-
I-Orignal TPS54360BDDAR I-Intergrated Circuit Ic Chip
Izibaluli zomkhiqizo UHLOBO INCAZELO Isigaba Sezifunda Ezididiyelwe (ama-IC) PMIC – Izilawuli Zamandla Kagesi - Izilawuli Zokushintsha ze-DC DC Mfr Texas Instruments Series I-Eco-Mode Package Tape & Reel (TR) Cut Tape (CT) Digi-Reelﾂｮ Ingxenye Yesimo Esisebenzayo Isinyathelo Esiphuma Phansi I-Configuration Positive Topology Buck, Uhlobo Lokukhipha Kajantshi Okuhlukanisiwe Inani Elilungisekayo Lemiphumelo 1.00 Voltage – Okokufaka (Min) 4.5V Volta... -
isitolo esinezitophu esisodwa sezingxenye ze-elekthronikhi TLV1117LV33DCYR SOT223 isilawuli se-chip ic yesekethe ehlanganisiwe
Uchungechunge lwe-TLV1117LV lwe-low-dropout(LDO) linearegulator inguqulo yamandla kagesi aphansi wokufakwayo kwesilawuli samandla kagesi se-TLV1 117 esidumile.
I-TLV1117LV iyidivayisi enamandla aphansi kakhulu edla amandla aphansi ngokuthula izikhathi ezingu-500 kunezilawuli zamandla kagesi ezijwayelekile ezingu-11 17, okwenza idivayisi ifanelekele izinhlelo zokusebenza ezigunyaza ukusebenza kokubekwe eceleni okuphansi kakhulu.Umndeni we-TLV1117LV we-LDOS nawo uzinzile ngo-0 mA womthwalo wamanje: asikho isidingo esincane sokulayisha, okwenza idivayisi ibe yisinqumo esiwusizo ezinhlelweni zokusebenza lapho umlawuli efaka amandla emithwalweni emincane kakhulu ngesikhathi sokubekwe eceleni ngaphezu kwemisinga emikhulu ngendlela engu-1 A ngesikhathi sokusebenza okujwayelekile.I-TLV1117LV inikeza ukusebenza kwesikhashana okuhle kakhulu komugqa kanye nokulayisha okudlulayo, okuholela ekuncipheni okuncane kakhulu kanye nokudlula kwamandla kagesi okukhiphayo lapho isidingo samanje somthwalo sishintsha sisuka ngaphansi kuka-1 MA siye ngaphezu kuka-500 mA. -
I-TLV320AIC3101IRHBR Ikhwalithi Ephakeme Izingxenye Ze-elekthronikhi ze-IC Ehlanganisiwe & Yoqobo ye-IC Esitokweni
I-TLV320ALC3101 iyikhodekhi yomsindo we-stereo enamandla aphansi ene-stereo headphone amplifier, kanye nokokufaka okuningi nokuphumayo okuhleleka ekucushweni okukodwa noma okuhlukile ngokuphelele, Ukulawulwa kwamandla okusekelwe kwirejista okubanzi kufakiwe, okuvula ukudlala kwe-stereo 48-KHZ DAC njengokuphansi. njengo-14mw kusuka ku-analogi engu-3.3-V, okuyenza ilungele izinhlelo zokusebenza eziphathwayo zomsindo nefoni.
Indlela yokurekhoda ye-TLV320AC3101 iqukethe ukuchema kwe-microphone okuhlanganisiwe, i-preamplifier ye-stereomicrophone elawulwa ngedijithali , nokulawula inzuzo okuzenzakalelayo( AGC ) , enekhono lokuhlanganisa / le-mux phakathi kokokufaka kwe-multipleanalog .Izihlungi ezihlelekayo ziyatholakala ngesikhathi serekhodi elingasusa umsindo ozwakalayo ongenzeka ngesikhathi sokusondeza okubonakalayo kumakhamera edijithaliUmzila wokudlala uhlanganisa amandla okuhlanganisa / ama-mux avela ku-stereo DAC kanye nokokufaka okukhethiwe, ngezilawuli zevolumu ezihlelekayo, emiphumeleni ehlukahlukene. -
I-Semicon Original Variety Electronics Components Best STC AVR 8254 Microcontroller MCU IC TL2844BDR-8 SOP
I-TL284xB kanye ne-TL384xB yochungechunge lwamasekhethi ahlanganisiwe okulawula ahlinzeka ngezici ezidingekayo ukuze kusetshenziswe izikimu zokulawula imodi yamanje engaxhunyiwe ku-inthanethi noma ye-dc-to-dc, enenani elincane lezingxenye zangaphandle.Amasekethe asetshenziswe ngaphakathi afaka ukukhiya ngaphandle kwe-voltage (UVLO) kanye nesithenjwa esinembayo esisikwa ukuze kube nokunemba kokokufaka kwe-amplifier yephutha.Eminye imijikelezo yangaphakathi ihlanganisa ukuqonda ukuze kuqinisekiswe ukusebenza okuxhumene, isiqhathaniso se-pulse-width modulation (PWM) esihlinzeka nokulawula umkhawulo wamanje, kanye nesiteji sokuphuma kwe-totem-pole esiklanyelwe ukukhipha noma ukucwilisa umthamo wamanje ophezulu.Isigaba sokuphumayo, esilungele ukushayela ama-MOSFET esiteshi se-N, siphansi uma ikwisimo esingekho.
-
I-Spot electronic IC chip TL431BIDBZR isekethe ehlanganisiwe yeVoltage Izikhombo ze-BOM SERVICE RELIABLE SUPPLIER
I-TL431LI / TL432LI ingenye yezindlela ezihlukile zephini-to-pin kune-TL431 / TL432.I-TL43xLI inikeza ukuzinza okungcono, ukushisa okuphansi kwezinga lokushisa (VI(dev)), kanye nereferensi ephansi yamanje (Iref) yokunemba kwesistimu okuthuthukisiwe.
Amadivayisi e-TL431 kanye ne-TL432 ayizilawuli ze-shunt ezilungisekayo ezinamatheminali amathathu, ezinokuzinza okushisayo okucacisiwe ngaphezu kwamabanga asebenzayo ezimoto, ezentengiso, nezempi.I-voltage ephumayo ingasethwa kunoma yiliphi inani phakathi kwe-Vref (cishe i-2.5 V) kanye ne-36 V, enezinqamuli ezimbili zangaphandle.Lawa madivayisi anokuphazamiseka kokukhiphayo okujwayelekile okungu-0.2 Ω.Isifunda esikhiphayo esisebenzayo sinikeza isici sokuvula esibukhali kakhulu, okwenza lawa madivayisi amiselele kahle kakhulu ama-diode e-Zener ezinhlelweni eziningi, njengokulawula kwe-onboard, izinsiza zamandla ezilungisekayo, kanye nokushintsha kwezinto zamandla.Idivayisi ye-TL432 inokusebenza okufanayo kanye nezicaciso zikagesi njengedivayisi ye-TL431, kodwa inamaphayini ahlukile we-DBV, DBZ, kanye namaphakheji e-PK. -
I-MSP430G2553IPW20R isekela umphakeli we-BOM i-IC MCU 16BIT 16KB FLASH 20TSSOP Ingxenye ye-Electronic Component Integrated Chips
Umndeni we-Texas Instruments MSP430 wama-microcontrollers anamandla aphansi uqukethe amadivayisi amaningana aqukethe amasethi ahlukene wezinto ezisetshenziswayo eziqondiswe kuzinhlelo zokusebenza ezahlukahlukene.I-architecture, ehlanganiswe nezindlela ezinhlanu zamandla aphansi, ithuthukiswa ukuze kuzuzwe impilo yebhethri eyandisiwe kuzinhlelo zokusebenza zokulinganisa eziphathwayo.Idivayisi ine-16-bit RISC CPU enamandla, amarejista ayi-16-bit, namajeneretha angashintshi anikela ekusebenzeni kahle kwekhodi.
-
I-LP87702DRHBRQ1 Ikhwalithi ephezulu Yezinto Ezintsha&Zoqobo ze-IC Edidiyelwe Yezingxenye Zogesi Zesekethe Esitokweni
I-LP87702-Q1 isiza ukuhlangabezana nezidingo zokuphathwa kwamandla zamapulatifomu akamuva, ikakhulukazi ku-radar yezimoto kanye nezinhlelo zokusebenza ze-radar zekhamera nezezimboni.Idivayisi iqukethe iziguquli ezimbili eziya phansi ze-DC/DC, kanye nesiguquli se-boost esingu-5-V ukuze sisekele izinhlelo zokusebenza ezibalulekile zokuphepha.Idivayisi ihlanganisa okokufaka kokuqapha kwamandla kagesi okubili kokunikezwa kwamandla angaphandle kanye ne-watchdog yewindi.
Ukusebenza okuzenzakalelayo kwe-PWM/PFM (imodi ye-AUTO) kunikeza ukusebenza kahle okuphezulu ngaphezu kwebanga elibanzi lokuphumayo lamanje labaguquli bebhaka.I-LP87702-Q1 isebenzisa inzwa ye-voltage ekude ukunxephezela ukwehla kwe-IR phakathi kokuphuma kwesiguquli nendawo yokulayisha, ngaleyo ndlela ithuthukise ukunemba kwe-voltage ephumayo. -
I-LMV797MMX/NOPB (Entsha&Eyoqobo Isitoko)I-Crcuit Chips Ehlanganisiwe ye-IC Electronics Umhlinzeki Othembekile
Umndeni we-LMV93x-N (LMV931-N single, LMV932-N dual kanye ne-LMV934-N quad) zingama-amplifiers anamandla aphansi, aphansi.Umndeni we-LMV93x-N usebenza kusukela ku-1.8-V kuya ku-5.5-V wokuhlinzeka ngogesi futhi unokufaka nokukhiphayo ukusuka kumzila wesitimela ukuya kusitimela.I-voltage yemodi evamile yokufaka inweba ku-200 mV ngaphezu kwalokho okunikezwayo okwenza umsebenzi othuthukisiwe usebenze ngaphezu kobubanzi bevolthi yokunikezela.Okukhiphayo kungashwibilika ujantshi uye kusitimela ungalayishiwe futhi ku-105 mV ukusuka ujantshi nomthwalo ongu-600-Ω ekunikezeni okungu-1.8-V.Amadivayisi e-LMV93x-N alungiselelwe ukusebenza ku-1.8 V, okuwenza alungele amaseli amabili aphathwayo, amasistimu asebenza ngebhethri kanye nesistimu ye-Li-Ion yeseli elilodwa.
-
LMV358IDR Ukusekelwa kwe-BOM Okusha&Okwangempela kwe-IC Integrated Circuit Components Chips Electronics Intengo enhle
Idatha ye-MV321.MV358 .I-LMV324 .kanye nama-LMV324Sdevices angawodwa , akabili , futhi ane-quad low-voltage( 2.7 V kuya ku-5.5 V ) ama-amplifiers asebenzayo anomzila osuka ku-raioutput .Lawa madivaysi ayizixazululo ezingabizi kakhulu zezinhlelo zokusebenza lapho ukusebenza kwe-voltage ephansi , ukonga isikhala kanye nezindleko eziphansiLezi zikhulisi ziklanyelwe ngokukhethekile ukusebenza kwe-voltage ephansi ( 2.7 V kuya ku-5 V ) , nezicaciso zokusebenza ezihlanganayo noma ezeqa amadivayisi we-LM358 neLM324 asebenzayo. kusuka ku-5 kuya ku-30 V.Ngosayizi wephakheji wehle ukuya kuhhafu kasayizi wephakheji ye-DBV ( $ 0t-23 ) , lawa madivayisi angasetshenziselwa izinhlelo zokusebenza ezihlukahlukene.
-
I-LMV324IDR Isiqeshana esisha sangempela se-SOP14 Chip 4 seshaneli esikhipha amandla kagesi aphansi we-amplifier edidiyelwe izingxenye ze-IC
Amadivayisi we-LMV321, LMV358, LMV324, kanye ne-LMV324S angama-amplifiers angawodwa, akabili, kanye ne-quad low-voltage(2.7 V kuya ku-5.5 V) anokushintsha kwesitimela ukuya kuloliwe.Lawa madivaysi ayizixazululo ezingabizi kakhulu zezinhlelo zokusebenza lapho kudingeka khona ukusebenza kwe-voltage ephansi, ukonga isikhala, kanye nezindleko eziphansiLezi zikhulisi ziklanyelwe ngokukhethekile ukusebenza kwe-lowvoltage (2.7 V kuya ku-5 V), nokuhlangana kwezicaciso zokusebenza noma ukweqa amadivayisi we-LM358 kanye ne-LM324 isebenza ukusuka ku-5 V ukuya ku-30 V. Ngosayizi wephakheji wehla ukuya kuhhafu kasayizi wephakeji ye-DBV (sot-23), lawa madivaysi angasetshenziselwa izinhlelo zokusebenza ezihlukahlukene.
-
I-Integrated Circuit IC Electronics Components Umphakeli Okusha Nokwangempela Kwesevisi Ye-Bom Yamanani Entengo Esihle
I-LMR16020 iyisilawuli esingu-60 V, 2 A SIMPLE SWITCHER® esine-MOSFET ehlangene yohlangothi oluphezulu.Ngebanga elibanzi lokokufaka ukusuka ku-4.3 V kuya ku-60V, ilungele izinhlelo zokusebenza ezihlukahlukene kusukela ezimbonini kuya ezimotweni zokulungiswa kwamandla kusuka emithonjeni engalawulwa.Ukuthula kwesilawuli kungu-40 µA kumodi yokulala, elungele amasistimu asebenza ngebhethri.I-ultra-low 1 μA yamanje kumodi yokuvala shaqa ingaqhubeka endeze impilo yebhethri.Ibanga lefrikhwensi yokushintsha elilungisekayo elibanzi livumela ukusebenza kahle noma usayizi wengxenye yangaphandle ukuthi uthuthukiswe.Isinxephezelo seluphu yangaphakathi sisho ukuthi umsebenzisi ukhululekile emsebenzini oyisicefe wokuklama isinxephezelo seluphu.Lokhu futhi kunciphisa izingxenye zangaphandle zedivayisi.Ukunemba kokunika amandla okokufaka kuvumela ukwenziwa lula kokulawula isilawuli nokulandelana kwamandla esistimu.Idivayisi futhi inezici zokuvikela ezakhelwe ngaphakathi ezifana nomkhawulo wamanje womjikelezo nomjikelezo, inzwa yokushisa nokuvalwa ngenxa yokushabalaliswa kwamandla amaningi, nokuvikelwa kokukhishwa kwe-voltage.
I-LMR16020 itholakala kuphakeji ye-HSOIC enamaphini ayi-8 enephedi eveziwe yokumelana nokushisa okuphansi. -
I-ic yasekuqaleni nentsha LMR14030SDDAR isilawuli esihlanganisiwe se-chip Electronics Curcuits
I-LMR14030 iyi-40 V , 3.5 Isilawuli sezinyathelo eziya phansi esine-MOSFET ehlangene yohlangothi oluphezulu .Ngebanga lokufaka okubanzi ukusuka ku-4 V ukuya ku-40 V , ilungele izinhlelo zokusebenza ezihlukahlukene kusukela kwezimboni kuya kwezezimoto ze-powerconditioning kusuka emithonjeni engalawulwa .Ama-regulators athule amanje yi-40 UA kumodi yokulala, elungele amasistimu asebenza ngebhethri.I-Aultra-low 1 WA yamanje kumodi yokuvala ingaqhubeka ende impilo yebhethri .Ibanga elibanzi elilungisekayo le-switchingfrequency livumela ukusebenza kahle noma usayizi we-extemalcomponent ukuthi uthuthukiswe .Isinxephezelo sangaphakathi se-loop sisho ukuthi umsebenzisi ukhululekile emsebenzini odidayo womklamo wesinxephezelo seluphu .Lokhu futhi kunciphisa izingxenye zangaphandle zedivayisi .Ukunemba kokunika amandla okokufaka kuvumela ukwenziwa lula kokulawula isilawuli nokulandelana kwamandla esistimu.Idivayisi iphinde ibe nezici zokuvikela ezakhelwe ngaphakathi ezifana nomkhawulo wamanje womjikelezo nomjikelezo , inzwa yokushisa kanye nokuvala shaqa ngenxa yokushabalala kwamandla amaningi , nokuvikelwa kokuphuma kwe-voltage ngokweqile
