Ukuphatha kahle izidingo zamandla ezinhlelo zokusebenza zebhethri lamaseli amaningi kuyinselelo ebalulekile yokuklama. Ishaja yebhethri elingana yodwa ye-Slkor Micro's SL3763 IC inikeza isisombululo esiqinile nesihlanganisiwe esiklanyelwe amabhethri e-Li-Ion angu-3. Iyakwazi ukuletha kufika ku-4A yokushaja yamanje kanye nezici ezibalulekile ezifana nokushajwa kabusha okuzenzakalelayo nemodi yokulala, yenza idizayini ibe lula kuyilapho iqinisekisa ukwethembeka. Lo mbhalo ucubungula ukusebenza kwe-SL3763, uhlinzeka ngendawo yohlelo lokusebenza enemininingwane enemininingwane yezinhlelo zokukhanyisa ezisebenza ngokukhanya kwelanga, futhi unikeza imihlahlandlela esebenzayo yesakhiwo se-PCB ukukhulisa ukusebenza. Zitholele ukuthi i-SL3763 ingasebenza kanjani njengetshe legumbi lemboni yakho ephathekayo, yezokwelapha, noma idizayini yamandla eyisipele.

Ukuphatha kahle izidingo zamandla ezinhlelo zokusebenza zebhethri lamaseli amaningi kuyinselelo ebalulekile yokuklama. Ishaja yebhethri elingana yodwa ye-Slkor Micro's SL3763 IC inikeza isisombululo esiqinile nesihlanganisiwe esiklanyelwe amabhethri e-Li-Ion angu-3. Iyakwazi ukuletha kufika ku-4A yokushaja yamanje kanye nezici ezibalulekile ezifana nokushajwa kabusha okuzenzakalelayo nemodi yokulala, yenza idizayini ibe lula kuyilapho iqinisekisa ukwethembeka. Lo mbhalo ucubungula ukusebenza kwe-SL3763, uhlinzeka ngendawo yohlelo lokusebenza enemininingwane enemininingwane yezinhlelo zokukhanyisa ezisebenza ngokukhanya kwelanga, futhi unikeza imihlahlandlela esebenzayo yesakhiwo se-PCB ukukhulisa ukusebenza. Zitholele ukuthi i-SL3763 ingasebenza kanjani njengetshe legumbi lemboni yakho ephathekayo, yezokwelapha, noma idizayini yamandla eyisipele.

I-SL1609 Hall Element ka-Slkor inikeza ukusetshenziswa kwamandla okuphansi kakhulu (<3.3μA) kanye nokutholwa kwe-omnipolar ukuze kushintshwe ngokunembile, ngaphandle kokuthintana. Ilungele ama-earphone e-TWS, ama-laptop, amathuluzi kagesi, kanye nokwenza izinto ngokuzenzakalela kwezimboni, ivumela imiklamo ehlakaniphile, esebenza kahle kakhulu enokuvikelwa okuphezulu kwe-ESD kanye nemikhawulo yamagnetic eguquguqukayo.

I-SL1609 Hall Element ka-Slkor inikeza ukusetshenziswa kwamandla okuphansi kakhulu (<3.3μA) kanye nokutholwa kwe-omnipolar ukuze kushintshwe ngokunembile, ngaphandle kokuthintana. Ilungele ama-earphone e-TWS, ama-laptop, amathuluzi kagesi, kanye nokwenza izinto ngokuzenzakalela kwezimboni, ivumela imiklamo ehlakaniphile, esebenza kahle kakhulu enokuvikelwa okuphezulu kwe-ESD kanye nemikhawulo yamagnetic eguquguqukayo.

I-SL27517A ye-Slkor yehlisa izindleko ze-BOM ngo-30% uma iqhathaniswa ne-TI UCC27517 kuyilapho inweba ibanga likagesi libe ngu-20V kuzinhlelo zokusebenza ezibucayi zebhethri.

Emzamweni wokulwela ukunikeza amakhasimende uhla olugcwele lwemikhiqizo ehambisanayo, SLKOR yethule uchungechunge lwezincwadi zokusebenzisa amabhodi edemo wemiklamo yezinhlelo zokusebenza zokulinganisa izinga lokushisa le-infrared thermopile okungezona okuthintana nalo.

Izisebenzi eziyinhloko zezobuchwepheshe zaseShenzhen SLKOR I-Micro Semicon Co., Ltd. ivela e-Tsinghua University kanye nase-Yonsei University eNingizimu Korea. Bahola intuthuko yenkampani ngezinto ezintsha, izinqubo ezintsha kanye nemikhiqizo emisha, futhi sebeyifundile ubuchwepheshe bedivayisi yamandla e-semiconductor silicon carbide yesizukulwane sesithathu ehamba phambili emhlabeni wonke kudala.

Ukusiza amakhasimende ukuthi asebenzise ngokugcwele SLKORImikhiqizo, inkampani isanda kwethula i-SL-W-TRS-5.5Dx digital infrared thermopile chip kanye nezisombululo zayo zohlelo lokusebenza ezihambisana nayo, ihlinzeka ngosekelo oluphelele lwezobuchwepheshe. Ithimba lezobuchwepheshe e-Shenzhen SLKOR I-Micro Semicon Co., Ltd. ivela eNyuvesi yaseTsinghua kanye neNyuvesi yase-Yonsei eNingizimu Korea, ihola inkampani ngezinto ezintsha, izinqubo, nemikhiqizo. Bafunde ubuchwepheshe bedivaysi yamandla ye-silicon carbide esezingeni eliphezulu emhlabeni jikelele kusenesikhathi. SLKOR iyibhizinisi lobuchwepheshe obuphezulu elihlanganisa ukwakheka komkhiqizo we-elekthronikhi, ukuthuthukiswa, ukukhiqiza, nokuthengisa, ukuhlinzeka ngemikhiqizo ethembekile kanye nezinsizakalo zobuchwepheshe kumakhasimende ayo. Ngokuthuthuka okusheshayo, inkampani yethula imikhiqizo emisha eyengeziwe ukuze ikhonze amakhasimende futhi ibe negalelo elihle embonini ye-semiconductor, ilwela ukuba "umholi we-semiconductor."

Ama-relay amancane avame ukusetshenziswa ezinhlelweni ze-elekthronikhi ukulawula ukushintshwa kwesekethe, futhi asebenza kabanzi kumishini yezimboni, amathuluzi, nezinto zikagesi zasendlini. Inhliziyo yamasekhethi okulawula esimanje ngokuvamile ama-computer chips afana nama-MCU, ama-DSP, nama-FPGA. Lawa ma-chip chips awanawo amandla okukhipha anele okulawula ngokuqondile ama-relay amancane futhi angashayelwa SLKORAma-transistors amancane e-BC817-25, BC848B, BC847B, kanye nama-MOSFET amancane i-2N7002E, SL2302S, SL2300, SL3400, SL3402, kanye nama-array e-Darlington i-ULN2001D, ULN2003AU, ULN2803AS, njll. Esibonelweni esilandelayo, sizosebenzisa ukushayela kwe-relay encane enamandla aphezulu i-JQC-3FF/12VDC-1ZS (551) evela ku-HF njengesibonelo. Ikhoyili ye-relay ine-voltage elinganisiwe engu-12V, i-voltage yesenzo engu-9V, i-voltage ephezulu engu-15.6V, kanye nokumelana ne-coil okungu-400Ω. Uma inikwe amandla yi-12V, ugesi we-coil ungu-30mA. Lapha sizokwethula umklamo wokushayela i-relay encane sisebenzisa i-BC848B, i-SL2302, kanye ne-ULN2803AS, ngokulandelana. Uma sithatha i-STM32F030C8T6 MCU njengesibonelo, noma iyiphi iphinikhodi ye-IO inganikeza umkhawulo ophezulu ongu-25mA wamandla okudonsa noma okudonsa phansi, kanti umkhawulo ophelele wamandla okudonsa noma okudonsa phansi kuwo wonke amaphinikhodi e-IO ngu-80mA. Ngakho-ke, uma kusetshenziswa amaphinikhodi e-IO, kufanele kube nomkhawulo owanele. Inani elijwayelekile le-resistor yokudonsa phansi ebuthakathaka yephinikhodi ye-IO lingu-40KΩ. Uma inikwe amandla yi-3.3V, uma iphinikhodi ye-IO ikhipha u-8mA wamandla, izinga eliphakeme lokukhipha eliphansi lingu-2.9V, futhi uma iphinikhodi ye-IO idonsa u-8mA wamandla, izinga eliphansi lokukhipha eliphakeme lingu-0.4V.

I-Slkor 4056 iyishaja yebhethri elingana nezindleko eziphansi yamabhethri e-lithium-ion yeseli elilodwa. Inephrofayili yokushaja ye-CC/CV edingekayo kubhethri le-Li-Ion. Isikhathi sokushaja samanje nesikhathi sokushaja sisethwe ngaphandle nge-resistor eyodwa kanye ne-capacitor, ngokulandelana, ukushaja okuphezulu kwamanje kungafinyelela ku-1A. I-SL4056 inamaphini amabili okukhipha amanzi avulekile okukhomba isimo, okuyiphinikhodi yenkomba yesimo sokushaja (CHRG) kanye nephinikhodi yenkomba eshajwe ngokugcwele (STDBY). Isekhethi yamandla ye-MOSFET ngaphakathi kwe-chip inciphisa ngokuzenzakalelayo imanje ukushaja lapho izinga lokushisa le-junction le-chip lidlula u-135℃. Lesi sici sivumela abasebenzisi ukuthi bakhulise ukusetshenziswa kwe-chip ukushaja ngaphandle kokukhathazeka ngokushisa ngokweqile nokulimaza i-chip noma izingxenye zangaphandle. I-Slkor? I-SL4056 itholakala kuphakheji ye-ESOP8.

I-Slkor® SL4054 iyishaja ephelele ye-constant-current/constant-voltage linear yamabhethri e-lithium-ion eseli elilodwa. Iphakheji yayo ye-SOP kanye nenani eliphansi lezingxenye zangaphandle kwenza i-SL4054 ifaneleke kakhulu ezinhlelweni zokusebenza eziphathwayo. Ngaphezu kwalokho, i-SL4054 ingasebenza ngaphakathi kwe-USB kanye ne-adaptha yodonga. Akukho diode yokuvimba edingekayo ngenxa yokwakheka kwangaphakathi kwe-PMOSFET futhi ine-block to negative Charge Current Circuit. Impendulo ye-thermal ilawula i-charge current ukuze inciphise izinga lokushisa le-die ngesikhathi sokusebenza kwamandla aphezulu noma izinga lokushisa eliphezulu le-ambient. I-voltage yokushaja iqiniswe ku-4.2V, futhi i-charge current ingahlelwa ngaphandle nge-resistor eyodwa. I-SL4054 iqeda ngokuzenzakalelayo umjikelezo wokushaja lapho i-charge current yehla iye ku-1/10th inani elihleliwe ngemva kokuthi i-float voltage yokugcina ifinyelelwe. Lapho isusa amandla okufaka ngokuzenzakalelayo ibeka i-SL4054 kwimodi yamandla aphansi ukuze inciphise i-leaking current yebhethri ibe ngaphansi kuka-2uA, futhi imodi yokuvala inciphisa i-supply current iye ku-45μA. SL4054 Ezinye izici zifaka phakathi i-current monitor, i-under voltage lockout, i-automatic recharge kanye ne-status pin ezimbili ezibonisa ukuphela kweshaja kanye nokuba khona kwe-input voltage. I-Slkor? SL4054 itholakala kuphakheji ye-SOT23-5 (ThinSOTTM).