Ngophuhliso olukhawulezayo lwetekhnoloji yedrone, iidrones ziye zaba sisixhobo esibalulekileyo kumashishini amaninzi. Ngokukodwa iqhutywa bubulumko kunye ne-automation, iidrones ziya kungena nzulu kuzo zonke iindlela zobomi. Njengoko "ubuchopho" be-drone, umlawuli wendiza ubeka iliso kwaye ulungelelanise imeko ye-flight ye-drone ngexesha langempela ukuqinisekisa ukuchaneka kunye nokhuseleko lwendlela yokuhamba.
I-capacitor ngaphakathi kwesilawuli sendiza ayiyona nje into esisiseko. Ukusebenza kwayo kunye nomgangatho kuchaphazela ngokuthe ngqo ukuzinza kwendiza kunye nokhuseleko lwe-drone, okwenza kube yinto ephambili yokufezekisa ulawulo olufanelekileyo.
INXALENYE.I-01 ye-polymer eyomeleleyo ye-aluminium electrolytic capacitor
Ngexesha lokubhabha kwedrone, umlawuli wenqwelomoya uya kufumana utshintsho oluguquguqukayo olwahlukeneyo, oluhlala lukhokelela kuguquko lwangoku kunye nombane. Ukuqinisekisa ukuba umlawuli wenqwelomoya unokusebenza ngokuzinzileyo kwaye aphephe amaza akhoyo ngoku ekuphazamisana nenkqubo,i-polymer eyomeleleyo ye-aluminium electrolytic capacitorsdlala indima ephambili yokucoca kumlawuli, uqinisekise ukuba umlawuli wendiza unokusebenza ngokuzinzileyo nangempumelelo phantsi kweemfuno eziphezulu zokusebenza.
01 Ibhityile kakhulu kwaye incinci:
Inzuzo yevolumu encinci kakhulu yenza ukuba i-laminated polymer eqinile ye-aluminium electrolytic capacitor ukuba ithathe indawo encinci kwisilawuli se-flight, esinceda ukunciphisa ubunzima obupheleleyo bomlawuli wenqwelomoya kunye nokuphucula ukusebenza kakuhle kwenqwelomoya kunye nokunyamezela kwe-drone.
02 Ukuphazamiseka okuphantsi:
Kwinkqubo yokunikezelwa kwamandla omlawuli wendiza, imfuno yangoku iphendulwa ngokukhawuleza. Ngokukodwa phantsi kwee-high-frequency kunye ne-high-speed control signals, i-impedance ephantsi inokunciphisa kakhulu ukulahlekelwa kwamandla kwaye iqinisekise ukuzinza kwe-voltage yenkqubo kunye nokusebenza okuphezulu kokunikezelwa kwamandla.
03 Ukuxinana okuphezulu kwamandla:
Kubalawuli beenqwelo-moya, ii-capacitors kufuneka zikhulule ngokukhawuleza ubuninzi bamandla ukujamelana nemithwalo ephezulu, ngakumbi ngexesha lokujika okubukhali okanye ukukhawuleza. Ukuxinana okuphezulu kwe-polymer eqinile ye-aluminium electrolytic capacitors inceda ukuzinzisa ukuguquguquka kwamandla kunye nokuthintela ukunqongophala kwamandla ekubangeleni ukubhabha okungazinzanga okanye ukulahlekelwa kolawulo.
04 Imelana neripple yangoku:
Abalawuli be-Flight bahlala bedibana nokuguquguquka kwangoku kunye ne-ripples kwimisebenzi enzima. I-Multilayer polymer capacitors eqinile inokunyamezelana okugqwesileyo ngoku, inokucinezela ngokufanelekileyo ukuguquguquka kwangoku, ukufunxa ngokukhawuleza kunye nokukhulula okwangoku, ukuthintela i-ripple current ekuphazamiseni inkqubo yokulawula inqwelomoya, kunye nokuqinisekisa ukuchaneka komqondiso ngexesha lokubhabha.
INXALENYE.02 Chip Supercapacitor
Itshiphu yewotshi ye-RTC kwisilawuli senqwelomoya ye-UAV inokubonelela ngereferensi yexesha elichanekileyo. ISMD supercapacitorisebenza njengomthombo wamandla ogciniweyo wetshiphu ye-RTC. Xa unikezelo lwamandla olawulo lwendiza luphazamiseka okwethutyana okanye i-voltage iguquguquka, inokukhawuleza ihlawulise kwaye ikhulule amandla ukuze iqhubeke nokubonelela ngombane ozinzileyo we-RTC clock chip, inceda umlawuli wenqwelomoya ukuba abhale ixesha lokubhabha, ulawulo lwexesha lokuqhutywa komsebenzi, njl., Ukuqinisekisa ukuba uthumo lwendiza lwenziwa ngokuchanekileyo njengoko kucwangcisiwe. Uncedo lwayo lokusebenza ngolu hlobo lulandelayo:
01 Ukuxhathisa ubushushu obubanzi:
Ii-supercapacitors ze-SMD zidibana neemeko ze-260 ° C zokuphinda zifakwe kwi-solder, zinonyamezelo olubanzi lweqondo lokushisa, kwaye zinokusebenza ngokuzinzileyo kwiindawo eziphakamileyo kunye neemeko zemozulu ezinzima. Nakwiqondo lokushisa eliguqukayo ngokukhawuleza okanye kwindawo ephantsi yobushushu, ukuthembeka kwe-capacitor kunokuqinisekiswa ukuphepha iimpazamo ze-RTC chip okanye ukuphazamiseka kwedatha okubangelwa ukuguquguquka kombane.
INXALENYE.03 I-Polymer eyomeleleyo ye-aluminium electrolytic capacitor
Iinzuzo zesicelo zei-polymer eyomeleleyo ye-aluminium electrolytic capacitorskubalawuli beenqwelo-moya ze-UAV babonakaliswa ngokukodwa kwi-miniaturization yabo, umthamo ophezulu, ukusebenza kakuhle, i-impedance ephantsi kunye ne-ripple enkulu yangoku yokuthwala umthamo, oqinisekisa ukunikezelwa kwamandla okuzinza kunye nokuthembeka kwenqwelomoya kwiindawo ezahlukeneyo.
01 Ubuninzi bomthamo ophezulu:
Kubalawuli beenqwelo-moya, ngokukodwa phantsi komthwalo ophezulu okanye ulawulo oluguqukayo olukhawulezayo, i-polymer eqinile ye-aluminium electrolytic capacitors inokubonelela ngokufanelekileyo ukugcinwa kwamandla aphezulu kunye nokukhululwa ngokukhawuleza, ukunciphisa indawo yokuhlala, kunye nokunciphisa umthamo wenkqubo kunye nobunzima.
02 Ukuphazamiseka okuphantsi:
Umlawuli we-flight uhlala etshintsha iindlela zokusebenza ngexesha lokusebenza, kwaye igalelo langoku lifuna ukulungiswa kunye nokuhluzwa ukujamelana nokuvakalelwa kweenzwa ezahlukeneyo kunye neenkqubo zokuqhuba ukuguquka kwangoku. I-impedance ephantsi ye-polymer eqinile ye-aluminium electrolytic capacitors iqinisekisa ukuhanjiswa kwangoku ngokufanelekileyo phantsi kwezicelo ze-frequency ephezulu, iguquguqukayo yangoku, kwaye iqinisekisa ukuzinza kwenkqubo.
03 Imelana neripple yangoku:
Inkqubo yonikezelo lwamandla yomlawuli wenqwelomoya iya kudibana nemisinga ye-ripple ye-frequencies ezahlukeneyo kunye ne-amplitudes. Iipolymer eziqinileyo ze-aluminiyam i-electrolytic capacitors zinamandla okumelana nemisinga emikhulu ye-ripple kwaye inokubonelela ngemveliso yangoku ezinzileyo xa ikhoyo ngoku iguquguquka kakhulu, ngaloo ndlela inqanda ukungazinzi okanye ukungaphumeleli kwenkqubo yonikezelo lwamandla ngenxa yokugqithiswa kwangoku.
Njengoko usetyenziso lweedrones luqhubeka lusanda, iimfuno zabalawuli benqwelomoya ziya kuba phezulu nangaphezulu. I-Shanghai YMIN iya kuqhubeka nokuvelisa izinto ezintsha kunye nokwandisa ii-capacitor ezahlukeneyo ezisebenza kakhulu ukunceda abalawuli benqwelomoya be-drone baqhube ngokufanelekileyo, ngokuthembeka ngakumbi, nangokuzinzileyo.
Ixesha lokuposa: Feb-13-2025