Amsoshin Masu Karatu: Ta yaya kuke amfani da fitilun babur ɗinku, masu nuna haske? | Zif Connector

A lokacin da suke wanzuwa, ban iya bambance kebul na SCSI da kebul na firinta ba. Ana amfani da haɗin D mai pin 25 da 9 don abubuwa da yawa, a da.

Za ka iya ɗaukar hotuna a tsarin JPEG ko DNG RAW - wanda ke ba ka ƙarin haƙuri don dawo da inuwa da haske a cikin software na canza RAW kamar Lightroom. Masu amfani za su iya zaɓar amfani da yanayin Basic, ko haɓaka zaɓuɓɓukan su ta hanyar canzawa zuwa Pro Mode, wanda ake samun damar shiga ta hanyar app ɗin DJI Mimo lokacin da aka haɗa na'urar zuwa wayarka.

Tsarin da hanyar samar da abubuwan da suka dace na intanet a cikin gida tare da buƙatun aiki masu aminci da faɗakarwa game da yanayin abu Lambar Patent 10264398

Takaitaccen Bayani: Dandalin matakai da yawa yana ba da tsaro a kewayen tsarin kwamfuta, inda matakin tsaka-tsaki ke hulɗa tsakanin matakin yanar gizo da matakin aikace-aikace. Ana karɓar buƙatar bayanai da ke da alaƙa da saitin bayanai a matakin yanar gizo kuma a wuce zuwa matakin matsakaici. Matsakaicin matakin yana ƙayyade tushen iko don saitin bayanai da kuma ko saitin bayanai yana da ƙimar tsayayye ko tsauri. Idan ƙimar ba ta canzawa ba, matsakaicin matakin yana isa ga ƙimar da aka adana a matakin matsakaici. Koyaya, idan ƙimar tana da ƙarfi, matsakaicin matakin yana bincika tushen da aka yi wa rajista a saitin bayanai, yana samun ƙimar daga tushen iko, kuma yana dawo da ƙimar tsauri ta hanyar layin yanar gizo, inda tushen da aka yi wa rijista na iya zama na ciki ko na waje ga tsarin kwamfuta. Saboda haka, matsakaicin matakin na iya aiki azaman babban matakin da ke tallafawa duka bayanan bayanai da ayyukan saƙo.

Ban san abin da wannan manhaja za ta yi wa kyau ba, amma na ga ana amfani da ita wajen tuƙa na'urar auna motoci ta stepper daga shigar analog, na'urar auna siffa mai sauƙi don saita lokacin rufe kyamara, ko kuma wani irin hasken dare mai wayo. Wataƙila zai iya maye gurbin na'urar auna siffa ta 555 a cikin aikace-aikace da yawa kuma ya ƙara wasu na'urori masu wayo.

Zai yi kyau a ga ko wannan na'urar za ta dawo shekara mai zuwa da wani zaɓi kamar haka. Wannan agogon da ke saman PCB kuma yana nuna wani irin aikin na'urar ƙidayar lokaci, wanda da alama ba ya cikin manhajar da ake amfani da ita a yanzu.

"Suna ƙaruwa da kusan kashi 2% a duk faɗin ƙasar, kowace shekara - ana kashe ma'aikatan manyan hanyoyi a yankunan aiki," in ji shi. "Kawai suna yin ayyukansu ne don biyan bukatun iyalansu da kuma mayar da su gida lafiya. Bai kamata hakan ya zama abin tambaya ba."

Kwalkwali ga masu keke da 'yan wasa na iya rage haɗarin rauni. Ga abin da za ku nema. Patti Singer, @PattiSingerRoc

Tsarin Gine-gine: TU117Tsari: 12nmTransistors: biliyan 4.7 Girman mutu: 200mm^2SMs: 14CUDA cores: 896Agogon tushe: 1485MHzAgogon haɓakawa: 1665MHzVRAM: 4GB GDDR5VRAM Sauri: 8000Gbps Faɗin bas: 128-bitROPs: 32TMUs: 56GFLOPS: 2984Bandwidth: 128GB/sTDP: 75WLaunch Farashi: $149

[G01C] AUNA NISA, MATAKAN KO BEARING; BINCIKE; KEWAYEWA; KAYAN AIKI NA GYROSCOPIC; DUBAWA KO BIDIYO GRAMMETRY (auna matakin ruwa G01F; kewayawa ta rediyo, ƙayyade nisa ko gudu ta hanyar amfani da tasirin yaɗuwa, misali tasirin Doppler, lokacin yaɗuwa, na raƙuman rediyo, shirye-shiryen makamantan su ta amfani da wasu raƙuman G01S)

Shugaban kamfanin NatRoad, Warren Clark, ya ce sanarwar za ta ci gaba da samar da ƙarin ƙarfafawa ga tsaron manyan motoci.

A cewar Dr. Roman Ostholt, mataimakin shugaban LIDE a LPKF, "Godiya ga [LIDE], yana yiwuwa a karon farko a ƙirƙiri ƙananan gine-gine masu zurfi a cikin gilashi ba tare da haifar da ƙananan fasa, damuwa ko wasu lahani na saman ba. Injin yana da matuƙar daidaito kuma tsarin yana da sauri. Tare da amfani da gilashin da aka sarrafa da LIDE, akwai yiwuwar ƙari a cikin haɗakar abubuwa daban-daban a cikin marufi na IC da matakin wafer na zamani fiye da da."