I-Kingston TECHNOLOGY KF548C38BBA-32 Beast RGB Memory Module
Ulwazi Lomkhiqizo
Ukufakwa Kwememori
Ukufakwa kwe-DIMM yedeskithophu
Qaphela: Ungalokothi usebenzise ingcindezi noma uphathe imojuli yenkumbulo ku-Integrated Circuit (IC) noma eduze kwayo! Hlala uphatha inkumbulo ngazo zombili izandla ezibekwe emakhoneni aphezulu kakhulu e-Printed Circuit Board (PCB).
- Nqamula intambo yamandla ye-AC ngemuva kwe-PC yakho yedeskithophu.
- Ngaphambi kokuphatha i-DIMM (i-Dual Inline Memory Module) noma ama-DIMM, hlala uthinta into yensimbi engapendiwe futhi esekelwe phansi noma sebenzisa ibhande elisekelwe esihlakaleni elivikela umshini ukuze uvimbele ukukhishwa kwe-electrostatic (ESD).
- Uma kudingekile, susa ama-DIMM akhona kakade ngokucindezela phansi kumathebhu wokukhiya/okukhipha. Amathebhu atholakala kuzo zombili iziphetho zesokhethi yememori.
- Qondanisa ukhiye/izinkinobho zemojuli yememori kanye nezinkinobho zesokhethi yememori ukuze kufakwe kahle.
- Cindezela imemori kusokhethi kuze kube yilapho amathebhu engena endaweni futhi uvikele imojuli yememori.
- Shintsha isembozo sekhompyutha bese uxhuma intambo yamandla ye-AC.
Ukufakwa kwe-SO-DIMM kwikhompyutha ephathekayo
Qaphela: Ungalokothi usebenzise ingcindezi noma uphathe imojuli yenkumbulo ku-Integrated Circuit (IC) noma eduze kwayo! Hlala uphatha inkumbulo ngazo zombili izandla ezibekwe emakhoneni aphezulu kakhulu e-Printed Circuit Board (PCB). Qinisekisa ukuthi usebenza endaweni ephephile engashintshi.
- Nqamula i-adaptha yamandla ye-DC kukhompuyutha ephathekayo bese ukhipha ibhethri.
- Ngaphambi kokuphatha i-SO-DIMM (Imojuli Encane Yenkumbulo Ebili Ngaphakathi Komugqa Okabili) noma ama-SO-DIMM, hlala uthinta into yensimbi engapendiwe futhi esekelwe phansi noma sebenzisa ibhande lesihlakala eligxilile eliqinile ukuze uvimbele ukukhishwa kwe-electrostatic (ESD).
- Uma kudingekile, susa ama-SODIMM asevele ekhona ngokudonsa ngobumnene amathebhu wokukhiya/okukhipha (atholakala nhlangothi zombili zesokhethi yememori) kude nemojuli yememori. Imojuli yememori izovula futhi ivele amadigri angu-30 ukuze isuswe.
- Qondanisa ukhiye wemojuli yememori kanye nokhiye wesokhethi yememori bese ufaka inkumbulo nge-engeli engama-degree angu-30.
- Zungezisa inkumbulo phansi kuze kube yilapho amathebhu wokukhiya/ejector ehlanganyela futhi uchofoze endaweni.
- Shintsha isembozo sekhompyutha bese uxhuma intambo yamandla ye-AC.
Indlela yokufaka iMemori
Ukufakwa kwe-DIMM yedeskithophu
Qaphela: Ungalokothi usebenzise ingcindezi noma uphathe imojuli yenkumbulo ku-Integrated Circuit (IC) noma eduze kwayo! Hlala uphatha inkumbulo ngazo zombili izandla ezibekwe emakhoneni aphezulu kakhulu e-Printed Circuit Board (PCB).
- Nqamula intambo yamandla ye-AC ngemuva kwe-PC yakho yedeskithophu.
- Ngaphambi kokuphatha i-DIMM (i-Dual Inline Memory Module) noma ama-DIMM, hlala uthinta into yensimbi engapendiwe futhi esekelwe phansi noma sebenzisa ibhande elisekelwe esihlakaleni elivikela umshini ukuze uvimbele ukukhishwa kwe-electrostatic (ESD).
- Uma kudingekile, susa ama-DIMM akhona kakade ngokucindezela phansi kumathebhu wokukhiya/okukhipha. Amathebhu atholakala kuzo zombili iziphetho zesokhethi yememori.
- Qondanisa ukhiye/izinkinobho zemojuli yememori kanye nezinkinobho zesokhethi yememori ukuze kufakwe kahle.
- Cindezela imemori kusokhethi kuze kube yilapho amathebhu engena endaweni futhi uvikele imojuli yememori.
- Shintsha isembozo sekhompyutha bese uxhuma intambo yamandla ye-AC.
Ukufakwa kwe-SO-DIMM kwikhompyutha ephathekayo
Qaphela: Ungalokothi usebenzise ingcindezi noma uphathe imojuli yenkumbulo ku-Integrated Circuit (IC) noma eduze kwayo! Hlala uphatha inkumbulo ngazo zombili izandla ezibekwe emakhoneni aphezulu kakhulu e-Printed Circuit Board (PCB). Qinisekisa ukuthi usebenza endaweni ephephile engashintshi.
- Nqamula i-adaptha yamandla ye-DC kukhompuyutha ephathekayo bese ukhipha ibhethri.
- Ngaphambi kokuphatha i-SO-DIMM (Imojuli Encane Yenkumbulo Ebili Ngaphakathi Komugqa Okabili) noma ama-SO-DIMM, hlala uthinta into yensimbi engapendiwe futhi esekelwe phansi noma sebenzisa ibhande lesihlakala eligxilile eliqinile ukuze uvimbele ukukhishwa kwe-electrostatic (ESD).
- Uma kudingekile, susa ama-SO-DIMM avele akhona kakade ngokudonsa ngobumnene amathebhu wokukhiya/ejector (atholakala nhlangothi zombili zesokhethi yememori) kude nemojuli yememori. Imojula yememori izovula futhi ivele-up 30 degrees ukuze isuswe.
- Qondanisa ukhiye wemojuli yememori kanye nokhiye wesokhethi yememori bese ufaka inkumbulo nge-engeli engama-degree angu-30.
- Zungezisa inkumbulo phansi kuze kube yilapho amathebhu wokukhiya/ejector ehlanganyela futhi uchofoze endaweni.
- Shintsha isembozo sekhompyutha bese uxhuma intambo yamandla ye-AC.
LESIHLOKO SOKUSHINTSHA NGAPHANDLE KWESIZziso.
©2023 Kingston Technology Corporation, 17600 Newhope Street, Fountain Valley, CA 92708 USA. Wonke Amalungelo Agodliwe. I-Kingston Technology kanye nelogo ye-Kingston yizimpawu zokuthengisa ezibhalisiwe noma izimpawu zokuthengisa ze-Kingston Technology Company, Inc. Zonke izimpawu zokuthengisa nezimpawu zokuthengisa ezibhalisiwe ziyimpahla yabanikazi bazo. Abawinile emqhudelwaneni bazobophezeleka kuzo zonke izintela, amalayisense nezinkokhelo. I-Kingston inelungelo lokwengeza, lokushintsha noma lokususa noma yiziphi izinqubomgomo kanye/noma imiklomelo nganoma yisiphi isikhathi noma ngaphandle kwesaziso sangaphambili. Ishicilelwe e-USA
Amadokhumenti / Izinsiza
 |
I-Kingston TECHNOLOGY KF548C38BBA-32 Beast RGB Memory Module [pdf] Umhlahlandlela wokufaka KF548C38BBA-32, KF548C38BBA-32 Beast RGB Memory Module, Beast RGB Memory Module, RGB Memory Module, Memory Module, Module |
