DRV5033FAQDBZR IC isku-dhafan Electron

DRV5033FAQDBZR IC isku dhafka wareegga Electron Sawirka

sharaxaad gaaban:

Horumarinta isku-dhafka ah ee chip-wareegga isku-dhafan iyo xirmada isku-dhafan ee elektarooniga ah

Sababtoo ah jileeyaha I/O iyo kala dheereynta bump waa ay adagtahay in la yareeyo horumarinta tignoolajiyada IC, isku dayga in lagu riixo goobtan heer sare AMD waxay qaadan doontaa tignoolajiyada horumarsan ee 7Nm, sanadka 2020 oo la bilaabay jiilkii labaad ee qaab dhismeedka isku dhafan si uu u noqdo Xudunta xisaabinta ugu weyn, iyo I / O iyo chips interface xusuusta iyadoo la adeegsanayo jiilka teknolojiyadda qaan-gaarka ah iyo IP, Si loo hubiyo in jiilkii labaad ee ugu dambeeyay isdhexgalka asaasiga ah ee ku saleysan isweydaarsiga aan dhammaadka lahayn oo leh waxqabadka sare, mahadsanid chip - isku xirka iyo isdhexgalka naqshadeynta iskaashiga, hagaajinta nidaamka baakadaha (saacad, sahayda korantada, iyo lakabka encapsulation, 2.5 D madal isdhexgalka si guul leh u gaaro yoolalka la filayo, furaya waddo cusub oo loogu talagalay horumarinta server-yada horumarsan.

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Faahfaahinta Alaabta

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Sifooyinka Alaabta

NOOCA	SHARAXA
Qaybta	Dareemayaasha, Transducers Dareemayaasha Magnetik - Dareemaha (Xaal adag)
Mfr	Qalabka Texas
Taxane	-
Xidhmada	Cajalad & Gariir (TR) Jaran Cajalad (CT) Digi-Reel®
Xaaladda Qaybta	Firfircoon
Shaqada	Wareegga Omnipolar
Farsamada	Saamaynta Hoolka
Polarization	Cirifka Waqooyi, Cirifka Koonfureed
Dareenka Range	3.5mT Safar, 2mT Siideynta
Xaaladda Imtixaanka	-40°C ~ 125°C
Voltage - Supply	2.5V ~ 38V
Hadda - Sahayda (Max)	3.5mA
Hadda - Wax-soo-saarka (Max)	30mA
Nooca wax soo saarka	Fur fur
Astaamaha	-
Heerkulka shaqada	-40°C ~ 125°C (TA)
Nooca Koritaanka	Dusha sare
Xidhmada Aaladda Bixiyaha	SOT-23-3
Xidhmada / Kiis	TO-236-3, SC-59, SOT-23-3
Lambarka Alaabta Saldhigga	DRV5033

Nooca Wareegga Isku-dhafan

Marka la barbar dhigo elektarooniga, photon-yadu ma laha cuf fadhiid ah, is dhexgal daciif ah, awood xoog leh oo ka hortagga faragelinta, waxayna aad ugu habboon yihiin gudbinta macluumaadka.Isku xirka indhaha ayaa la filayaa inuu noqdo tignoolajiyada udub-dhexaadka u ah inay jabiso gidaarka isticmaalka tamarta, gidaarka kaydinta iyo gidaarka isgaarsiinta.Iftiiminta, lammaane, modulator, aaladaha waveguide ayaa lagu dhex daray astaamaha cufnaanta sare ee indhaha sida nidaamka micro-electric isku-dhafan, waxay xaqiijin karaan tayada, mugga, isticmaalka awoodda is-dhexgalka sawir-qaadista cufnaanta sare, madal is-dhexgalka sawir-qaadista oo ay ku jiraan III - V-ka kooban semiconductor monolithic (INP) ) madal is dhexgalka dadban, silicate ama galaas (planar waveguide, PLC) iyo madal silikoon ku salaysan.

Madal InP waxaa inta badan loo isticmaalaa soo saarista laser, modulator, detector iyo aaladaha kale ee firfircoon, heerka tignoolajiyada hoose, qiimaha substrate sare;Isticmaalka madal PLC si loo soo saaro qaybo dadban, khasaaro yar, mug weyn;Dhibaatada ugu weyn ee labada gooboodba waa in alaabtu aysan ku habboonayn qalabka elektarooniga ah ee silicon-ku salaysan.Faa'iidada ugu caansan ee is-dhexgalka photonic-ku-saleysan ee silikoon waa in geeddi-socodku uu la jaan-qaadi karo habka CMOS iyo kharashka wax-soo-saarku waa mid hooseeya, sidaas darteed waxaa loo tixgeliyaa inuu yahay habka ugu macquulsan ee optoelectronic iyo xitaa dhammaan nidaamka is-dhexgalka indhaha.

Waxaa jira laba hab oo isdhexgalka oo loogu talagalay aaladaha sawir-qaadista ee silikoon ku saleysan iyo wareegyada CMOS.

Faa'iidada tan hore ayaa ah in aaladaha sawir-qaadista iyo aaladaha elektiroonigga ah si gaar ah loo hagaajin karo, laakiin xirmooyinka xiga waa adag tahay codsiyada ganacsiguna waa xaddidan yihiin.Tan dambe way adag tahay in la qaabeeyo oo la farsameeyo isku dhafka labada qalab.Waqtigan xaadirka ah, isku-dhafka isku-dhafka ah ee ku salaysan is-dhexgalka walxaha nukliyeerka ayaa ah doorashada ugu fiican

Lagu kala soocay goobta codsiga

Marka la eego goobaha codsiga, chip A waxa loo qaybin karaa xarunta xogta CLOUD AI chip iyo terminal AI chip garaadka.Xagga shaqada, waxa loo qaybin karaa chip-ta tababarka AI iyo chip-ka Inference-ga.Waqtigan xaadirka ah, suuqa daruuriga asal ahaan waxaa xukuma NVIDIA iyo Google.Sannadka 2020, chip-ka indhaha 800AI ee uu sameeyay Machadka Ali Dharma sidoo kale wuxuu galaa tartanka sababaynta daruuraha.Waxaa jira ciyaartoy badan oo dhamaadka ah.

Chips AI waxaa si weyn loogu isticmaalaa xarumaha xogta (IDC), terminaalka mobilada, amniga caqliga, wadista tooska ah, guriga smart iyo wixii la mid ah.

Xarunta Xogta

Tababarka iyo caqli-celinta daruuraha, halkaas oo inta badan tababarka hadda la qabto.Dib u eegista nuxurka fiidyaha iyo talooyinka la gaaryeelay ee Internetka moobaylka ayaa ah codsiyada caqligalka daruuriga ah ee caadiga ah.Nvidia Gpus waa kuwa ugu fiican tababarka iyo ugu fiican xagga caqliga.Isla mar ahaantaana, FPGA iyo ASIC waxay sii wadaan inay u tartamaan saamiga suuqa GPU sababtoo ah faa'iidooyinka isticmaalka tamarta hoose iyo qiimaha hoose.Waqtigan xaadirka ah, chips-ka daruuraha inta badan waxaa ka mid ah NviDIa-Tesla V100 iyo Nvidia-Tesla T4910MLU270

Amniga sirdoonka

Hawsha ugu weyn ee amniga caqliga leh waa qaabaynta muuqaalka.Marka lagu daro chip-ka AI ee terminalka kamarada, jawaabta waqtiga-dhabta ah waa la xaqiijin karaa cadaadiska bandwidth waa la dhimi karaa.Intaa waxaa dheer, shaqada sababaynta ayaa sidoo kale lagu dhex dari karaa sheyga server-ka cidhifka ah si loo ogaado asalka AI ee sababaynta xogta kamarad aan caqli-gal ahayn.Chips-yada AI waxay u baahan yihiin inay awood u yeeshaan habaynta fiidiyoowga iyo dejinta, inta badan waxay tixgelinayaan tirada kanaalada fiidiyoowga ah ee la farsameyn karo iyo kharashka qaabeynta hal kanaal oo fiidiyoow ah.Chips-ka matale waxa ka mid ah HI3559-AV100, Haisi 310 iyo Bitmain BM1684

Hore: AMC1301DWVR WAREEGTADA ISKU DHACDAY IC CHIP

Xiga: Isku dhafka asalka ah ee Chip IC DS90UB927QSQX/NOPB

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