Fara Motsawa: Kekuna suna motsa jikinka da hankalinka a cikin kyakkyawan alkibla | 9 Pin D Sub Connector

Kungiyoyin lafiya da tsaro na wurin aiki sun rungumi sakamakon kuma babu shakka za su yi amfani da su don gudanar da ayyukan kula da haɗari da tsara shirye-shirye a nan gaba.

Tsarin, hanyoyi, da na'urori don tantance wurin da ake sanya gubar bisa ga martanin lafiyar majiyyaci Lambar Patent 10245434

LED ɗin ne abin da ya fi muhimmanci. Aikinta bai ba ta damar sanya kayan ado ba, don haka mun riga mun san cewa zoben na ɗan lokaci ne kawai. Ina amfani da na'urar sarrafawa don yin bugun LED a hankali.

Takaitaccen Bayani: An gabatar da dabarun gwada hanyar bayanai mai sauri tsakanin faifan IO da ma'ajiyar karantawa/rubuta na da'irar ƙwaƙwalwa ba tare da amfani da na'urar gwaji ta waje ba. A cikin tsarin on-chip, ana canja wurin tsarin gwajin bayanai a babban ƙimar bayanai tsakanin rajistar karantawa/rubuta da tushen tsarin gwaji, kamar rajista don wannan dalili ko ma'ajiyar karantawa/rubuta na wani jirgin sama. Sannan ana duba bayanan gwaji bayan canja wurin babban gudun akan ƙimar da ake tsammani, mara lalacewa, kamar ta hanyar mayar da shi a ƙaramin gudu don kwatantawa ko ta hanyar canja wurin bayanan gwaji a karo na biyu, amma a ƙaramin farashi, da kuma kwatanta kwafin babban saurin canja wuri tare da ƙaramin kwafin ƙimar canja wuri a ƙarshen karɓar canja wurin.

Ziyarar Uwar Goose: 6 ga Mayu daga 10:30 zuwa 11 na safe Yi bikin Makon Littattafan Yara tare da Uwar Goose. Ga yara 'yan shekara 3 zuwa 5.

Wanda za ku iya saya a yau shine GTX 1650 OC Edition, wanda ke zuwa a agogon 1,860MHz kuma zai sayar akan $179.99. Katunan biyu na gaba suna ɗauke da sunaye iri ɗaya da kuma lambobin samfuri kaɗan daban-daban. Dukansu ana kiransu Asus ROG Strix GeForce GTX 1650 Gaming. Wanda ke da lambar samfurin ROG-STRIX-GTX1650-A4G-GAMING yana da ɗan girma kaɗan (1,710MHz) kuma zai sayar akan $174.99. Saboda ɗan bambancin farashi da saurin agogon kusa, zan ba da shawarar maimakon lambar samfurin ROG-STRIX-GTX1650-4G-GAMING, wanda aka rage shi kaɗan a 1,695MHz kuma farashinsa akan $169.99, wanda hakan ya sa ya zama mafi kyawun zaɓi idan kuna nufin yin overclock da kanku, ko ta yaya.

[G05D] TSARI DON SAUKAKA KO SAUKAKA MASU SAUKAKA MASU WUTAR LANTARKI (don ci gaba da jefa ƙarfe B22D 11/16; bawuloli a kowane fanni F16K; gano masu canzawa marasa amfani da wutar lantarki, duba ƙananan azuzuwan G01 masu dacewa; don daidaita masu canzawa na wutar lantarki ko maganadisu G05F)

Abin da Digilent yake nufi ga hukumomin ci gaba a Amurka, MikroElektronika yana Turai. Duk da yake PMod yana da niyyar yin komai, haɗin mikroBUS na Mikro-E yana son yin komai, wato yana da I2C, SPI, UART, ƙarfin lantarki guda biyu, har ma da wasu ƙarin sigina duk akan pinout iri ɗaya. A zahiri, layuka biyu ne guda ɗaya na fil takwas, waɗanda aka raba su da inci 0.9, wanda ke nufin ya dace da allon burodi da kyau. Ga takamaiman bayani a cikin PDF.

Transistor na tasirin filin rami da hanyar ƙera transistor na tasirin filin rami Lamban Patent 10249744

Mai Ƙirƙira: Guorong Li (Beijing,, CN), Guowei Ouyang (Beijing,, CN), Hui Jin (Shenzhen,, CN), Nathan Edward Tenny (Poway, CA), Xiaoyan Duan (Shenzhen,, CN), Yunsong Yang (San Diego, CA) Wanda aka naɗa: FUTUREWEI TECHNOLOGIES, INC. (Plano, TX) Kamfanin Lauya: Slater Matsil, LLP (Na gida + wasu ƙananan hukumomi 1) Lambar Aikace-aikacen, Kwanan Wata, Sauri: 15605360 a ranar 05/25/2017 (kwanaki 691 kafin a fitar da app)

Takaitaccen Bayani: Binciken tiyata ya haɗa da haɗakar cannula, wanda ke da zare mai ma'auni (GRIN) wanda aka tsara don karɓar hasken da ke da ma'auni da yawa a ƙarshen kusanci da kuma fitar da hasken da ke da ma'auni da yawa a ƙarshen nesa; adaftar, wacce ke da ƙarshen nesa, wanda aka tsara don karɓar haɗakar cannula, tare da ƙarshen kusanci na zaren GRIN, ƙarshen kusanci, wanda aka tsara don haɗawa zuwa jagorar haske ta hanyar haɗawa da kuma karɓar haske da jagorar haske ta bayar daga tushen laser zuwa adaftar, da kuma hanyar sadarwa, wanda aka tsara don haɗa hasken da jagorar haske ta bayar zuwa ƙarshen kusanci na zaren GRIN; inda tsawon zaren GRIN ya isa tsayi har haɗin yana wajen idon majiyyaci yayin aikin ɗaukar hoto.

Ga masu haɗa wutar lantarki, ina amfani da masu haɗa nau'in sukurori don haɗin wutar lantarki mai ƙarfi, kuma ina shirin amfani da molex mai fil 4 kamar yadda aka samo a kan kayan ATX (tsofaffin). Ina so in yi amfani da +15, 5V, GND da -15V don ayyukan opamp da 5V mcu. Ana iya amfani da ayyukan PIC24 da PIC32 daga USB ko na'urar USB zuwa serial tare da 3v3, an haɗa su da kyau tare da wasu ƙarin murfi 10uF.