Bitar Wasannin Asus ROG Strix Z390-E: Miƙa Ambulan | Haɗa 25 Pin

Na tuna wani mummunan mafarki, wato talabijin na Sony projection. Lokacin da ake gyara sai ka cire haɗin babban na'urar don yin aiki a kai. Matsalar ita ce sun yi amfani da irin wannan mahaɗin, wanda aka haɗa da wayoyi masu launin toka mai kama da juna ga kowane jagora, ba tare da alamar mahaɗi ba. Waɗanda suka yi aiki a kan ɗaya a baya sun yi amfani da alkalami na Sharpie wanda ke nuna kowane mahaɗi da kan gaba. PITA ta gaske ce.

Mataki na 16: Yi matakan a jere don mayar da Mac mini! Kalli bidiyonmu a sama don cikakken bayani.

Laminates masu hadewa waɗanda suka haɗa da nanotubes na carbon masu daidaito a tsaye don kariyar tasirin ballistic da ƙarancin gudu. Lambar Patent 10247523

[G01L] ƘARFI MAI AUNA, DAMUWAR JIKI, KARFI, AIKI, ƘARFI MAI KYAU, INGANCIN MAKARANTI, KO MATSI NA RUWA (mai auna G01G) [4]

Mai ƙirƙira: Prashanth N. Subramanya (Karnataka, , IN), Ramakrishna Adireddy (Andhra Pradesh, , IN) Wanda aka naɗa: Texas Instruments Incorporated (Dallas, TX) Kamfanin Lauya: Babu Lambar Aikace-aikacen Lauya, Kwanan Wata, Sauri: 14755559 a ranar 06/30/2015 (kwanaki 1386 kafin a fitar da app)

Takaitaccen Bayani: Kayan dinki sun haɗa da wurin zama, sandar hannu da ke ratsa ta cikin gidan a cikin alkiblar tsayi, memba na cam da aka haɗa da sandar hannu, memba na cam da ya haɗa da fuskar gaba da fuskar baya da ke fuskantar fuskar gaba, inda memba na cam ya haɗa da lobe da aka sanya a kan ɗaya daga cikin fuskar gaba da fuskar baya, haɗa allura da aka haɗa da gidan, haɗa allura da allura da aka haɗa da sandar allura, da hannu da aka haɗa da gidan kuma aka haɗa da hannun, inda aka haɗa allurar da hannu a tsaye kuma aka haɗa allurar da hannu a tsaye kuma an takaita haɗin allurar dangane da hannun a cikin alkiblar tsayi da kuma alkiblar gefe wanda ke juyawa zuwa alkiblar tsayi.

A halin yanzu ina aiki akan sigar FPGA don samun layukan JTAG da 4 na FPGA I/O, da sigar ARM. Kawai ina shimfida dukkan hanyoyi uku akan pcb guda ɗaya a yanzu.

Babban bambanci tsakanin ATtiny10 da sauran AVRs shine cewa tiny10 ba ya amfani da tsarin AVR ISP na yau da kullun don shirye-shirye. Maimakon fil shida don iko, ƙasa, MISO, MOSI, SCK, da RST, wannan tsarin shirye-shirye ne mai ƙarfin lantarki mai yawa wanda ke buƙatar Volts 12. Mai shirye-shiryen AVR na yau da kullun zai iya yin sa, amma kuna buƙatar gina adaftar. Wannan shine ainihin abin da [Ben] ya yi, ta amfani da allon perf mai gefe ɗaya, mai solder da yawa, da wasu kanun labarai. Yana kama da yawa, amma babu abubuwa da yawa a cikin wannan allon shirye-shiryen. Akwai transistor da optocoupler. Abu ɗaya tilo da zai iya inganta wannan mai shirye-shiryen shine soket ɗin SOT-23 ZIF. Wannan zai ba da damar a tsara ƙananan tiny10s ba tare da fara haɗa su zuwa allon fashewa ba, amma soket ɗin ZIF suna da tsada a farko, kuma farashin soket ɗin SOT-23 ba shi da ma'ana.

[F41A] SIFFOFI KO BAYANI NA AIKI DA SUKA SHAFI ƘARAMIN KARYA DA KARYA, misali BINDIGA; HANYOYIN ƊAUKAR ƘARAMIN KARYA KO KARYA [5]

Takaitaccen Bayani: An bayyana na'urar tsaftace goga don amfani wajen tsaftace wafer na semiconductor bayan gogewa. Ana amfani da kayan aikin tsaftace goga da aka yi amfani da su tare da na'urar rarraba sinadarai masu rassa da yawa don amfani da su a kan wafers ɗin semiconductor masu tsabta, bayan gogewa, ta amfani da hanyar tsaftacewa ta haɗin gwiwa. Wata hanyar tsaftace sinadarai mai kyau tana amfani da jerin sinadarai guda biyu inda na'urorin maganin sinadarai na farko da na biyu suka bambanta da juna, kuma ana biye da su da pH-neutralizingrinse wanda ke faruwa a cikin tsarin magani daban da na'urorin maganin sinadarai na farko da na biyu. Aiwatar da irin waɗannan hanyoyin haɗin gwiwa yana sauƙaƙe ta hanyar sashin rarraba sinadarai masu rassa da yawa, wanda ke ba da layukan sinadarai daban-daban ga na'urorin maganin sinadarai daban-daban, kuma yana rarraba sinadarai zuwa aƙalla wurare huɗu daban-daban na kowane wafer yayin sarrafa wafer guda ɗaya a cikin madaidaicin tsari. Na'urar rarraba sinadarai masu reshe da yawa tana ba da tubalin gini mai sassauƙa, mai sassauƙa don gina saitunan kayan aiki daban-daban waɗanda ke amfani da hanyoyin magance sinadarai da yawa da/ko matakan hana pH.

Mai ƙirƙira: Motoyoshi Sekiya (Richardson, TX), Paparao Palacharla (Richardson, TX), Qiong Zhang (Plano, TX) Wanda aka naɗa: FUJITSU LIMITED (Kawasaki, , JP) Kamfanin Lauya: Baker Botts LLP (Na gida + wasu ƙananan hukumomi 8) Lambar Aikace-aikacen, Kwanan wata, Sauri: 14882217 a ranar 10/13/2015 (kwanaki 1267 kafin a fitar da app)

[H03K] FASAHA TA PULSE (auna halayen bugun jini G01R; daidaita juyawar sinusoidal tare da bugun jini H03C; watsa bayanai na dijital H04L; da'irori masu rarrabewa waɗanda ke gano bambancin lokaci tsakanin sigina biyu ta hanyar ƙidaya ko haɗa zagayowar juyawar H03D 3/04; sarrafawa ta atomatik, farawa, daidaitawa ko daidaita janareto na juyawar lantarki ko bugun jini inda nau'in janareto bai dace ba ko kuma ba a bayyana H03L ba; coding, dicoding ko canza lambar, gabaɗaya H03M) [4]