Umvavanyi weBattery Imedance GDBT-8612
Njengenxalenye ephambili yenkqubo yamandla, iibhetri kufuneka zivavanywe kwaye zigcinwe rhoqo ngonyaka, ngekota okanye ngenyanga kwaye idatha yazo yovavanyo kufuneka ihlalutywe rhoqo.
Ukuziqhelanisa kubonise ukuba akukho kulungelelaniswa phakathi kombane kunye nomthamo, kuba i-voltage ibonisa kuphela iiparameters zomhlaba webhetri.
Kumazwe ngamazwe, iimvavanyo zokuqhuba okanye ukuchasana kwangaphakathi zisetyenziswe ngokubanzi kugcino lwesiqhelo lweebhetri ukuze kuthathelwe indawo indlela yokujonga umbane wangaphambili.Ngenxa yokuba i-conductance okanye ukuchasana kwangaphakathi yiparameter ebonisa i-internals yebhetri, i-conductance okanye ukuchasana kwangaphakathi kwebhetri kuye kwaqatshelwa njengeparameter ebalulekileyo ngokuchanekileyo nangokukhawuleza ukugqiba impilo yebhetri.
Ukuqhuba ibhetri okanye umvavanyi wangaphakathi wokuchasa luhlobo lokugcinwa kwedijithali olusebenzayo isixhobo sovavanyo oluphathwayo olukhawulezayo nangokuchanekileyo ukulinganisa imeko yokusebenza kwebhetri.Ngovavanyo lwe-intanethi, imitha ingabonisa kwaye irekhode iiparamitha ezininzi ezibalulekileyo zebhetri ezifana nombane webhetri, i-conductance okanye ukuchasana kwangaphakathi, kunye nokudibanisa ukuchasana kwe-strip, ukumisela ngokuchanekileyo nangempumelelo imeko ebalaseleyo yebhetri, kwaye inokudityaniswa nekhompyutheni kunye nedatha yebhetri ezinikeleyo. software uhlalutyo ukwenza uvavanyo olukrelekrele.Isixhobo silandelela ngakumbi ukubola kwebhetri kunye nee-alam kwangaphambili ukuququzelela ubunjineli kunye nabasebenzi bolawulo ukuphatha ingqiqo.
●Ukulinganisa ngokukhawuleza i-voltage, i-conductance okanye ukuchasana kwangaphakathi kwebhetri, ukuxhathisa uxhulumaniso kunye nezinye iiparitha.
●Ukuqhuba kwebhetri okanye ukuchasana kwangaphakathi, i-alarm yombane ongaphezulu komda.
●Isixhobo samkela iteknoloji yesekethe ye-anti-AC ripple ingxolo ukwenza isixhobo sovavanyo lwesixhobo sichaneke ngakumbi kwaye ukuhambelana kweziphumo zovavanyo kungcono.
●Isixhobo sinomsebenzi wokuvavanya kwakhona ngokukhawuleza, impazamo yomntu ifunyenwe ngexesha lovavanyo, inokuphinda ivavanywe kwaye ibhale ngokuzenzekelayo idatha yokuqala.
●Isixhobo sokumisela ngaphezulu kwe-200 ye-reference conductance okanye amaxabiso angaphakathi okumelana, anokuthi alungelelaniswe.
●Iiparamitha zebhetri zonke zidityaniswe ngenani, kulula kulawulo lwedatha.
●Xhasa ibhetri yekhompyuter enamandla yohlalutyo lwesoftware yokuqonda "irekhodi yezonyango" yohlalutyo lokulandela ibhetri.
●Imowudi yovavanyo oluzenzekelayo ilungele abasebenzisi ukulinganisa;(1) Uhlalutyo oluzenzekelayo kunye nesigwebo semeko "ephantsi" yebhetri;(2) Yenza ithala leencwadi lembali ukuchaza igophe lemeko yebhetri;(3) Uhlalutyo lokuthelekisa lweqela elifanayo leebhetri;(4) Lonke ulawulo lokuhlelwa kwebhetri (umahluko olungileyo).
●Ugcino lwemihla ngemihla kunye nolawulo lwebhetri
●Ukufunyanwa, ukwamkelwa kunye nokufakelwa kweebhetri ezintsha
●Ukubonelela ngesiseko sokulahla iibhetri
●Ulawulo lomgangatho womenzi webhetri
●Uvavanyo oluchanekileyo kwi-intanethi, ukuguqulwa koluhlu oluzenzekelayo, ukugcinwa kwedatha enkulu.
●Iguqula ngokuzenzekelayo uluhlu kuluhlu lomlinganiselo we-0.000-19990S.
●Inokugcina ngokusisigxina iiseti ezingama-999 zeeparamitha zebhetri (ukuya kuthi ga kwiibhetri ezingama-999 ngeqela ngalinye), inokugcina ngokusisigxina iiseti ezingama-500 zeepakethi zeepakethi zebhetri.
●Uluhlu lovavanyo lwebhetri: 5AH-6000AH.
●5-intshi umbala touch LCD screen, IsiNgesi ukusebenza iimodyuli
●Umboniso wetshathi kunye nomsebenzi wokuhlalutya itshathi yekholamu.
●Umsebenzi wokuhlalutya amandla, onokuhlalutya ibhetri ngokugqwesileyo, okulungileyo nokubi.
●Umsebenzi we-Oscilloscope: inokubonisa owona mbane uphezulu kunye nowona uphantsi kunye ne-avareji yombane webhetri ngexesha lokwenyani, kwaye inokubala i-voltage ripple.
●Ngokusebenzisa ujongano lwe-SD, idatha yovavanyo igcinwa ngokusisigxina kwiPC ukuze iqonde "irekhodi yezonyango" yohlalutyo lokulandelela ibhetri.
●Imisebenzi yolawulo lwedatha enamandla, ukwenzela ukuba isixhobo sisetyenziswe ngokwahlukileyo kwikhompyutheni.
●Ukuphuculwa komsebenzi wokukhusela i-voltage kwenza isixhobo sisebenze ngokukhuselekileyo kwaye sithembeke ngakumbi.
●Ukuzibuyisela ngokugqithisileyo umsebenzi wokukhusela wangoku wenza isixhobo sisebenziseke ngakumbi.
●Sebenzisa i-chip ye-SOC yamva nje ukwenza lula kakhulu isekethe kunye nokuphucula ukuthembeka kwesixhobo.
●Ixhasa ibhetri ye-lithium enkulu kunye nokunikezelwa kwamandla angaphandle.
●Isalathiso sombane ophantsi siqinisekisa ukuchaneka kovavanyo.
●Ubungakanani obuncinci kunye nobunzima obulula.
| Uluhlu lomlinganiselo | Ukuqhuba: 20 ~ 19,990S |
| Min.isisombululo somlinganiselo | Ukuqhuba: 1S Ukuchasana kwangaphakathi: 0.001mΩ Amandla ombane: 1mV |
| Ukuchaneka komlinganiselo | Ukuqhuba: ±0.5% ±6dgt Ukuchasana kwangaphakathi: ± 0.5% ± 6dgt |
| Ukunikezwa Amandla | I-11.1V, 2400mAh, ibhetri yeLithium etshajwayo, inokusebenza iiyure ezisi-8 ngokuqhubekayo |
| Bonisa | 5 intshi umbala LCD touch screen |
| Ubungakanani | 220mm*170mm*52mm |
| Ubunzima | 1.1kg |
| Inkumbulo | 64MB Flash + 4G ikhadi SD |
| Indawo yokusebenza | 0℃ ~ 60 ℃ |
| Ubushushu bokugcina | -20 ℃ ~ 82 ℃ |
