5CEFA7U19C8N IC Chip Wareegyada Isku-dhafan ee Asalka ah
Sifooyinka Alaabta
NOOCA | SHARAXA |
Qaybta | Wareegyada isku dhafan (ICs)Ku dhexjiraFPGAs (Array Beerta Baranaamijka ah ee Albaabka) |
Mfr | Intel |
Taxane | Cyclone® VE |
Xidhmada | saxaarad |
Xaaladda Alaabta | Firfircoon |
Tirada LAB-yada/CLB-yada | 56480 |
Tirada macquulka ah Elements/unugyada | 149500 |
Wadarta xajmiyada RAM | 7880704 |
Tirada I/O | 240 |
Voltage - Bixinta | 1.07V ~ 1.13V |
Nooca Koritaanka | Dusha sare |
Heerkulka shaqada | 0°C ~ 85°C (TJ) |
Xidhmada / Kiis | 484-FBGA |
Xidhmada Aaladda Bixiyaha | 484-UBGA (19×19) |
Lambarka Alaabta Saldhigga | 5CEFA7 |
Dukumentiyada & Warbaahinta
NOOCA kheyraadka | XIRIIRKA |
Xaashiyaha xogta | Buug-gacmeedka Aaladda Cyclone VDuufaantu V Qalabka DulmarkaXaashiyaha Xogta Aaladda Cyclone VHagaha Megafuntion ee Virtual JTAG |
Modules Tababarka Alaabta | SoC-Salaysan ARM la beddeli karoSecureRF ee DE10-Nano |
Alaabta sifaysan | Cyclone V Qoyska FPGA |
Naqshadeynta/Tilmaanta PCN | Quartus SW/Web Chgs 23/Sebtember/2021Mult Dev Software Chgs 3/Jun/2021 |
Baakadaha PCN | Mult Dev Label CHG 24/Jan/2020Mult Dev Label Chgs 24/Feb/2020 |
Errata | Cyclone V GX,GT,E Errata |
Kala soocida Deegaanka & Dhoofinta
sifada | SHARAXA |
Xaaladda RoHS | U hoggaansanaanta RoHS |
Heerka Dareenka Qoyaanka (MSL) | 3 (168 saacadood) |
Xaaladda GAAR | GAAR Aan Saameyn |
ECN | 3A991D |
HTSUS | 8542.39.0001 |
Cyclone® V FPGAs
Altera Cyclone® V 28nm FPGAs ayaa bixiya nidaamka ugu hooseeya ee nidaamka wershadaha iyo awoodda, oo ay la socoto heerarka waxqabadka ee ka dhigaya qoyska aaladda mid ku habboon kala soocida codsiyadaada mugga sarreeya.Waxaad heli doontaa ilaa 40 boqolkiiba awoodda wadarta guud ee hoose marka loo eego jiilkii hore, awoodaha is dhexgalka macquulka ah ee hufan, kala duwanaanshaha transceiver isku dhafan, iyo noocyada SoC FPGA oo leh nidaamka processor-ku-saleysan ARM (HPS).Qoysku waxay ku yimaadaan lix nooc oo la beegsaday: Cyclone VE FPGA oo leh macquul kaliya Cyclone V GX FPGA oo leh 3.125-Gbps transceivers Cyclone V GT FPGA oo leh 5-Gbps transceivers Cyclone V SE SoC FPGA oo leh ARM ku salaysan HPS iyo macquul Cyclone VFP S ARM ku salaysan HPS iyo 3.125-Gbps transceivers Cyclone V ST SoC FPGA oo leh ARM ku salaysan HPS iyo 5-Gbps transceivers
Cyclone® FPGAs Qoyska
Intel Cyclone® FPGA-yada Qoyska waxaa loo dhisay si ay u daboolaan baahiyaha naqshadeynta oo hooseeya, kharash-ku-ool ah, taasoo awood kuu siinaysa inaad si dhakhso leh suuqa u gasho.Jiil kasta oo ka mid ah Cyclone FPGAs wuxuu xalliyaa caqabadaha farsamada ee is dhexgalka korodhka, korodhka waxqabadka, awoodda hoose, iyo wakhtiga ugu dhaqsaha badan ee suuqa iyadoo la kulmayo shuruudaha xasaasiga ah.Intel Cyclone V FPGAs waxay bixiyaan nidaamka ugu hooseeya ee nidaamka suuqa iyo xalka FPGA ugu hooseeya ee codsiyada warshadaha, wireless-ka, khadka, baahinta, iyo suuqyada macaamiisha.Qoysku waxay isku daraan baloogyo badan oo hantida garaadka adag (IP) si ay awood kuugu siiso inaad wax badan ku qabato kharashka nidaamka guud iyo wakhtiga naqshadaynta.SoC FPGAs ee qoyska Cyclone V waxay bixiyaan hal-abuuro u gaar ah sida nidaamka processor-ka adag (HPS) oo udub dhexaad u ah processor-ka dual-core ARM® Cortex ™-A9 MPCore ™ oo leh qaybo qani ah oo adag si loo yareeyo awoodda nidaamka, kharashka nidaamka, iyo cabbirka looxa.Intel Cyclone IV FPGAs waa qiimaha ugu hooseeya, awoodda ugu yar ee FPGAs, oo hadda leh kala duwanaansho gudbiye.Qoyska Cyclone IV FPGA waxay bartilmaameedsanayaan mugga sare, codsiyada xasaasiga ah ee qiimaha leh, taas oo awood kuu siinaysa inaad la kulanto kordhinta shuruudaha xajmiyeedka iyadoo hoos loo dhigayo kharashyada.Intel Cyclone III FPGAs waxay bixiyaan isku-dar aan horay loo arag oo qiimo jaban ah, hawlkarnimo sare, iyo kor u qaadida awooda si kor loogu qaado heerkaaga tartanka.Qoyska Cyclone III FPGA waxaa lagu soo saaray iyadoo la adeegsanayo tignoolajiyada waxsoosaarka Semiconductor Production Company ee tamarta yar si ay u gaarsiiso isticmaalka koronto yar qiimihiisu ka duwan yahay kan ASICs.Intel Cyclone II FPGA-yada waxaa laga soo dhisay hoos ilaa qiimo jaban iyo in la bixiyo sifada macmiisha qeexan ee loo dejiyay mugga sare, codsiyada xasaasiga ah.Intel Cyclone II FPGAs waxay soo bandhigaan waxqabadka sare iyo isticmaalka tamarta hoose oo ay ku kacayso qiimo ka soo horjeeda ASICs.
Hordhac
Isku-xidhka wareegyada (ICs) waa furaha qalabka elektiroonigga ah ee casriga ah.Waa wadnaha iyo maskaxda wareegyada intooda badan.Waxay yihiin "chips" madow oo meel walba ku yaal oo aad ka hesho wax ku dhow sabuuradaha wareeg kasta.Ilaa aad tahay qof waalan, saaxir elaktroonig ah mooyaane, waxa ay u badan tahay in aad haysato ugu yaraan hal IC mashruuc kasta oo elegtarooniga ah ee aad dhisto, marka waa muhiim in aad fahanto gudaha iyo dibaddaba.
IC waa ururinta qaybaha elektarooniga ah -iska caabin,transistors,capacitorsiwm. — dhammaan waxaa lagu shubay jajab yar, oo la isku xiray si loo gaaro yool guud.Waxay ku yimaadaan dhammaan noocyada dhadhanka: albaabada macquulka ah ee hal-wareega ah, op amps, 555 timer, maamulayaasha korantada, matoorada kontaroolayaasha, microprocessors, FPGAs… liisku wuu sii socdaa.
Lagu daboolay casharradan
- Samaynta IC
- Xirmooyinka IC ee caadiga ah
- Aqoonsiga IC-yada
- IC-yada inta badan la isticmaalo
Akhriska la soo jeediyay
Wareegyada isku dhafan waa mid ka mid ah fikradaha aasaasiga ah ee elektiroonigga ah.Waxay ku dhisaan aqoon hore, si kastaba ha ahaatee, markaa haddii aanad aqoon u lahayn mawduucyadan, tixgeli inaad akhrido casharradooda marka hore…
Gudaha IC
Marka aan ka fikirno wareegyada isku dhafan, chips yar oo madow ayaa maskaxda ku haya.Laakiin maxaa ku jira sanduuqaas madow?
"Hilibka" dhabta ah ee IC waa lakabyo adag oo ah wafers semiconductor, copper, iyo walxo kale, kuwaas oo isku xira si ay u sameeyaan transistor-ka, iska caabiyeyaasha ama qaybaha kale ee wareegga.Isku darka gooyay iyo isku darka waferradan waxaa loo yaqaan adhiman.
Iyadoo IC lafteedu ay yar tahay, waferrada semiconductor-ka iyo lakabyada naxaasta ah ee ay ka kooban tahay ayaa aad u dhuuban.Xidhiidhada u dhexeeya lakabyada ayaa ah kuwo aad u adag.Halkan waxaa ah soo koobid qayb ka mid ah dhimashada sare:
Dhimashada IC waa wareegga qaabka ugu yar ee suurtogalka ah, aad u yar oo aan la iibin karin ama lagu xidhi karin.Si loo fududeeyo shaqadeena ku xidhidhiyaha IC-ga, waxaanu baakadaynaa dhinta.Xirmada IC waxay u beddeshaa dhinta jilicsan, yar yar, waxay u beddeshaa chip-ka madow ee aan dhammaanteen naqaanno.
Xirmooyinka IC
Xirmadu waa waxa soo koobaya dhimashada wareegga isku-dhafan oo u soo saarta qalab aan si fudud ugu xidhi karno.Xidhiidh kasta oo dibadda ah oo ku yaal dhinta waxa uu ku xidhan yahay silig dahab ah oo yar oo asuufamapinon xirmada.Biinanka ayaa ah qalinka, terminalka soo saaraya IC, kaas oo ku socda si ay ugu xidhmaan qaybaha kale ee wareegga.Kuwaani aad bay muhiim noogu yihiin, sababtoo ah waa waxa ku socon doona si ay ugu xidhmaan qaybaha kale iyo fiilooyinka wareegga.
Waxaa jira noocyo badan oo kala duwan oo xirmo ah, kuwaas oo mid walba uu leeyahay cabbiro gaar ah, nuucyada-kordhinta, iyo/ama pin-tirinta.