Umthwalo we-PC-Power Power Electronic
Umthwalo we-Electronic ongahlelekile we-DC unezinhlelo ezingama-200v, ezingama-600v nezinkulungwane ezingama-1200V, kanye nobuningi bamandla obuphezulu obuphakeme. Sekela izinhlobo ezi-4 ze-CV / CC / CR / CP eyisisekelo yokusebenza okuyisisekelo, nezinhlobo ezi-3 ze-CV + CC / CV + CR / CR / CR + CC Izindlela ezihlanganisiwe zokusebenza. Ngombhalo wamanje, owedlule, owedlule, wokushisa ngokweqile kanye nemisebenzi yesondlo, i-voltage ngaphezulu, umsebenzi wokuxhuma emuva wokuxhuma, unganikeza ukulungiswa okuphelele. Ukusekelwa kwangaphandle 0 ~ 10v Analog Voltage Signal ukulawula / ukuqondisa i-waveform yeVoltage noma isiginali yamanje kusuka ku-0 kuye ku-Isilinganiso esigcwele. Ukusekelwa kokusekelwa kwe-OCP / OPP komsebenzi, ukulungiswa kokulandelana kokulandelana kanye ne-messy yokuhlola umsebenzi wejika. Ukusekelwa kokusekelwa kwe-OCP / OPP komsebenzi, ukulungiswa kokulandelana kokulandelana kanye ne-messy yokuhlola umsebenzi wejika. I-Master-Slave / Indlela Yokulawula Yokuvumelanisa inwebeka ngentshiseko amandla omthwalo. Indlela yokuxhumana ejwayelekile ye-RS232 / RS485 / i-USB, i-LAN & GPIB Ongakukhetha. Ingasetshenziswa kabanzi ekukhipheni kwebhethri, ama-PC ukushaja ama-Piles, ama-elekthronikhi wamandla nezinye izindawo zokuhlola umkhiqizo.
Inzuzo esebenzayo
1. Iphaneli Ebukhali Nesikrini Sokuthinta Esimibalabala
Lolu chungechunge lwemithwalo ye-Electronic Ektroniki (ngaphandle kwamamodeli athile) Usekela umsebenzi wephaneli wangaphambili, futhi uhlome isikrini esikhulu esimibalabala ukuhlinzeka amakhasimende ngokusebenza okulula nokulula, ukuvuselelwa kwesikhathi sangempela sokufakwa kwezinto, futhi Ihluzo ukwenza okunengqondo kakhulu.
2. Izindlela eziningi zokusebenza
Lolu chungechunge lwe-DC Electronic Imithambo ye-DC ine-CV / CC / CR / CP eyisisekelo yezindlela eziqinile zombuso, ezingahlangabezana nezidingo zokuhlola zezikhathi ezahlukahlukene.
3. Ijubane lokuphendula eliguquguqukayo le-CV loop
Lolu chungechunge lwemithwalo ye-Electronic ye-DC ehlelekile lungasethwa ngejubane lokuphendula le-voltage voltage le-Fast, Medium futhi lihamba kancane ukufanisa okuhlinzekwayo kwamandla ahlukahlukene.
Lo msebenzi ungavimba ukwehla kokunemba kokulinganisa noma ukwehluleka kokuhlola okubangelwa lapho umthwalo kanye nesivinini sokuphendula kwamandla kungahambelani, futhi amandla ahlolwe abheke phambili ukunciphisa izindleko zemishini, isikhathi nezindleko.
Indlela Yesine, Yokuhlola Enamandla
Lolu chungechunge lwemithwalo ye-elekthronikhi ehlelekile lungashintsha ngokushesha phakathi kwamanani ahlukene ngaphansi komsebenzi ofanayo, futhi lisekela amandla ashukumisayo njengamanje, ashukumisayo, izindlela ezinamandla zamandla ashukumisayo, phakathi kwezindlela ezinamandla zokumelana neziguqukayo zingafinyelela ku-50KHZ.
Lo msebenzi ungasetshenziselwa ukubheka izici ezinamandla zokuhlinzekwa kwamandla, izici zokulungisa ibhethri, ukukhokhiswa kwebhethri kwebhethri, njll. Umsebenzi wokuhlola umthwalo oshukumisayo unganikeza izindlela ezintathu zokuxhumana, ukushaya kanye neflip.
I-5. ZhengXuan aqine emthwalweni
Lolu chungechunge lwemithwalo ye-elekthronikhi ehlelekile lusekela umsebenzi we-Sine Wave Soutcing yamanje futhi ungafakwa ekuhlaziyweni kokuphazamiseka kwamaseli kaphethiloli.
Umsebenzi wesithupha wokuguqula imvamisa wokuguqulwa
Lolu chungechunge lwe-DC Alectronic Loads lusekela umsebenzi wokuguqula imvamisa oshukumisayo, osebenzisa indlela yokuguqula imvamisa ukuthola i-voltage ebi kakhulu ye-DE.
Umsebenzisi ubeka amapharamitha ngemuva kokulungisa amanani amabili ahlala njalo, imvamisa eqala, imvamisa ephelayo, imvamisa yesinyathelo, isikhathi sokuhlala kanye namanye amapharamitha.
Izinga lokusampula lomsebenzi wokuskena wemvamisa oshukumisayo ungafinyelela ama-500khhz, angalingisa izimo ezahlukahlukene zomthwalo futhi ahlangabezane nezidingo eziningi zokuhlola.
Ukuhlolwa kwesikhombisa, kwebhethri
Lolu chungechunge lwemithwalo ye-elekthronikhi lungasebenzisa izindlela ze-CC, CR noma i-CP ukukhulula ibhethri, futhi lungasetha ngokunembile futhi lulinganise ukunqunywa kwamandla kagesi noma isikhathi sokukhipha ukuze uqinisekise ukuthi ibhethri ngeke lilinyazwe ngenxa yokuphuma ngokweqile.
Isimo sokukhipha ukusika singasetwa ngokuya ngezidingo ezisebenzayo. Lapho isimo sokusika sihlangatshezwa, umthwalo uyadonswa ngokuqhubekayo bese kuthi isibali sikhathi sicishiwe.
Ngesikhathi senqubo yokuhlola, amapharamitha anjenge-voltage yebhethri, isikhathi esikhishwe isikhathi nesikhathi sokukhipha nawo angabhekwa ngesikhathi sangempela.
8. Ukuhlolwa okusebenzayo
Lolu chungechunge lwemithwalo ye-elekthronikhi lungashintshwa ngenkuthalo ngaphansi kwezingqinamba ze-CV, CR, CC kanye nezindlela ze-CP, futhi kufanelekile ukuhlolwa kwe-Lithium yebhethri ye-Lithium ye-Electronic Charger ukuthola ijika elingenaphutha.
Indlela yokuhlola esebenzayo nesebenzayo ingakhulisa kakhulu amandla okusebenza.
Ukuhlolwa kwesishiyagalolunye, i-OCP / OPP
Izinto zokuhlola ze-OCP / OPP ezihlinzekwe yilolu chungechunge lwezinhlelo ze-DC Electronic Electronic zingenza ukuqinisekiswa kokuhlela kokulungiswa kwamanje kwesondlo / amandla ngaphezulu kwamandla. Inani lomkhawulo libekwe ngaphambi kokuhlolwa, futhi umphumela wokuhlola unyibilika ngokuzenzakalelayo ukukhumbuza amakhasimende ngemuva kokuhlolwa.
Ukuthatha ukuhlolwa kwe-OPP njengesibonelo, umthwalo uhlinzeka ngamandla akhuphukayo wokuhlola ukuthi ngabe ukukhishwa kwento okukhona ngaphansi kovivinyo kuphansi kune-trigger voltage lapho kugcwele ukugcwala, bese wahlulela ukuthi ngabe umsebenzi wokugcina wesondlo wento esebenza ngaphansi kwemisebenzi yokuhlola Ngokujwayelekile.
Umsebenzi we-Ten, wokuthula
Lolu chungechunge lwemithwalo ye-elekthronikhi lunomsebenzi wendlela yokulandelana kohlu, engalingisa ngentshiseko ushintsho oludidekile lomthwalo ngokusho kwefayela lokulandelana elilungisiwe umsebenzisi.
Indlela yokulandelana iqukethe amafayela ayi-10, futhi amapharamitha wokubeka afaka phakathi indlela yokuhlola (CC, CV, CR, CP, isifunda esifushane, inani lezinyathelo zokulandelana, inani lezinyathelo zokulandelana zenombolo kanye Isikhathi esisodwa, njll.
Lo msebenzi ungabheka izici zokukhipha amandla, hlola ukuqina kokunikezwa kwamandla futhi ulingise izimo zangempela zokusebenza.
11. Ukulawulwa kwe-Master-Seave
Lolu chungechunge lwemithwalo ye-Electronic ye-DC ehlelekile lusekela indlela ye-Master-Plave, isekela ukusebenza okuhambisanayo kwemithwalo ye-elekthronikhi ye-voltage ejwayelekile, futhi ifinyelele ama-synchronous anamandla.
Empeleni, yi-Master kuphela elawulwa, futhi i-Master ibala futhi isabalalisa eminye imithwalo yencenye yezigqila. I-master eyodwa enezigqila eziningi ilungele imithwalo emikhulu futhi yenza lula inqubo yokusebenza yomsebenzisi.
12. Izinhlelo zangaphandle nokuqapha kwamanje / voltage
Lolu chungechunge lwemithwalo ye-elekthronikhi ehlelekile lungalawula i-load voltage futhi yamanje ngokufakwa kwangaphandle kwe-analog. Isiginali yokufaka kwangaphandle 0 ~ 10v ihambelana nomthwalo 0 ~ Isimo esiphelele somthwalo.
I-voltage efakwayo elawulwa ubungako be-analog bangaqedela izimo zokulayisha ze-waveforms yokulanda, ehlangabezana nezidingo zokulawulwa kwezimboni.
Ukukhishwa kwe-terminal kwamanje / kwe-voltaji I-volmeter yangaphandle noma i-oscilloscope ingaxhunywa ukuqapha izinguquko zamanje / ze-voltage.
Isikhathi sePosi: Feb-06-2021
