Imodyuli yolawulo ye-ABB 83SR50C-E GJR2395500R1210
Ulwazi ngokubanzi
| Ukwenziwa | ABB |
| Inombolo yomba | 83SR50C-E |
| Inombolo yenqaku | GJR2395500R1210 |
| Uthotho | Ulawulo |
| Imvelaphi | Swiden |
| Ubungakanani | 198*261*20(mm) |
| Ubunzima | 0.55 kg |
| Inombolo yoMrhumo weCustoms | 85389091 |
| Uhlobo | I-O_Imodyuli |
Idatha eneenkcukacha
Imodyuli yolawulo ye-ABB 83SR50C-E GJR2395500R1210
Ibhodi yokulawula ye-ABB 83SR50C-E GJR2395500R1210 yinxalenye ephambili yenkqubo ye-ABB Procontrol P14, eyenzelwe ukuzenzekelayo kunye nokulawula izicelo kwiindawo ezahlukeneyo zoshishino. Imodyuli yolawulo ibonelela ngemisebenzi esisiseko yolawulo lwenkqubo kunye nokudibanisa inkqubo.
Iimpawu zeMveliso:
-Ngenxa yokuphelelwa lixesha kweFlash PROM (umenzi: AMD) kwiimodyuli ezintathu ze-81EU50R1210, 83SR50R1210 kunye ne-83SR51R1210, icandelo elithatha indawo (umenzi: Macronix) liphunyezwe ngo-Oktobha 2018.
-Kwiprojekthi esebenzisa iimodyuli ezinikezelwe ngeFlash entsha, iingxaki zifunyenwe ngokubhala/ukufunda izicelo kusetyenziswa iPDDS.
-Iimodyuli zilayisha izicelo ngePDDS. Ezi zibhalwa kuqala kwi-RAM. Emva koko, umphathi wemodyuli ukhuphela usetyenziso ukusuka kwi-RAM ukuya kwiFlash. Nangona kunjalo, ngePDDS, inkqubo igqityiwe emva kokubhala ngempumelelo kwi-RAM, ngoko ke iPDDS ayixeli naziphi na iimpazamo.
-Ukukopa ukusuka kwi-RAM ukuya kwiFlash akwenzeki okanye kwenzeka kuphela ngokuyinxenye. Ukuba uzama ukufunda umva usetyenziso usebenzisa iPDDS, ibuzwa kwiFlash. Ekubeni akukho datha okanye idatha ayilunganga, umyalezo wephutha "Ukhubazekile, ikhowudi yoluhlu ayifumanekanga" ibonakala.
-Xa ukhupha kwaye udibanise imodyuli, isicelo esigcinwe kwi-RAM siyacinywa, kuba imemori iguquguqukayo.
-Inokudityaniswa ngaphandle komthungo kunye nezinye izixhobo ze-ABB kunye neenkqubo, okwenza kube lula kubasebenzisi ukwakha inkqubo epheleleyo yolawulo oluzenzekelayo lwemizi-mveliso.
-Ngokubhekiselele kwi-anti-interference design, imodyuli ye-ABB 83SR50C-E ithathe amanyathelo ahlukeneyo asebenzayo. Okokuqala, ukucinezela imithombo yokuphazamiseka yiyona nto iphambili kunye nomgaqo obaluleke kakhulu kwi-anti-interference design. Ukunciphisa i-du/dt yemithombo yokuphazamiseka kufumaneka ikakhulu ngokudibanisa ii-capacitors ngokunxuseneyo kuzo zombini iziphelo zomthombo wokuphazamiseka.
-Isiphelo sokunikezelwa kwamandla kufuneka sibe sincinci kwaye sifutshane ngokusemandleni, ngaphandle koko kuya kuchaphazela umphumo wokucoca; gwema ukugoba kwe-90-degree xa i-wiring ukunciphisa ingxolo ephezulu-frequency; qhagamshela iisekethe zokucinezelwa kwe-RC kuzo zombini iziphelo ze-thyristor ukunciphisa ingxolo eyenziwa yi-thyristor. Okwesibini, ukusika okanye ukunciphisa indlela yokusasaza yokuphazamiseka kwe-electromagnetic ikwayindlela ebalulekileyo yokuchasana nokuphazamiseka. Umzekelo, ulwahlulo lwebhodi yePCB ukwahlula isekethe yengxolo ephezulu ye-bandwidth kwisekethe ye-low-frequency circuit; ukunciphisa indawo ye-loop yomhlaba, njl.
-Ukongezelela, ukuphucula amandla okuthintela ukuphazamiseka kwesixhobo kunye nenkqubo nayo ingundoqo. Khetha iimveliso ezinobuchule obuphezulu bokuchasana nokuphazamiseka, njengeenkqubo ze-PLC ezinobuchwephesha bomhlaba obudadayo kunye nokusebenza kakuhle kokwahlula.
