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I-N36100 Series Laboratory Programmable DC Power Supply
Uchungechunge lwe-N36100 luwumthombo wamandla we-DC anosayizi we-ultra compact, ukusebenza okuphezulu namandla aphezulu. Ubude be-1U kanye nohhafu wedizayini yobubanzi obungu-19-intshi iletha isipiliyoni esinethezekile ngokonga isikhala kukho kokubili ikhabethe elizimele nedidiyelwe.Amandla okukhipha aphezulu e-N36100 ngu-900W. Uma kubhekwa izici zokuhlola zezinkambu ezihlukene ezifana nokuhlolwa kwaselabhorethri, ukuhlolwa kokuhlanganiswa kwesistimu nokuhlolwa komugqa omkhulu wokukhiqiza, uchungechunge lwe-N36100 lwamukela imiklamo ebanzi ukuze kuhlangatshezwane nezidingo zezimo ezihlukene zohlelo lokusebenza.
Izici main
●Ukuphakama okungu-1U + isigamu esingu-19-intshi ububanzi, ububanzi obubanzi nokuminyana kwamandla aphezulu
●Amandla amakhulu okukhipha: 900W
●Umqondo oqhelile
●Umsebenzi wokuhlola we-SEQ
●Ukulawula uhlelo lwe-analog yangaphandle
●Izivikelo eziningi: i-OVP, i-OCP, i-OPP, i-OTP kanye nesekethe emfushane
●Umsebenzi obalulekile we-CC & CV
●Ukuhlola ukushaja kwebhethri okusekelayo nomsebenzi wokulingisa wangaphakathi wokumelana
●Umsebenzi wokuqalisa ngokuzenzakalela ngemva kokuqala, isikhathi sokulibaziseka kokuqalisa okuhlelekayo
●Idizayini ye-modular, ilungele inhlanganisela yamashaneli amaningi
●Izindlela zokuxhumana eziningi: LAN/CAN/RS232/RS485
Amasimu Wokufaka Isicelo
●Ilabhorethri ye-R&D
●Ezezimoto kanye nezindiza
●Uhlelo lokuhlola lwe-ATE
●Isiguquli se-Industrial DC/DC
●Imoto encane ye-DC
Imisebenzi Nezinzuzo
Usayizi ohlangene kakhulu, ukusebenza okuphezulu
Uchungechunge lwe-N36100 luyi-1U kuphela nengxenye ye-intshi engu-19. Kodwa-ke, amandla ayo aphezulu okukhipha afika ku-900W. Inemisebenzi eminingi yokuhlola, ukuvikeleka okuningi kanye nobubanzi obubanzi, okwenza i-N36100 isetshenziswe ezinhlelweni ezahlukene.
I-CC&CV priumsebenzi we-orityn
I-N36100 inomsebenzi wokukhetha okubalulekile kweluphu yokulawula amandla kagesi noma iluphu yokulawula yamanje, eyenza i-N36100 ikwazi ukuthola imodi yokuhlola efanele yama-DUT ahlukene, ngaleyo ndlela ivikele i-DUT.
Njengoba kukhonjisiwe kumfanekiso wokuqala, lapho i-DUT idinga ukwehlisa amandla we-voltage ngesikhathi sokuhlolwa, njengokuhlinzeka ngamandla kumprosesa we-low-voltage noma umgogodla we-FPGA, imodi yokubekwa phambili kwamandla kufanele ikhethwe ukuthola amandla kagesi asheshayo futhi abushelelezi.
Njengoba kukhonjisiwe kusibalo sesibili, lapho i-DUT idinga ukunciphisa ama-overshoot amanje ngesikhathi sokuhlolwa, noma lapho i-DUT ine-impedance ephansi, enjengesimo sokushaja ibhethri, imodi yokubekwa phambili kwamanje kufanele ikhethwe ukuthola ukuphakama kwamanje okusheshayo nokushelelayo.
screen OLED
Isikrini se-OLED sinezinzuzo zosayizi ohlangene, ukusetshenziswa kwamandla okuphansi, ukukhanya okuphezulu nokusebenza kahle okuphezulu.
Umsebenzi wokuhlola we-SEQ
Umsebenzi we-SEQ we-N36100 usekela izinyathelo ezifika kwezingu-200. Ivumela izilungiselelo zamandla kagesi okukhiphayo, amandla okukhiphayo, izinga lokubulawa kwe-voltage, izinga lamanje lokubulala kanye nesikhathi sokuhlala ngesinyathelo esisodwa.
Ukulingiswa kokumelana kwangaphakathi
Uchungechunge lwe-N36100 luvumela izilungiselelo ze-voltage kanye nenani langaphakathi lokumelana. Ngokusho kwe-current okukhiphayo ehambisanayo, i-voltage ephumayo iyancipha ngokumelana nokusetha. Kulokhu, ukumelana kwangaphakathi kwebhethri yesibili, i-fuel cell kanye ne-supercapacitor kungenziwa kalula.
