Uphononongo lweMidlalo ye-Asus ROG Strix Z390-E: Ukolula i-Envelopu | Ii-25 Pin Connectors

Ndikhumbula elinye iphupha elibi, iiTV zeprojektha zeSony. Xa ulungisa kwakufuneka ukhuphe i-main assembly ukuze usebenze kuyo. Ingxaki yayikukuba babesebenzisa uhlobo olufanayo lwe-connector, olufakwe iingcingo ezingwevu ezinombala ofanayo kwi-lead nganye, ngaphandle kophawu lwe-connector. Abo babekhe basebenza kwenye ngaphambili basebenzise i-Sharpie pen uphawule i-connector nganye kunye ne-header. Ngaphandle koko, i-PITA yokwenyani.

Inyathelo le-16: Yenza amanyathelo ngokulandelelana ukuze ubuyisele iMac mini ndawonye! Bukela ividiyo yethu engentla ukuze ufumane inkcazelo epheleleyo.

Ii-laminate ezidityanisiweyo eziquka ii-nanotubes zekhabhoni ezilungelelaniswe ngokuthe nkqo ukhuseleko lwempembelelo ye-ballistic kunye nesantya esiphantsi Inombolo yePatent 10247523

[G01L] UKULINGANISA AMANDLA, UXINZELELO, I-TORQUE, UMSEBENZI, AMANDLA OKUSEBENZA KWEENKCUKACHA, UKUSEBENZA NGOKWEENKCUKACHA, OKANYE UXINZELELO LWAMANZI (olunobunzima obuyi-G01G) [4]

Umsunguli(abasunguli): uPrashanth N. Subramanya (Karnataka, , IN), uRamakrishna Adireddy (Andhra Pradesh, , IN) Ababelwe: iTexas Instruments Incorporated (Dallas, TX) Ifemu yoMthetho: Akukho Cebisi Inombolo yesicelo, Umhla, Isantya: 14755559 ngomhla wama-30/06/2015 (iintsuku ezili-1386 zokukhutshwa kwe-app)

Isishwankathelo: Isixhobo sokuthunga siquka i-housing, i-arm shaft edlula kwi-housing kwicala elide, ilungu le-cam elidityaniswe ne-arm shaft, ilungu le-cam eliquka ubuso bangaphambili kunye nobuso bangasemva obubekwe ecaleni kobuso bangaphambili, apho ilungu le-cam liquka i-lobe ebekwe kwelinye icala lobuso bangaphambili kunye nobuso bangasemva, i-needle assembly edityaniswe ne-housing, i-needle assembly equka i-needle shaft kunye ne-needle edityaniswe ne-needle shaft, kunye nengalo edityaniswe ne-housing kwaye idityaniswe nelungu le-cam, apho i-needle assembly idityaniswe nengalo kwicala elithe nkqo kwaye i-needle assembly idityaniswe ngokubhekiselele kwingalo kwicala elide kunye necala elingasemva elijikelezela kwicala elide.

Okwangoku ndisebenza kwinguqulelo ye-FPGA ukuze ndibe nemigca ye-JTAG kunye neye-4 FPGA I/O, kunye nenguqulelo ye-ARM. Ndiza kubeka zonke iindlela ezintathu kwi-pcb enye okwangoku.

Umahluko ophambili phakathi kwe-ATtiny10 kunye nezinye ii-AVR kukuba i-tiny10 ayisebenzisi i-protocol ye-AVR ISP eqhelekileyo kwi-programming. Endaweni yeepini ezintandathu ze-power, ground, MISO, MOSI, SCK, kunye ne-RST, le yinkqubo ye-programming ene-voltage ephezulu efuna ii-Volts ezili-12. I-programmer eqhelekileyo ye-AVR ingayenza, kodwa kufuneka wakhe i-adaptha. Yiloo nto kanye [uBen] ayenzileyo, esebenzisa ibhodi ye-perf enecala elinye, i-solder eninzi, kunye nee-headers ezithile. Ibonakala ngathi ininzi, kodwa akukho nto ingako kweli bhodi ye-programmer. Kukho i-transistor kunye ne-optocoupler. Into ekuphela kwayo enokwenza le programmer ibe ngcono yi-SOT-23 ZIF socket. Oku kuya kuvumela ii-tiny10 ezingenanto ukuba zicwangciswe ngaphandle kokuzidibanisa kuqala kwibhodi yokuqhekeza, kodwa ii-socket ze-ZIF zibiza kakhulu ekuqaleni, kwaye amaxabiso kwi-SOT-23 sockets ayisiyonto.

[F41A] IIMPAWU EZISEBENZAYO OKANYE IINKCUKACHA EZIQHELEKILEYO KWIIMPAWU EZINCINCI NEZIQHUTYWAYO, umz. IIMBANO; UKUFAKWA KWEEMPAWU EZINCINCI OKANYE IIMPAWU EZIQHELEKILEYO [5]

Isishwankathelo: Isixhobo sokucoca ibrashi sityhilwe ukuze sisetyenziswe ekucoceni i-wafer ye-semiconductor emva kokuyipolisha. Iimpawu zesixhobo sokucoca ibrashi esisetyenziswa ngeyunithi yokukhupha iikhemikhali ezininzi zisetyenziswa ngokunenzuzo kwii-wafer ze-semiconductor ezicociweyo, emva kokupolisha, kusetyenziswa indlela yokucoca i-hybrid. Indlela yokucoca i-hybrid engumzekelo isebenzisa ulandelelwano lweekhemikhali ezimbini apho iimodyuli zonyango lwekhemikhali zokuqala nezesibini zahlukene, kwaye zilandelwa yi-pH-neutralizingrinse eyenzeka kwimodyuli yonyango eyahlukileyo kwiimodyuli zonyango lwekhemikhali zokuqala nezesibini. Ukusetyenziswa kwezo ndlela ze-hybrid kwenziwa lula yiyunithi yokukhupha iikhemikhali ezininzi, ebonelela ngemigca eyahlukeneyo yeekhemikhali kwiimodyuli zonyango lweekhemikhali ezahlukeneyo, kwaye isasaze iikhemikhali kwiindawo ezine ezahlukeneyo ze-wafer nganye ngexesha lokucubungula i-wafer enye kwindawo ethe nkqo. Iyunithi yokukhupha iikhemikhali ezininzi ibonelela ngebhloko yokwakha eguquguqukayo, eguquguqukayo yokwakha izixhobo ezahlukeneyo ezisebenzisa amanyathelo amaninzi onyango lweekhemikhali kunye/okanye amanyathelo okunciphisa i-pH.

Umsunguli(abasunguli): UMotoyoshi Sekiya (eRichardson, TX), uPaparao Palacharla (eRichardson, TX), uQiong Zhang (ePlano, TX) Ababelwe: FUJITSU LIMITED (eKawasaki, , JP) Ifemu yoMthetho: Baker Botts LLP (yasekuhlaleni + ezinye iimetro ezisi-8) Inombolo yesicelo, Umhla, Isantya: 14882217 ngomhla we-10/13/2015 (iintsuku ezili-1267 zokukhutshwa kwe-app)

[H03K] INDLELA YOKUPHAWULA (ukulinganisa iimpawu ze-pulse G01R; ukuguqula i-sinusoidal oscillations ngee-pulses H03C; ukuhanjiswa kolwazi lwedijithali H04L; iisekethe zokwahlulahlula ezifumanisa umahluko wesigaba phakathi kwemiqondiso emibini ngokubala okanye ukudibanisa imijikelo ye-oscillation H03D 3/04; ulawulo oluzenzekelayo, ukuqala, ukuvumelanisa okanye ukuzinzisa iijenereyitha ze-elektroniki oscillations okanye ii-pulses apho uhlobo lwejenereyitha lungabalulekanga okanye lungachazwanga H03L; ukukhowuda, ukucacisa okanye ukuguqulwa kwekhowudi, ngokubanzi H03M) [4]