi-encoder | Ubushushu obugqithisileyo → isikrini esimnyama | Yongeza ii-thermal vias + ii-heatsinks |
| Iigoba ezingama-90° kwimigca yevidiyo ekhawulezayo | Ukubonakaliswa kwemiqondiso | Sebenzisa iindlela ezigobileyo ezingama-45° okanye iindlela ezigobileyo |
| Umkhondo we-antenna ende ngaphandle kokuhambelana | Isignali yokulahleka | Qinisekisa ukuba i-50Ω impedance + i-grounded edge coupling iyasebenza. |
| Umlawuli wokutshintsha usondele kakhulu kwi-RF | Ukufutha umfanekiso | Isihlangu + umgama >20mm ukusuka kwindlela ye-encoder |
Kutheni Usebenza Novuyo Olupheleleyo Olutyebileyo kwiVidiyo yeTX Module Design & Assembly
- ✅ Ngaphezulu kweminyaka engama-20 kuyilo lwe-PCB oluQhelekileyo
- ✅ Amava kwiimodyuli zeRF TX ukuya kuthi ga kwi-6GHz
- ✅ Inkxaso epheleleyo ye-DFM/DFT yeeBhodi zeVidiyo ze-UAV
- ✅ Ukukhusela, Ukufaka iimbiza, Ukwaleka okuqinileyo okukwaziyo
- ✅ Iprototype eKhawulezayo + i-Mass PCBA yeeDrone OEMs
📌 Nokuba ufuna ibhodi encinci ye-analog TX yeedroni zomdyarho okanye i-encoder yedijithali ye-1080p + i-RF stack yokujonga ngokuzimeleyo, siyila, siyile, size siyidibanise — yonke into yenziwe ngaphakathi.
