Inombolo yemodeli | Okukhiphayo ripple | Ukunemba kwesibonisi samanje | Ukunemba kwesibonisi se-Volt | Ukunemba kwe-CC/CV | I-Ramp-up kanye ne-ramp-down | Ukudubula ngokweqile |
I-GKD12-800CVC | I-VPP≤0.5% | ≤10mA | ≤10mV | ≤10mA/10mV | 0~99S | No |
Ngesikhathi se-electrolysis, ama-cations ku-electrolyte athuthela ku-cathode futhi ama-electron ayancipha ku-anode. I-anion igijima iye ku-anode futhi ilahlekelwa ama-electron ukuze i-oxidized. Ama-electrode amabili axhunywe kusixazululo se-copper sulfate futhi kwasetshenziswa umsinga oqondile. Kuleli qophelo, i-copper ne-hydrogen kuzotholakala ukuthi kunemvula esuka epuleti elixhunywe ku-cathode yomthombo wamandla. Uma kuyi-anode yethusi, ukuncibilika kwethusi kanye nemvula ye-oxygen kwenzeka kanyekanye.
Imojula ye-synchronous rectifier high-frequency switching power supply ifakwe kukhabhinethi ehambisanayo, futhi ixhunywe ne-cathode nebhasi ye-anode ye-generator ye-foil ngokuphuma kwebhasi. Ukubukeka okuhlanzekile, isakhiwo esihlangene. Ukusebenza kahle kokuguqulwa kwamandla aphezulu, kunciphisa izindleko zokusebenzisa amakhasimende. Ukunikezwa kwamandla kusebenzisa imodi yokusekelayo engu-N + 1, engakwazi ukubona ukugcinwa okushisayo kwawo wonke umshini futhi iqinisekise ukukhiqizwa okuqhubekayo kwamakhasimende.
(Ungakwazi futhi Ngena futhi ugcwalise ngokuzenzakalelayo.)