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I-XC7Z100-2FFG900I – Imibuthano Ehlanganisiwe, Eshumekiwe, Isistimu Ku-Chip (SoC)

incazelo emfushane:

I-Zynq®-7000 SoCs itholakala ku--3, -2, -2LI, -1, kanye -1LQ amamaki esivinini, futhi -3 inokusebenza okuphezulu kakhulu.Amadivayisi -2LI asebenza ku-programmable logic (PL) VCCINT/VCCBRAM =0.95V futhi ahlolelwa amandla amile aphansi aphezulu.Ukucaciswa kwesivinini sedivayisi ye- -2LI kuyefana naleyo yedivayisi engu- -2.Amadivayisi -1LQ asebenza ku-voltage efanayo nangesivinini njengamadivayisi we--1Q futhi ahlolelwa amandla aphansi.Idivayisi ye-Zynq-7000 DC kanye nezici ze-AC zicaciswe kububanzi bezinga lokushisa lezentengiso, elinwetshiwe, lezimboni, kanye nelandisiwe (Q-temp).Ngaphandle kwebanga lokushisa elisebenzayo noma ngaphandle uma kuphawulwe ngenye indlela, wonke amapharamitha kagesi we-DC kanye ne-AC ayafana ebangeni elithile lesivinini (okungukuthi, izici zesikhathi zedivayisi yemboni yebanga elingu--1speed ziyefana nezohwebo zebanga -1 idivayisi).Kodwa-ke, amabanga esivinini akhethiwe kuphela kanye/noma amadivayisi atholakala kububanzi bezinga lokushisa lezentengiso, elinwetshiwe, noma lemboni.Wonke ama-voltage okuphakelayo kanye nezicaciso zokushisa ze-junction zimele izimo ezimbi kakhulu.Amapharamitha afakiwe ajwayelekile kumiklamo edumile kanye nezinhlelo zokusebenza ezijwayelekile.


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izimfanelo Zomkhiqizo

UHLOBO DESCRIPTION
Isigaba Izifunda Ezihlanganisiwe (ICs)

Kushumekiwe

Isistimu On Chip (SoC)

Mfr I-AMD
Uchungechunge I-Zynq®-7000
Iphakheji Ithreyi
Isimo somkhiqizo Iyasebenza
Izakhiwo I-MCU, i-FPGA
I-Core processor I-Dual ARM® Cortex®-A9 MPCore™ ene-CoreSight™
Usayizi We-Flash -
Usayizi we-RAM 256 KB
Amapheripheral I-DMA
Ukuxhumana I-CANbus, EBI/EMI, Ethernet, I²C, MMC/SD/SDIO, SPI, UART/USART, USB OTG
Isivinini 800MHz
Izimfanelo Eziyinhloko I-Kintex™-7 FPGA, 444K Logic Cells
Izinga Lokushisa Lokusebenza -40°C ~ 100°C (TJ)
Iphakheji / Ikesi 900-BBGA, FCBGA
Iphakheji Yedivayisi Yomhlinzeki 900-FCBGA (31x31)
Inombolo ye-I/O 212
Inombolo Yomkhiqizo Eyisisekelo I-XC7Z100

Amadokhumenti Nemidiya

UHLOBO LOKUSEBENZA LINK
Datasheets Idatha ye-XC7Z030,35,45,100

I-Zynq-7000 All Programmable SoC Uhlolojikelele

I-Zynq-7000 User Guide

Amamojula Wokuqeqesha Umkhiqizo I-Powering Series 7 Xilinx FPGAs ene-TI Power Management Solutions
Ulwazi Lwezemvelo I-Xiliinx RoHS Cert

I-Xilinx REACH211 Cert

Umkhiqizo Ofakiwe Yonke i-Programmable Zynq®-7000 SoC

I-TE0782 Series ene-Xilinx Zynq® Z-7035/Z-7045/Z-7100 SoC

I-PCN Design/Specification I-Mult Dev Material Chg 16/Dec/2019
I-PCN Packaging Mult Amadivayisi 26/Jun/2017

Izigaba Zemvelo Nokuthekelisa

ISIQINISEKISO DESCRIPTION
Isimo se-RoHS I-ROHS3 Iyahambisana
Izinga Lokuzwela Komswakama (MSL) 4 (72 amahora)
FIKA Isimo FIKA Ungathintekile
ECCN 3A991D
HTSUS 8542.39.0001

 

I-SoC

I-Basic SoC Architecture

Isakhiwo esijwayelekile sesistimu-on-chip siqukethe izingxenye ezilandelayo:
- Okungenani i-microcontroller eyodwa (MCU) noma i-microprocessor (MPU) noma iphrosesa yesiginali yedijithali (DSP), kodwa kungaba nama-processor cores amaningi.
- Inkumbulo ingaba eyodwa noma ngaphezulu ye-RAM, i-ROM, i-EEPROM nememori ye-flash.
- I-oscillator kanye nesekhethi ye-loop evaliwe yesigaba ukuze inikeze amasiginali we-pulse yesikhathi.
- Amapheripheral ahlanganisa izinto zokubala kanye nezikhathi, amasekhethi okuphakelwa kukagesi.
- Izixhumanisi zamazinga ahlukene okuxhumana njenge-USB, i-FireWire, i-Ethernet, i-transceiver evumelanayo yendawo yonke kanye nezixhumanisi ze-peripheral ze-serial, njll.
- I-ADC/DAC yokuguqulwa phakathi kwezimpawu zedijithali ne-analogue.
- Amasekhethi okulawula amandla kagesi kanye nezilawuli zikagesi.
Imikhawulo yama-SoCs

Njengamanje, idizayini yezakhiwo zokuxhumana ze-SoC isivuthiwe.Iningi lezinkampani zama-chip zisebenzisa izakhiwo ze-SoC ekwenzeni ama-chip.Kodwa-ke, njengoba izicelo zezentengiselwano ziqhubeka nokuphishekela ukuba khona kokuphila ndawonye nokubikezela, inani lama-cores ahlanganiswe ku-chip lizoqhubeka nokukhula futhi izakhiwo ze-SoC ezisekelwe ebhasini zizoba nzima ngokwandayo ukuhlangabezana nezidingo ezikhulayo zekhompyutha.Ukubonakaliswa okuyinhloko kwalokhu kukhona
1. ukwehla kokulinganisa.Idizayini yesistimu ye-soC iqala ngokuhlaziywa kwezidingo zesistimu, okukhomba amamojula ohlelweni lwehadiwe.Ukuze uhlelo lusebenze kahle, indawo yemojula ngayinye ebonakalayo ku-SoC ku-chip ilinganiselwe.Uma umklamo womzimba usuqediwe, kufanele kwenziwe izinguquko, okungaba inqubo yokuklama kabusha ngempumelelo.Ngakolunye uhlangothi, ama-SoC asekelwe ekwakhiweni kwamabhasi anomkhawulo enanini lama-processor cores anganwetshwa kuwo ngenxa yendlela yokuxhumana yokulamula engokwemvelo yokwakhiwa kwebhasi, okungukuthi ipheya elilodwa kuphela lama-processor cores angaxhumana ngesikhathi esifanayo.
2. Ngokwakhiwa kwebhasi okusekelwe kumshini okhethekile, imojula ngayinye esebenzayo ku-SoC ingaxhumana kuphela namanye amamojula ohlelweni uma isithole ukulawula ibhasi.Sekukonke, lapho imojula ithola amalungelo okulamula amabhasi okuxhumana, amanye amamojula ohlelweni kufanele alinde kuze kube yilapho ibhasi likhululekile.
3. Inkinga yokuvumelanisa iwashi elilodwa.Isakhiwo sebhasi sidinga ukuvumelanisa komhlaba wonke, nokho, njengoba usayizi wesici senqubo uba mncane futhi ube mncane, imvamisa yokusebenza ikhuphuka ngokushesha, ifinyelele ku-10GHz kamuva, umthelela obangelwa ukubambezeleka koxhumano uzoba mubi kakhulu kangangokuthi akunakwenzeka ukuklama isihlahla sewashi lomhlaba wonke. , futhi ngenxa yenethiwekhi enkulu yewashi, ukusetshenziswa kwayo kwamandla kuzothatha ingxenye enkulu yamandla asetshenziswa chip.


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