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10AX048H2F34E2SG 100% Isitoko Esisha Nesesitokwe Sakho Soqobo Esididiyelwe Sendikimba Yewashi Lokusebenza Okuphezulu Komndeni
Umndeni wedivayisi ye-Arria 10 iletha ukusebenza okuphezulu kunesizukulwane sangaphambilini se-FPGA yebanga eliphakathi nendawo kanye nesiphetho esiphezulu futhi inikeza ukusebenza kahle kwamandla okutholwe ngesethi ebanzi yobuchwepheshe bokonga amandla.Amadivayisi we-Arria 10 alungele ukusebenza okuphezulu, ukuzwela amandla, izinhlelo zokusebenza ezimaphakathi ezimakethe ezahlukahlukene.
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I-XCVU190-2FLGB2104I 100% Isitoko Esisha Nesesitokwe Sangempela Esihlanganisiwe Esihlanganisiwe Sewashi Lokusebenza Okuphakeme Lomndeni
Ukusebenza okukhulisiwe kanye nenkumbulo ye-UltraRAM eku-chip ukunciphisa izindleko ze-BOM.Ingxube ekahle yamapheripherals asebenza kahle kakhulu kanye nokusetshenziswa kwesistimu okonga kakhulu.I-Kintex UltraScale+ FPGAs inezinketho eziningi zamandla eziletha ibhalansi efanele phakathi kokusebenza kwesistimu edingekayo kanye nemvilophu yamandla encane kakhulu.Amandla aphezulu, ama-FPGA asebenza kakhulu anikwe amandla kusetshenziswa ubuchwepheshe be-SSI besizukulwane esilandelayo se-monolithic kanye nesizukulwane esilandelayo.Amadivayisi we-Virtex UltraScale afinyelela umthamo wesistimu ophakeme kakhulu, umkhawulokudonsa, nokusebenza ukuze kubhekwane nezidingo ezibalulekile zemakethe nezicelo ngokuhlanganiswa kwemisebenzi yezinga lesistimu ehlukahlukene.
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STF13N80K5 Trans MOSFET N-CH 800V 12A 3-Pin(3+Tab) TO-220FP Tube
Amandla we-STF13N80K5 MOSFETde anamandla asetshenziswa kakhulu angama-35,000 mW.Ukuqinisekisa ukuthi izingxenye azilinyazwa ukupakishwa kwenqwaba, isebenzisa ukupakishwa kwe-tubular, okwengeza ukuvikelwa okuncane ngokugcina izingxenye ezivulekile kumashubhu angaphandle.I-transistor ingashintsha kalula futhi ngokushesha phakathi kwamasignali ahlukene kagesi.Idivayisi isebenzisa ubuchwepheshe be-super mesh.I-transistor ye-MOSFET isebenza ebangeni lokushisa -55°C kuya ku-150°C.
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L6205PD013TR 100% Isekhethi Ehlanganisiwe Yesitoko Esisha Neyoqobo Esebenza Kakhulu Ukusebenza Okuphezulu Kwewashi Lomndeni
Lo mshayeli we-L6205PD013TR stepper motor yakhelwe ukwenza ngokuzenzakalelayo izinhlobo ezahlukene zemishini, njengamaphampu nama-actuator.I-voltage yayo evamile yokusebenza ingu-48 V. Lo mkhiqizo uzothunyelwa nge-tape ne-reel ukuze uvumele ukukhweza okusheshayo nokulethwa okuphephile.Le divayisi ine-voltage yokusebenza evamile engu-48 V. I-voltage yayo encane yokuhlinzeka yokusebenza engu-8 V, kuyilapho ubukhulu bayo bungu-52 V. Lesi silawuli se-motor sinebanga lokushisa elisebenzayo lika -40 °C kuya ku-150 °C.
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I-CDCLVC1104PWR100% Isekhethi Ehlanganisiwe Yesitoko Esisha Neyoqobo Yokusebenza Okuphezulu Okuphezulu Kokusebenza Kwewashi Lomndeni
I-CDCLVC11xx isekela okukhiphayo okungavumelaniyo
vumela ukulawula (1G) okushintsha okuphumayo kube yi-a
isimo esiphansi uma i-1G iphansi.i-CDCLVC11xx iyimodular, ukusebenza okuphezulu,
i-low-skew, umndeni webhafa yewashi lenhloso evamile -
I-LMR16020PDDAR 100% Isilawuli Sokushintsha Imali Entsha Nesoqobo i-IC DC iye ku-DC Isiguquli kanye Nokushintsha Isilawuli Chip
Ukushintsha izilawuli kuyindlela ephumelela kakhulu yokuguqula i-voltage eyodwa ye-DC iye kwenye i-DC voltage.Kuwo wonke ama-topology e-DC/DC angahlukanisiwe - mbandi, i-boost, i-buck-boost kanye ne-inverting - sikusiza ukuthi ukhulise ukusebenza kwesilawuli sikagesi sakho i-IC ngokukhethwa okukhulu kwemboni kweziguquli ze-DC/DC, amamojula amandla nezilawuli.
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10AX066H3F34E2SG 100% Isikhulisi Esisha Nokwangempela Sokuzihlukanisa 1 Umehluko Wesekethe 8-SOP
Ukuvikelwa kwe-tamper—ukuvikelwa kwedizayini okuphelele ukuze uvikele ukutshalwa kwezimali kwakho okubalulekile kwe-IPUkuphepha kwedizayini okuthuthukisiwe kwe-256-bit advanced encryption (AES) ngokufakazela ubuqinisoUkucushwa ngephrothokholi (CvP) kusetshenziswa i-PCIe Gen1, Gen2, noma i-Gen3Ukulungiswa kabusha okunamandla kwama-transceivers nama-PLLUkulungiswa kabusha kwengxenye ye-core-grained of the coreIsixhumi esibonakalayo se-Serial x4 esisebenzayo -
I-XCZU19EG-2FFVC1760E 100% I-DC Entsha & Yoqobo Iya ku-DC Converter & Ukushintsha Isilawuli Chip
Lo mndeni wemikhiqizo uhlanganisa isici esicebile esingu-64-bit quad-core noma i-dual-core Arm® Cortex®-A53 kanye ne-dual-core Arm Cortex-R5F based processing system (PS) kanye ne-programmable logic (PL) ye-UltraScale yezakhiwo endaweni eyodwa. idivayisi.Okunye okufakiwe inkumbulo ye-on-chip, i-multiport yangaphandle yenkumbulo yokuxhumana, kanye nesethi ecebile yezindawo zokuxhuma okuzungezile.
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I-XCKU060-2FFVA1156I 100% Entsha & Yoqobo ye-DC kuya ku-DC Converter & Ukushintsha Isilawuli Chip
Amadivayisi -1L angasebenza kunoma yimaphi ama-voltage amabili e-VCCINT, 0.95V kanye no-0.90V futhi ahlolelwa amandla amile aphansi aphezulu.Uma isetshenziswa ku-VCCINT = 0.95V, ukucaciswa kwesivinini kwedivayisi -1L kuyefana nebanga lejubane -1.Uma isetshenziswa ku-VCCINT = 0.90V, ukusebenza kwe--1L namandla amile naguqukayo kuyancishiswa.Izici ze-DC ne-AC zicaciswa kumabanga okushisa ezentengiselwano, awandisiwe, ezezimboni, namasosha.
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I-SN74CB3Q3245RGYR 100% I-DC Entsha & Yoqobo Iya ku-DC Converter & Ukushintsha Isilawuli Chip
I-SN74CB3Q3245 iyiswishi yebhasi ye-FET enomkhawulokudonsa ophezulu esebenzisa iphampu yokushaja ukuphakamisa ugesi wesango le-pass transistor, ihlinzeka ukumelana okuphansi nokuphansi kwe-ON-state (ron).Ukumelana nesimo se-ON-state okuphansi nokuyisicaba kuvumela ukubambezeleka okuncane kokusakazeka futhi kusekela ukushintshwa kwesitimela ukuya kusitimela kumachweba okufakwayo/okuphumayo kwedatha (I/O).Idivayisi iphinde ibe nomthamo wedatha ye-I/O ephansi ukunciphisa ukulayisha okunamandla kanye nokuhlanekezelwa kwesignali ebhasini ledatha.Idizayinelwe ngokuqondile ukusekela izinhlelo zokusebenza ezinomkhawulokudonsa ophezulu, i-SN74CB3Q3245 inikeza isixazululo esibonakalayo esilungiselelwe kahle esilungele ukuxhumana kwe-broadband, amanethiwekhi, kanye nezinhlelo zekhompuyutha ezidinga idatha.
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I-SN74LVC3G07YZPR Eyangempela Futhi Entsha Ngenani Elincintisanayo Kumhlinzeki we-IC Wesitokwe
Lesi sibhafa/umshayeli wakhelwe i-1.65-V ukuya ku-5.5-V 2• Itholakala ekusebenzeni kwe-Texas Instruments NanoFree™ VCC.Ubuchwepheshe bephakheji ye-NanoFree™ bukhulu kakhulu • Isekela impumelelo yokusebenza kwe-5-V VCC emicabangweni yokupakisha ye-IC, kusetshenziswa i-die • Max tpd engu-3.7 ns ku-3.3 V njengephakheji.
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I-AMC1200SDUBR 100% Isikhulisi Esisha Nokwangempela Sokuzihlukanisa 1 Umehluko Wesekethe 8-SOP
Ama-amplifiers ahlukanisayo noma ama-unit-gain amplifiers ahlinzeka ngokuhlukaniswa ukusuka kwenye ingxenye yesekethe kuya kwenye.Ngakho-ke, amandla angeke adliwe, asetshenziswe, noma amoshwe kusekethe.Umsebenzi oyinhloko we-amplifier ukukhulisa isignali.Isiginali yokufaka efanayo ye-op amp idluliselwa ngokunembile ngaphandle kwe-op amp njengesignali yokuphumayo.Lawa ma-amplifiers asetshenziselwa ukuhlinzeka ngezithiyo zokuphepha zikagesi kanye nokuhlukaniswa.Lawa ma-amplifiers avikela iziguli emiphumeleni yokuphuma kwamanje.Baqhekeza ukuqhubeka kwe-ohmic kwesignali kagesi phakathi kokufaka nokuphumayo, futhi banganikeza amandla angawodwa okufaka nokukhiphayo.Ngenxa yalokho, izimpawu ezisezingeni eliphansi zingakhuliswa.
