I-MICROCHIP RTG4 IsiHlomelo RTG4 FPGAs Uyilo lweBhodi kunye neziKhokelo zokuBeka

Intshayelelo

Esi songezo kwi-AC439: UYilo lweBhodi kunye neziKhokelo zokuBeka kwi-RTG4 FPGA yeSicelo seNqaku, ibonelela ngolwazi olongezelelweyo, ukugxininisa ukuba i-DDR3 yobude bemigaqo ehambelanayo epapashwe kuhlaziyo lwe-9 okanye kamva ithatha indawo yokuqala ngaphezu koyilo lwebhodi olusetyenziselwa i-RTG4™ ikhithi yophuhliso. Ekuqaleni, ikhithi yophuhliso ye-RTG4 yayifumaneka kuphela nge-Engineering Silicon (ES). Emva kokukhutshwa kokuqala, ikhithi kamva yahlaliswa ngebanga eliqhelekileyo (STD) lebanga lesantya kunye ne--1 ibakala lesantya se-RTG4 izixhobo zokuvelisa. Amanani amacandelo, i-RTG4-DEV-KIT kunye ne-RTG4-DEV-KIT-1 iza nebakala lesantya se-STD kunye ne--1 izixhobo ze-speed grade ngokulandelanayo.
Ngaphaya koko, esi songezo sibandakanya iinkcukacha kwi-I/O yesixhobo sokuziphatha kusetyenziso olwahlukeneyo lwamandla-phezulu kunye nokuhla kwamandla, kunye, ne-DEVRST_N yokuqinisekisa ngexesha lokusebenza kwesiqhelo.

Uhlalutyo lwe-RTG4-DEV-KIT DDR3 UYilo lweBhodi

• Ikhithi yophuhliso ye-RTG4 isebenzisa idatha ye-32-bit kunye ne-4-bit ye-ECC DDR3 ujongano kulawulo ngalunye lwe-RTG4 FDDR eyakhelwe-ngaphakathi kunye neebhloko ze-PHY (FDDR East and West). I-interface icwangciswe ngokwasemzimbeni njengemizila ye-byte yedatha emihlanu.
• Ikiti ilandela i-fly by scheme njengoko ichazwe kwi-DDR3 icandelo leziKhokelo zokuBeka kwe-AC439: iBhodi yoYilo kunye neziKhokelo zokuBeka kwi-RTG4 FPGA iNqaku leSicelo. Nangona kunjalo, ukusukela oko le khithi yophuhliso yayiyilwe phambi kokupapasha inqaku lesicelo, ayihambelani nezikhokelo zobude ezihlaziyiweyo ezichazwe kwinqaku lesicelo. Kwinkcazo ye-DDR3, kukho umda we- +/- 750 ps kwi-skew phakathi kwe-data strobe (DQS) kunye ne-DDR3 clock (CK) kwisixhobo ngasinye sememori ye-DDR3 ngexesha lokuthengisana ngokubhala (DSS).
• Xa izikhokelo ezihambelana nobude kwi-AC439 yohlaziyo lwe-9 okanye iinguqulelo zamva zenqaku lesicelo zilandelwa, ibhodi ye-RTG4 ibhodi iya kuhlangabezana nomda we-tDQSS kuzo zombini -1 kunye ne-STD izixhobo zebakala lesantya kuyo yonke inkqubo, vol.tage, kunye nobushushu (PVT) uluhlu olusebenzayo oluxhaswa zizixhobo zokuvelisa zeRTG4. Oku kufezekiswa ngokufaka i-factoring kwi-skew ye-most-case output skew phakathi kwe-DQS kunye ne-CK kwiiphini ze-RTG4. Ngokukodwa, xa usebenzisa i
  eyakhelwe-RTG4 FDDR isilawuli kunye ne-PHY, i-DQS ikhokela i-CK nge-370 ps ubuninzi kwi--1 ye-speed grade device kunye ne-DQS Leads CK nge-447 ps ubuninzi besixhobo sebanga le-STD, kwiimeko ezimbi kakhulu.
• Ngokusekelwe kuhlalutyo oluboniswe kwiThebhile 1-1, i-RTG4-DEV-KIT-1 idibana nemida ye-tDQSS kwisixhobo ngasinye sememori, kwiimeko ezimbi kakhulu zokusebenza kwe-RTG4 FDDR. Nangona kunjalo, njengoko kubonisiwe kwiThebhile 1-2, uyilo lwe-RTG4-DEV-KIT, egcwele izixhobo ze-STD zenqanaba le-RTG4, ayihambelani ne-tDQSS yezixhobo zememori yesine neyesihlanu kwi-fly-by topology, kwiimeko ezimbi kakhulu zokusebenza. ye-RTG4 FDDR. Ngokubanzi, i-RTG4-DEV-KIT isetyenziswa kwiimeko eziqhelekileyo, ezifana nobushushu begumbi kwindawo yelebhu. Ngoko ke, olu hlalutyo olubi kakhulu alusebenzi kwi-RTG4-DEV-KIT esetyenziswa kwiimeko eziqhelekileyo. Uhlalutyo lusebenza njenge-example yokuba kutheni kubalulekile ukulandela iDDR3 izikhokelo zokuthelekisa ubude ezidweliswe kwi-AC439, ukuze uyilo lwebhodi yomsebenzisi ludibane ne-tDQSS yesicelo senqwelomoya.
• Ukucacisa ngakumbi ngale example, kwaye ubonise indlela yokubuyisela ngesandla ulungiselelo lwebhodi ye-RTG4 engenako ukuhlangabezana ne-AC439 DDR3 izikhokelo ezihambelana nobude, i-RTG4-DEV-KIT enezixhobo zebakala lesantya se-STD zisengakwazi ukuhlangabezana ne-tDQSS kwisixhobo ngasinye sememori, kwiimeko ezimbi kakhulu, ngenxa yokuba. isilawuli esakhelwe ngaphakathi se-RTG4 FDDR kunye ne-PHY inamandla okulibazisa ngokweenkcukacha umqondiso we-DQS ngokwendlela yedatha yebhayithi. Olu tshintsho lwe-static lungasetyenziselwa ukunciphisa i-skew phakathi kwe-DQS kunye ne-CK kwisixhobo sememori esine-tDQSS> 750 ps. Jonga icandelo loQeqesho lwe-DRAM, kwi-UG0573: RTG4 FPGA High Speed ​​DDR Interfaces User Guide ngolwazi oluthe kratya malunga nokusebenzisa ulawulo lokulibaziseka okumileyo (kwirejista REG_PHY_WR_DQS_SLAVE_RATIO) ye-DQS ngexesha lokubhala intengiselwano. Eli xabiso lokulibaziseka linokusetyenziswa kwi-Libero® SoC xa kufakwa isilawuli se-FDDR ngokuqalisa ngokuzenzekelayo ngokuguqula ikhowudi yokuqalisa ye-CoreABC FDDR eyenziwe ngokuzenzekelayo. Inkqubo efanayo inokufakwa kuyilo lwebhodi yomsebenzisi engahambelani ne-tDQSS kwisixhobo ngasinye sememori.

Uluhlu 1-1. UVavanyo lwe-RTG4-DEV-KIT-1 tDQSS Ubalo lwe--1 yezahlulo kunye ne-FDDR1 Interface

Indlela ihlalutyiwe	Ubude bewotshi (mils)	Ukulibaziseka kokusasazwa kwewotshi (ps)	Ubude bedatha (mils)	Ukusasazwa kweDatha n Ukulibazisa (ps)	Umahluko phakathi kwe-CLKDQS ngenxa yokuHamba (mils)	tDQSS kuyo yonke inkumbulo, emva kwebhodi skew + FPGA DQSCLK skew (ps)
Inkumbulo yeFPGA-1st	2578	412.48	2196	351.36	61.12	431.12
FPGA-2nd Inkumbulo	3107	497.12	1936	309.76	187.36	557.36
FPGA-3rd Inkumbulo	3634	581.44	2231	356.96	224.48	594.48
FPGA-4th Inkumbulo	4163	666.08	2084	333.44	332.64	702.64
FPGA-5th Inkumbulo	4749	759.84	2848	455.68	304.16	674.16

Phawula: Kwiimeko ezimbi kakhulu, i-RTG4 FDDR DDR3 DQS-CLK skew ye--1 izixhobo yi-370 ps ubuninzi kunye ne-242 ps ubuncinane.

Uluhlu 1-2. Uvavanyo lwe-RTG4-DEV-KIT tDQSS Ukubalwa kwezahlulo ze-STD kunye ne-FDDR1 Interface

Indlela ihlalutyiwe	Ubude bewotshi (mils)	Ukulibaziseka kokusasazwa kwewotshi (ps)	Ubude bedatha (mils)	Ukusasazwa kweDatha kunye nokuLibazisa (ps)	Umahluko phakathi kwe-CLKDQS ngenxa yokuHamba (mils)	tDQSS kuyo yonke inkumbulo, emva kwebhodi skew + FPGA DQSCLK skew (ps)
Inkumbulo yeFPGA-1st	2578	412.48	2196	351.36	61.12	508.12
FPGA-2nd Inkumbulo	3107	497.12	1936	309.76	187.36	634.36
FPGA-3rd Inkumbulo	3634	581.44	2231	356.96	224.48	671.48
FPGA-4th Inkumbulo	4163	666.08	2084	333.44	332.64	779.64
FPGA-5th Inkumbulo	4749	759.84	2848	455.68	304.16	751.16

Phawula:  Kwiimeko ezimbi kakhulu, i-RTG4 FDDR DDR3 DQS-CLK skew yezixhobo ze-STD yi-447 ps ubuninzi kunye ne-302 ps ubuncinane.
Phawula: Uqikelelo lokulibaziseka kwebhodi ye-160 ps/intshi lusetyenziswe kolu hlahlelo example kwireferensi. Olona libaziseko lwebhodi yebhodi yomsebenzisi ixhomekeke kwibhodi ethile ehlalutywayo.

Ulandelelwano lwamandla

Esi songezo kwi-AC439: UYilo lweBhodi kunye neziKhokelo zokuBeka kwi-RTG4 FPGA iNqaku leSicelo, libonelela ngolwazi olongezelelweyo, ukugxininisa ukubaluleka kokulandela izikhokelo zoYilo lweBhodi. Qinisekisa ukuba izikhokelo ziyalandelwa ngokubhekiselele kwiPower-Up kunye nePower-Down.

Amandla phezulu
Le theyibhile ilandelayo idwelisa iimeko ezicetyiswayo zokusetyenziswa kwamandla kunye nezikhokelo zazo ezihambelanayo zokunyusa amandla.

Uluhlu 2-1. Izikhokelo zaMandla

Sebenzisa Ityala	Ulandelelwano olufunekayo	Ukuziphatha	Amanqaku
DEVRST_N Ibasiwe ngexesha lokunyuswa kombane, de zonke izibonelelo zombane zeRTG4 zifikelele kwiimeko zokusebenza ezicetyiswayo	Akukho r ethileamp-umyalelo ofunekayo. Unikezelo ramp-phezulu kufuneka iphakame monotonically.	Nje ukuba i-VDD kunye neVPP zifikelele kwimida yokuvula (VDD ~= 0.55V, VPP ~= 2.2V) kunye I-DEVRST_N ikhululiwe, i-POR Delay Counter iya kuqhuba ~ 40ms eqhelekileyo (50ms max), ngoko amandla esixhobo ukuya phezulu abambelele kuMfanekiso 11 kunye I-12 (DEVRST_N PUFT) ye IsiKhokelo soMsebenzisi weNkqubo (UG0576). Ngamanye amazwi olu landelelwano luthatha i-40 ms + 1.72036 ms (eqhelekileyo) ukusuka kwindawo ethi DEVRST_N ikhutshiwe. Qaphela ukuba ukusetyenziswa okulandelayo kwe-DEVRST_N akulindi ikhawuntara ye-POR ukwenza amandla-phezulu kwimisebenzi esebenzayo kwaye ke olu landelelwano luthatha kuphela i-1.72036 ms (eqhelekileyo).	Ngoyilo, iziphumo ziya kucinywa (okt ukudada) ngexesha lokunyusa amandla. Kanye i-POR counter igqityiwe, i-DEVRST_N ikhululiwe kwaye zonke iimpahla ze-VDDI I/O zifikelele kuzo ~0.6V threshold, emva koko i-I/Os iya kuculwa ngokutsalwa okubuthathaka kusebenze, kude kube iziphumo zotshintsho kulawulo lomsebenzisi, ngokweFigure 11 kunye ne-12 ye-UG0576. Iziphumo ezibalulekileyo ekufuneka zihlale ziphantsi ngexesha lokunyusa amandla zifuna i-1K-ohm yangaphandle yokutsala-phantsi isixhasi.
DEVRST_N watsalwa-up ukuya VPP kwaye zonke iimpahla ramp phezulu malunga nexesha elinye	I-VDDPLL akufuneki ibe yi unikezelo lwamandla lokugqibela kwi-ramp phezulu, kwaye kufuneka afikelele kumthamo osezantsi ocetyiswayo wokusebenzatage phambi konikezelo lokugqibela (VDD okanye VDDI) iqala rampukunqanda imveliso yokutshixa i-PLL iimpazamo. Jonga iRTG4 i-Clock Resource User Guide (UG0586) ngengcaciso yendlela yokusebenzisa i-CCC/PLL READY_VDDPLL igalelo lokususa iimfuno zolandelelwano lonikezelo lwamandla eVDDPLL. NONE	Nje ukuba i-VDD kunye neVPP zifikelele kwimida yokuvula (VDD ~= 0.55V, VPP ~= 2.2V) I-50 ms ye-POR yokulibaziseka counter iya kuqhuba. Amandla esixhobo ukuya kwixesha elisebenzayo abambelela kulo Amanani 9 kunye ne-10 (VDD PUFT) yeSikhokelo soMsebenzisi woLawulo lweSistim (UG0576). Ngamanye amazwi, ixesha lilonke yi-57.95636 ms.	Ngoyilo, iziphumo ziya kucinywa (okt ukudada) ngexesha lokunyusa amandla. Kanye i-POR counter igqityiwe, i-DEVRST_N ikhululiwe kwaye zonke iimpahla ze-VDDI IO zifikile ~0.6V threshold, emva koko i-I/Os iya kuculwa ngokutsalwa okubuthathaka kusebenze, kude kube iziphumo zotshintsho kulawulo lomsebenzisi, ngokweFigure 9 kunye ne-10 ye-UG0576. Iziphumo ezibalulekileyo ekufuneka zihlale ziphantsi ngexesha lokunyusa amandla zifuna i-1K-ohm yangaphandle yokutsala-phantsi isixhasi.

Sebenzisa Ityala	Ulandelelwano olufunekayo	Ukuziphatha	Amanqaku
VDD/SERDES_VD DAIO -> VPP/VDDPLL ->	Ulandelelwano oludweliswe kwiKholam ye-Scenario. I-DEVRST_N itsalwa ukuya kwi-VPP.	Nje ukuba i-VDD kunye neVPP zifikelele kwimida yokuvula (VDD ~= 0.55V, VPP ~= 2.2V) i-50ms I-POR yokulibaziseka counter iya kuqhuba. Amandla esixhobo ukuya kwixesha elisebenzayo linamathela kwiMifanekiso I-9 kunye ne-10 (VDD PUFT) ye IsiKhokelo soMsebenzisi weNkqubo (UG0576). Ukugqitywa kolandelelwano lokunyusa amandla esixhobo kunye nokunyusa amandla ukuya kwixesha elisebenzayo kusekwe kubonelelo lokugqibela lweVDDI oluqhutywayo.	Ngoyilo, iziphumo ziya kucinywa (okt ukudada) ngexesha lokunyusa amandla. Kanye i-POR counter igqityiwe, i-DEVRST_N ikhululiwe kwaye zonke iimpahla ze-VDDI I/O zifikelele kuzo ~0.6V threshold, emva koko ii-IOs ziyakunqunyanyiswa ngokutsalwa okubuthathaka kusebenze, kude kube iziphumo zotshintsho kulawulo lomsebenzisi, ngokweFigure 9 kunye ne-10 ye-UG0576. Akukho buthathaka bokutsala-phezulu kusebenze ngexesha lokunyuswa kwamandla de zonke izibonelelo ze-VDDI zifike ~ 0.6V. Inzuzo engundoqo kolu landelelwano kukuba unikezelo lwe-VDDI lokugqibela olufikelelayo Lo mda wokuvula awuzukwenza utsalo olubuthathaka lusebenze kwaye endaweni yoko luzakutshintshela ngokuthe ngqo ukusuka kwimo ekhubazekileyo ukuya kwindlela echazwe ngumsebenzisi. Oku kunokunceda ukunciphisa inani langaphandle le-1K yokutsalwa phantsi kwe-resistors efunekayo kuyilo olunobuninzi beebhanki ze-I / O ezixhaswe yi-VDDI yokugqibela ukuba iphakame. Kuzo zonke ezinye iibhanki ze-I/O ezixhaswe yiyo nayiphi na i-VDDI unikezelo ngaphandle konikezelo lokugqibela lwe-VDDI ukunyuka, iziphumo ezibaluleke kakhulu kufuneka zihlale ziphantsi ngexesha lokunyusa amandla zifuna i-resistor yangaphandle ye-1K-ohm yokutsala-phantsi.
Linda ubuncinane 51ms ->
I-VDDI (Yonke i-IO iibhanki)
OR
VDD/SERDES_VD DAIO ->
VPP/ VDDPLL/ 3.3V_VDDI ->
Linda ubuncinane 51ms ->
VDDI (non-3.3V_VD DI)

 Iingqwalaselo ngexesha le-DEVRST_N uQinisekiso kunye nokuPhuhlisa amandla

Ukuba i-AC439: UYilo lweBhodi kunye neziKhokelo zokuBekwa kweRTG4 FPGA izikhokelo zeNqaku leSicelo azilandelwa nceda uphindeview ezi nkcukacha zilandelayo:

1. Ngolandelelwano olunikiweyo lwamandla-ezantsi kwiThebhile 2-2, umsebenzisi unokubona i-I/O glitches okanye i-inrush kunye neziganeko zangoku ezidlulayo.
2. Njengoko kuchaziwe kwiSaziso seNgcebiso yoMthengi (CAN) 19002.5, ukutenxa kulandelelwano lokuthoba amandla ekucetyiswa ngalo kwidatha yedatha ye-RTG4 kunokubangela umsinga ongephi kubonelelo lwe-VDD lwe-1.2V. Ukuba unikezelo lwe-3.3V VPP luyi-ramped phantsi phambi kokunikezelwa kwe-VDD ye-1.2V, i-current current kwi-VDD iya kubonwa njenge-VPP kunye ne-DEVRST_N (ixhaswe yi-VPP) ifikelela malunga ne-1.0V. Le yangoku yexeshana ayenzeki ukuba i-VPP inikwe amandla ekugqibeleni, ngokwengcebiso yedatha.
   1. Ubukhulu kunye nobude bexesha langoku lixhomekeke kuyilo olucwangcisiweyo kwi-FPGA, i-capacitance ekhethekileyo yebhodi yokuqhawula, kunye nokuphendula okwethutyana kwe-1.2V vol.tagumlawuli. Kwiimeko ezinqabileyo, ixesha elihambayo ukuya kwi-25A (okanye i-30 Watts kwi-nominal 1.2V VDD supply) iye yabonwa. Ngenxa yendalo esasazwayo yale VDD yangoku yexeshana kuyo yonke i-FPGA ilaphu (engafakwanga kwindawo ethile), kunye nexesha layo elifutshane, akukho nkxalabo yokuthembeka ukuba i-power-down transient yi-25A okanye ngaphantsi.
   2. Njengeyona ndlela ilungileyo yoyilo, landela isincomo sedatha ukunqanda okwangoku.
3. I-I/O glitches inokuba malunga ne-1.7V ye-1.2 ms.
   1. I-glitch ephezulu kwiziphumo zokuqhuba i-Low okanye i-Tristate inokubonwa.
   2. I-glitch ephantsi kwiziphumo zokuqhuba Phezulu kunokujongwa (i-glitch ephantsi ayinakuthotywa ngokudibanisa i-1 KΩ yokutsalela ezantsi).
4. Ukunika amandla phantsi kwe-VDDIx kuqala kuvumela inguqu ye-monotonic ukusuka kwi-High ukuya kwi-Low, kodwa imveliso ngokufutshane iqhuba i-low enokuchaphazela ibhodi yomsebenzisi ezama ukukhupha ngaphandle imveliso ephezulu xa i-RTG4 VDDIx inikwe amandla. I-RTG4 ifuna ukuba iiPads ze-I/O zingaqhutywa ngaphandle ngaphezu kwe-VDDIx yobonelelo lwebhanki voltagngoko ke ukuba isichasi sangaphandle sidityanisiwe kwenye isiporo samandla, kufuneka sihlise ngaxeshanye nonikezelo lweVDDIx.
   Uluhlu 2-2. I/O Glitch Scenarios Xa Ungalandeli Ulandelelwano olucetyiswayo lwaMandla-Down phantsi kwi-AC439

   Imeko yesiphumo esiMiselweyo	I-VDD (1.2V)	VDDIx (<3.3V) VDDIx (3.3V)	I-VPP (3.3V)	DEVRST_N	Amandla Phantsi Ukuziphatha
   					Mna/O Glitch	Ukungxama kwangoku
   I/O Ukuqhuba phantsi okanye ukuTristed	Ramp phantsi emva kweVPP nayiphi na indlela		Ramp phantsi kuqala	Ibotshelelwe kwiVPP	Ewe1	Ewe
   	Ramp yehle ngayo nayiphi na iodolo emva kobango lwe-DEVRST_N			Ibasiwe phambi kwayo nayiphi na imveliso ramp phantsi	Ewe1	Hayi
   I/O Ukuqhuba Phezulu	Ramp phantsi emva kweVPP nayiphi na indlela		Ramp phantsi kuqala	Ibotshelelwe kwiVPP	Ewe	Ewe
   	Ramp phantsi nangayiphi na indlela phambi kweVPP		Ramp phantsi okokugqibela	Ibotshelelwe kwiVPP	No2	Hayi
   	Ramp yehle ngayo nayiphi na iodolo emva kobango lwe-DEVRST_N			Ibasiwe phambi kwayo nayiphi na imveliso ramp phantsi	Ewe	Hayi

   1. Isixhasi sangaphandle se-1 KΩ sokutsalwa phantsi siyacetyiswa ukunciphisa iglitch ephezulu kwi-I/Os ebalulekileyo, ekufuneka ihlale iPhantsi ngexesha lokuhla kwamandla.
   2. I-glitch ephantsi ijongwa kuphela kwi-I/O etsalwa ngaphandle ukuya kubonelelo lwamandla oluhlala lusebenza njenge VPP ramps phantsi. Nangona kunjalo, oku kukwaphulwa kwesixhobo esicetyiswayo kwiimeko zokusebenza ukusukela ekubeni iPAD kufuneka ingabi phezulu emva kweVDDIx ehambelanayo r.amps phantsi.
5. Ukuba i-DEVRST_N iyabaniswa, umsebenzisi angabona i-glitch ephantsi kuyo nayiphi na imveliso ye-I/O eqhuba phezulu kwaye itsalwe nangaphandle ngokuxhathisa kwi-VDDI. Umzekeloample, ene-1KΩ yokutsala-phezulu isixhasi, i-glitch ephantsi ifikelela kumthamo omncinci wevolthitagI-e ye-0.4V kunye nobude be-200 ns ingenzeka ngaphambi kokuba imveliso iphathwe.

Phawula: DEVRST_N mayingatsalwa ngaphezu kweVPP voltage. Ukuze ugweme oku ngasentla kucetyiswa kakhulu ukuba ulandele amandla-phezulu kunye namandla-phantsi ulandelelwano oluchazwe kwi-AC439: Uyilo lweBhodi kunye neziKhokelo zokuBeka kwi-RTG4 FPGA yeSicelo Qaphela.

Imbali yohlaziyo

Imbali yohlaziyo ichaza utshintsho oluthe lwaphunyezwa kuxwebhu. Iinguqulelo zidweliswe ngokuhlaziywa, kuqalwa kupapasho lwangoku.

Uluhlu 3-1. Imbali yohlaziyo

Uhlaziyo	Umhla	Inkcazo
A	04/2022	• Ngexesha loqinisekiso lwe-DEVRST_N, zonke ii-RTG4 I/Os ziya kuphinda-phindwe. Iziphumo eziqhutywa phezulu ngelaphu leFPGA kwaye zitsalwe phezulu ebhodini zinokuba nengxaki ephantsi phambi kokungena kwi-tristate condition. Uyilo lwebhodi olunomboniso onjalo wemveliso kufuneka luhlalutywe ukuze kuqondwe ifuthe loqhagamshelo kwiziphumo zeFPGA ezinokugxwala xa i-DEVRST_N ibangwa. Ngolwazi oluthe vetshe, bona iNyathelo lesi-5 kwicandelo 2.2. Iingqwalaselo ngexesha le-DEVRST_N uQinisekiso kunye nokuPhuhlisa amandla. • ithiywe ngokutsha Amandla-Phantsi ukuya kwicandelo 2.2. Iingqwalaselo ngexesha le-DEVRST_N uQinisekiso kunye nokuPhuhlisa amandla. • Iguqulelwe kwiMicrochip template.
2	02/2022	• Yongeza icandelo lokuNyusa amandla. • Ukongeza icandelo lolandelelwano lwamandla.
1	07/2019	Ukupapashwa kokuqala kolu xwebhu.

Microchip FPGA Inkxaso

Iqela leemveliso zeMicrochip FPGA libuyisela iimveliso zalo ngeenkonzo ezahlukeneyo zenkxaso, kubandakanya iNkonzo yabaThengi, iZiko leNkxaso yobuGcisa yabaThengi, a webindawo, kunye neeofisi zokuthengisa zehlabathi. Abathengi bayacetyiswa ukuba bandwendwele iMicrochip imithombo ye-intanethi ngaphambi kokuqhagamshelana nenkxaso njengoko kunokwenzeka ukuba imibuzo yabo sele iphendulwe.
Qhagamshelana neZiko leNkxaso yobuGcisa nge webkwindawo ethi www.microchip.com/support. Khankanya inombolo yeCandelo leSixhobo seFPGA, khetha udidi lwetyala elifanelekileyo, kwaye uyilo lokulayisha files ngelixa usenza imeko yenkxaso yobugcisa.
Qhagamshelana neNkonzo yabaThengi ngenkxaso yemveliso engeyiyo eyobugcisa, njengamaxabiso emveliso, ukuphuculwa kwemveliso, ulwazi lokuhlaziya, isimo somyalelo kunye nokugunyaziswa.

• Ukusuka eMntla Melika, fowunela 800.262.1060
• lonke ihlabathi, fowunela 650.318.4460
• Ifeksi, naphi na ehlabathini, 650.318.8044

I Microchip Webindawo

I-Microchip ibonelela ngenkxaso ye-intanethi ngokusebenzisa yethu webindawo kwi www.microchip.com/. Oku webindawo isetyenziselwa ukwenza files kunye nolwazi olufumaneka lula kubathengi. Eminye imixholo ekhoyo iquka:

• Inkxaso yeMveliso – Amaxwebhu edatha kunye neerrata, amanqaku esicelo kunye ne-sampiinkqubo, izixhobo zoyilo, izikhokelo zabasebenzisi kunye namaxwebhu enkxaso yehardware, ukukhutshwa kwesoftware yamva nje kunye nesoftware egciniweyo
• Inkxaso yoBugcisa ngokuBanzi - Imibuzo ebuzwa rhoqo (FAQs), izicelo zenkxaso yobugcisa, amaqela eengxoxo kwi-intanethi, uluhlu lwamalungu enkqubo yoyilo lweMicrochip
• Ishishini leMicrochip - Umkhethi wemveliso kunye nezikhokelo zokuodola, ushicilelo lwamva nje lweMicrochip, uluhlu lweesemina kunye nemisitho, uluhlu lweeofisi zentengiso yeMicrochip, abasasazi kunye nabameli befektri.

Inkonzo yesaziso soTshintsho kwimveliso

Inkonzo yesaziso yokutshintsha imveliso yeMicrochip inceda ukugcina abathengi bangoku kwiimveliso zeMicrochip. Ababhalisi baya kufumana isaziso se-imeyile nanini na kukho utshintsho, uhlaziyo, uhlaziyo okanye iimpazamo ezinxulumene nosapho lwemveliso ethile okanye isixhobo sophuhliso esinomdla.
Ukubhalisa, yiya ku www.microchip.com/pcn kwaye ulandele imiyalelo yobhaliso.

Uxhaso lwabathengi

Abasebenzisi beemveliso zeMicrochip banokufumana uncedo ngeendlela ezininzi:

• Umsasazi okanye uMmeli
• I-Ofisi yoThengiso yasekuhlaleni
• Embedded Solutions Engineer (ESE)
• Uxhaso lobuchwepheshe

Abathengi kufuneka baqhagamshelane nomthengisi wabo, ummeli okanye i-ESE ngenkxaso. Iiofisi zeentengiso zasekuhlaleni zikwafumaneka ukunceda abathengi. Uluhlu lweeofisi zokuthengisa kunye neendawo zibandakanyiwe kolu xwebhu.
Inkxaso yobugcisa ifumaneka nge webindawo e: www.microchip.com/support

Microchip Devices Code Protection Feature

Qaphela ezi nkcukacha zilandelayo zenqaku lokhuseleko lwekhowudi kwiimveliso zeMicrochip:

• Iimveliso zeMicrochip ziyahlangabezana nemigaqo equlethwe kwiMicrochip Data Sheet yazo.
• IMicrochip ikholelwa ukuba usapho lwayo lweemveliso lukhuselekile xa lusetyenziswa ngendlela ecetywayo, ngokwemigaqo yokusebenza, naphantsi kweemeko eziqhelekileyo.
• Ixabiso leMicrochip kwaye likhusela ngokungqongqo amalungelo epropathi enomgangatho ophezulu wokuqonda. Iinzame zokwaphula ikhowudi yokukhusela iimpawu zeMicrochip zithintelwe ngokungqongqo kwaye zinokwaphula umthetho weDigital Millennium Copyright Act.
• Ayikho i-Microchip okanye nawuphi na umenzi we-semiconductor onokuqinisekisa ukhuseleko lwekhowudi yayo. Ukukhuselwa kwekhowudi akuthethi ukuba siqinisekisa ukuba imveliso "ayinakwaphulwa". Ukhuseleko lwekhowudi luhlala luvela. I-Microchip izinikele ekuphuculeni ngokuqhubekayo iimpawu zokukhusela ikhowudi kwiimveliso zethu.

Isaziso soMthetho

• Olu papasho kunye nolwazi olulapha lunokusetyenziswa kuphela ngeemveliso zeMicrochip, kubandakanywa ukuyila, ukuvavanya, kunye nokudibanisa iimveliso zeMicrochip kunye nesicelo sakho. Ukusetyenziswa kolu lwazi ngayo nayiphi na enye indlela kwaphula le migaqo. Ulwazi olumalunga nosetyenziso lwesixhobo lunikezelwa kuphela ukulungiselela wena kwaye lunokuthathwa endaweni
  ngohlaziyo. Luxanduva lwakho ukuqinisekisa ukuba isicelo sakho siyadibana neenkcukacha zakho. Qhagamshelana neofisi yakho yentengiso yeMicrochip yengingqi ngenkxaso eyongezelelweyo okanye, ufumane inkxaso eyongezelelweyo kwi www.microchip.com/en-us/support/design-help/client-support-services.
• OLU LWAZI LUBONWA NGE-MICROCHIP “NJENGOKO ZINJALO”. I-MICROCHIP AYENZI Mmeli OKANYE IZIQINISEKISO ZALO NALUPHI UHLOBO, OKANYE INGCACILEYO OKANYE IYACINGQIWA, IYABHALWA OKANYE NGOMLOMO, EMTHETHWENI.
  OKANYE OKUNYE, OKUNXULUMENE NOLWAZI KUBANDAKANYEKA KODWA AKUMNTU MANDLA KWIZIQINISEKISO EZIXHONYIWEYO ZOKUNGAPHUMULI, UKUTHENGISWA, NOKULUNGELELWA NGENJONGO ETHILE, OKANYE IZIQINISEKISO EZINXULUMENE NEMEKO, UMTHETHO, UMGANGATHO WAWO.
• AKUKHO SIGANEKO IYA KUTHWATHWA NALUPHI NA I-MICROCHIP ESIYA KUTHWALA NGALO NALUPHI NA ULWAZI, OLUKHETHEKILEYO, LWESOHLWAYO, NGESIGANEKO, OKANYE OKUPHUMELELE Ilahleko, UMONAKALO, IINDLEKO, OKANYE INKCITHO YALO NOLUPHI NA UHLOBO ELUYANXULUMENE NOLWAZI OKANYE UKUSETYENZISWA KWALO, NANGONA INGCACISO, NANGENZWENI. OKUSEKO OKANYE UMONAKALO UYABONAKALA. NGOKUPHELELEYO UXANDUVA LUVUMELEKILEYO NGOMTHETHO, UXANDUVA LWONKE LE-MICROCHIP KULONKE AMABANGO NGAYO NAYIPHI NA IINDLELA EZINXULUMENE NOLWAZI OKANYE UKUSETYENZISWA KWALO AKUYI KUGQIBELA ISIXA SOMRHUMO, UKUBA NAKHO, OWUHLAWULE NGQO UKUBA ULWAZI LWAZI.
  Ukusetyenziswa kwezixhobo zeMicrochip kwinkxaso yobomi kunye / okanye izicelo zokhuseleko ngokupheleleyo kumngcipheko womthengi, kwaye umthengi uyavuma ukukhusela, ukuhlawulela kwaye ubambe iMicrochip engenabungozi kuyo nayiphi na kunye nawo wonke umonakalo, amabango, iisuti, okanye iindleko ezibangelwa kukusetyenziswa okunjalo. Akukho zilayisenisi zigqithiswayo, ngokungafihlisiyo okanye ngenye indlela, phantsi kwawo nawaphi na amalungelo epropathi yemveliso yeMicrochip ngaphandle kokuba kuchazwe ngenye indlela.

Iimpawu zokuthengisa

• Igama leMicrochip kunye nelogo, uphawu lweMicrochip, Adaptec, AnyRate, AVR, AVR logo, AVR Freaks, BesTime, BitCloud, CryptoMemory, CryptoRF, dsPIC, flexPWR, HELDO, IGLOO, JukeBlox, KeeLoq, Kleer, LANCheck, LinkMD, maXTouch, MediaLB, megaAVR, Microsemi, Microsemi logo, MOST, MOST logo, MPLAB, OptoLyzer, PIC, picoPower, PICSTART, PIC32 logo, PolarFire, Prochip Designer, QTouch, SAM-BA, SenGenuity, SpyNIC, SST, SST Logo, SuperFlash , Symmetricom, SyncServer, Tachyon, TimeSource, tinyAVR, UNI/O, Vectron, kunye ne-XMEGA ziimpawu zorhwebo ezibhalisiweyo ze-Microchip Technology Incorporated e-USA nakwamanye amazwe.
• I-AgileSwitch, i-APT, i-ClockWorks, i-Embedded Control Solutions Company, i-EtherSynch, i-Flashtec, i-Speed ​​​​Speed ​​Control, i-HyperLight Load, i-IntelliMOS, i-Libero, i-motorBench, i-mTouch, i-Powermite 3, i-Precision Edge, i-ProASIC, i-ProASIC Plus, i-logo ye-ProASIC Plus, i-Quiet-Wire, I-SmartFusion, i-SyncWorld, i-Temux, i-TimeCesium, i-TimeHub, i-TimePictra, i-TimeProvider, i-TrueTime, i-WinPath, kunye ne-ZL ziimpawu zorhwebo ezibhalisiweyo ze-Microchip Technology Incorporated e-USA.
• Uxinzelelo oluphambili olusondeleyo, i-AKS, i-Analog-for-the-Digital Age, nayiphi na i-Capacitor, i-AnyIn, i-AnyOut, i-Augmented Switching, i-BlueSky, i-BodyCom, i-CodeGuard, i-CryptoAuthentication, i-CryptoAutomotive, i-CryptoCompanion, i-CryptoController, i-dsPICDEM, i-dsPICDEM.net, i-Dynamic DAM. , ECAN, Espresso T1S, EtherGREEN, GridTime, IdealBridge, In-Circuit Serial Programming, ICSP, INICnet, Intelligent Paralleling, Inter-Chip Connectivity, JitterBlocker, Knob-on-Display, maxCrypto, maxView, memBrain, Mindi, MiWi, MPASM, MPF, MPLAB Certified logo, MPLIB, MPLINK, MultiTRAK, NetDetach, NVM Express, NVMe, Omniscient Code Generation, PICDEM, PICDEM.net, PICkit, PICtail, PowerSmart, PureSipple Rixt, REMRTIC, REMRTAL, PureSilicon, I-RMTAC, i-RMRT-QH ICE, Uthotho Quad I/O, simpleMAP, SimpliPHY, SmartBuffer, SmartHLS, SMART-IS, storClad, SQI, SuperSwitcher, SuperSwitcher II, Switchtec, SynchroPHY, Total Endurance, TSHARC, USBCheck, VariSense, VectorBlox, VeriPHY, ViewI-Span, iWiperLock, iXpressConnect, kunye ne ZENA ziimpawu zorhwebo zeMicrochip Technology eBandakanywe kwi
  USA kunye namanye amazwe.
• I-SQTP luphawu lwenkonzo ye-Microchip Technology eBandakanywe e-USA I-logo ye-Adaptec, i-Frequency on Demand, i-Silicon Storage Technology, i-Symmcom, kunye nexesha elithembekileyo ziimpawu zorhwebo ezibhalisiweyo ze-Microchip Technology Inc. kwamanye amazwe.
• I-GestIC luphawu lwentengiso olubhalisiweyo lwe-Microchip Technology Germany II GmbH & Co. KG, i-subsidiary ye-Microchip Technology Inc., kwamanye amazwe.
  Zonke ezinye iimpawu zorhwebo ezikhankanywe apha ziyipropathi yeenkampani zabo.
  © 2022, Microchip Technology Incorporated kunye nenkxaso yayo. Onke Amalungelo Agciniwe.
  ISBN: 978-1-6683-0362-7

Inkqubo yoLawulo loMgangatho

Ngolwazi malunga neMicrochip's Quality Management Systems, nceda undwendwele www.microchip.com/quality.

Intengiso kunye neNkonzo yeHlabathi liphela

AMAMERIKA	I-ASIA/PACIFIC	I-ASIA/PACIFIC	I-YUROYA
IOfisi yoShishino 2355 West Chandler Blvd. Chandler, AZ 85224-6199 Umnxeba: 480-792-7200 Ifeksi: 480-792-7277 Uxhaso lobuchwepheshe: www.microchip.com/support Web Idilesi: www.microchip.com eAtlanta Duluth, GA Umnxeba: 678-957-9614 Ifeksi: 678-957-1455 Austin, TX Umnxeba: 512-257-3370 eBoston Westborough, MA Umnxeba: 774-760-0087 Ifeksi: 774-760-0088 eChicago Itasca, IL Umnxeba: 630-285-0071 Ifeksi: 630-285-0075 eDallas Ukudibanisa, TX Umnxeba: 972-818-7423 Ifeksi: 972-818-2924 eDetroit Novi, MI Umnxeba: 248-848-4000 eHouston, TX Umnxeba: 281-894-5983 Indianapolis Noblesville, IN Tele: 317-773-8323 Ifeksi: 317-773-5453 Umnxeba: 317-536-2380 Ilos angeles Mission Viejo, CA Umnxeba: 949-462-9523 Ifeksi: 949-462-9608 Umnxeba: 951-273-7800 Raleigh, NC Umnxeba: 919-844-7510 ENew York, NY Umnxeba: 631-435-6000 San Jose, CA Umnxeba: 408-735-9110 Umnxeba: 408-436-4270 Canada - Toronto Umnxeba: 905-695-1980 Ifeksi: 905-695-2078	EOstreliya - eSydney Umnxeba: 61-2-9868-6733 China-Beijing Umnxeba: 86-10-8569-7000 China-Chengdu Umnxeba: 86-28-8665-5511 China - Chongqing Umnxeba: 86-23-8980-9588 China-Dongguan Umnxeba: 86-769-8702-9880 China - Guangzhou Umnxeba: 86-20-8755-8029 China-Hangzhou Umnxeba: 86-571-8792-8115 China-Hong Kong SAR Umnxeba: 852-2943-5100 China-Nanjing Umnxeba: 86-25-8473-2460 China - Qingdao Umnxeba: 86-532-8502-7355 China - Shanghai Umnxeba: 86-21-3326-8000 China – Shenyang Umnxeba: 86-24-2334-2829 China-Shenzhen Umnxeba: 86-755-8864-2200 China - Suzhou Umnxeba: 86-186-6233-1526 China - Wuhan Umnxeba: 86-27-5980-5300 China - Xian Umnxeba: 86-29-8833-7252 China - Xiamen Umnxeba: 86-592-2388138 China - Zhuhai Umnxeba: 86-756-3210040	EIndiya-Bangalore Umnxeba: 91-80-3090-4444 EIndiya-eNew Delhi Umnxeba: 91-11-4160-8631 Indiya-IPune Umnxeba: 91-20-4121-0141 Japan - Osaka Umnxeba: 81-6-6152-7160 EJapan - eTokyo Umnxeba: 81-3-6880-3770 Korea - Daegu Umnxeba: 82-53-744-4301 Korea - Seoul Umnxeba: 82-2-554-7200 IMalaysia-Kuala Lumpur Umnxeba: 60-3-7651-7906 EMalaysia - ePenang Umnxeba: 60-4-227-8870 IiPhilippines - eManila Umnxeba: 63-2-634-9065 Singapho Umnxeba: 65-6334-8870 ITaiwan-Hsin Chu Umnxeba: 886-3-577-8366 ITaiwan-Kaohsiung Umnxeba: 886-7-213-7830 ITaiwan-iTaipei Umnxeba: 886-2-2508-8600 EThailand - eBangkok Umnxeba: 66-2-694-1351 IVietnam - iHo Chi Minh Umnxeba: 84-28-5448-2100	EOstriya-Wels Umnxeba: 43-7242-2244-39 Ifeksi: 43-7242-2244-393 EDenmark - eCopenhagen Umnxeba: 45-4485-5910 Ifeksi: 45-4485-2829 EFinland - Espoo Umnxeba: 358-9-4520-820 EFransi - eParis Tel: 33-1-69-53-63-20 Fax: 33-1-69-30-90-79 EJamani - Ukutya Umnxeba: 49-8931-9700 EJamani-Haan Umnxeba: 49-2129-3766400 EJamani - Heilbronn Umnxeba: 49-7131-72400 EJamani-Karlsruhe Umnxeba: 49-721-625370 EJamani-Munich Tel: 49-89-627-144-0 Fax: 49-89-627-144-44 EJamani - iRosenheim Umnxeba: 49-8031-354-560 USirayeli - Ra'anana Umnxeba: 972-9-744-7705 EItali - eMilan Umnxeba: 39-0331-742611 Ifeksi: 39-0331-466781 EItali - ePadova Umnxeba: 39-049-7625286 ENetherlands – Drunen Umnxeba: 31-416-690399 Ifeksi: 31-416-690340 INorway - iTrondheim Umnxeba: 47-72884388 Poland - Warsaw Umnxeba: 48-22-3325737 I-Romania-Bucharest Tel: 40-21-407-87-50 Spain -Madrid Tel: 34-91-708-08-90 Fax: 34-91-708-08-91 eSweden-Gothenberg Tel: 46-31-704-60-40 eSweden-Stockholm Umnxeba: 46-8-5090-4654 E-UK-Wokingham Umnxeba: 44-118-921-5800 Ifeksi: 44-118-921-5820

© 2022 iMicrochip Technology Inc. kunye nenkxaso-mali yayo

Amaxwebhu / Izibonelelo

I-MICROCHIP RTG4 IsiHlomelo RTG4 FPGAs Uyilo lweBhodi kunye neziKhokelo zokuBeka [pdf] Isikhokelo somsebenzisi RTG4 IsiHlomelo RTG4 FPGAs UYilo lweBhodi kunye neziKhokelo zokuBeka, RTG4, IsiHlomelo RTG4 FPGAs Uyilo lweBhodi kunye neziKhokelo zokuBeka, uYilo kunye neziKhokelo zokuBeka.

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