TLV2211CDBVR enemveliso yangoku ephezulu (10 mA)
TLV2211CDBVR enemveliso yangoku ephezulu (10 mA)
Iimpawu eziphambili zeTLV2211
● I-Output Swing ibandakanya zombini ii-Rails zokubonelela
●Ingxolo ePhantsi...21 nV/ Hz Isimbo ku-f = 1 kHz
●UGalelo oluPhantsi oluKhethekileyo lwangoku...1 pA Isimbo
●Amandla aPhantsi Kakhulu...11 µA NgeSimbo soMjelo ngamnye
●Uluhlu lweVoltage yeMode eQhelekileyo luquka i-Negative Rail
● Unikezelo olubanzi lwe-Voltage Range 2.7 V ukuya kwi-10 V
●Ifumaneka kwi-SOT-23 Package
● IMacromodel Ibandakanyiwe
Advanced LinCMOS luphawu lwentengiso Texas Instruments.
Inkcazelo ye-TLV2211
I-TLV2211 yi-amplifier yokusebenza ene-voltage ephantsi ekhoyo kwiphakheji ye-SOT-23.Isebenzisa kuphela i-11 µA (uhlobo) lonikezelo lwangoku kwaye ifanelekile kusetyenziso lwamandla ebhetri.I-TLV2211 inezinga le-3-V yengxolo ye-22 nV / Hz kwi-1kHz;Amaxesha ama-5 angaphantsi kunezisombululo ze-SOT-23 micropower ezikhuphisanayo.Isixhobo sibonisa ukusebenza kwemveliso kaloliwe ukuya kuloliwe kuluhlu olwandisiweyo oluguquguqukayo kwi-single- okanye kwi-split-supply applications.I-TLV2211 ibonakaliswe ngokupheleleyo kwi-3 V kunye ne-5 V kwaye ilungiselelwe ukusetyenziswa kwe-voltage ephantsi.
I-TLV2211, ebonisa i-impedance ephezulu kunye nengxolo ephantsi, igqwesile kwimo yesignali encinci yemithombo ye-impedance ephezulu, efana ne-piezoelectric transducers.Ngenxa yamanqanaba okutshatyalaliswa kwe-micropower edityaniswe nokusebenza kwe-3-V, ezi zixhobo zisebenza kakuhle ekubekweni kweliso obanjwe ngesandla kunye nezicelo ezikude.Ukongeza, umzila wesitimela ukuya kumzila owenziweyo kunye nokubonelela okukodwa okanye okwahlulahlulayo kwenza le ntsapho ibe yinto ekhethekileyo xa idibanisa ne-analog-to-digital converters (ADCs).
Ngommandla opheleleyo we-5.6mm2, iphakheji ye-SOT-23 ifuna kuphela enye yesithathu yendawo yebhodi ye-package ye-8-pin ye-SOIC yephakheji.Le phakheji encinci kakhulu ivumela abaqulunqi ukuba babeke i-amplifiers enye kufutshane kakhulu nomthombo wesignali, ukunciphisa ukucholwa kwengxolo kwimizila ende yePCB.I-TI ikwathathele ingqalelo ekhethekileyo ukubonelela ngepinout elungiselelwe uyilo lwebhodi.Omabini amagalelo ahlulwe yi-GND ukuthintela ukudityaniswa okanye iindlela zokuvuza.I-OUT kunye ne-IN-terminals zikwisiphelo esinye sebhodi ukunika ingxelo engalunganga.Ekugqibeleni, ukufumana i-resistors yokuseta kunye ne-decoupling capacitor zibekwe ngokulula kwiphakheji.
1. Ngoobani abasebenzi kwisebe lakho le-R & D?Ziziphi iziqinisekiso zakho?
-R & D UMlawuli: yenza isicwangciso sexesha elide seR & D senkampani kwaye ubambe isikhokelo sophando kunye nophuhliso;Ukukhokela kunye nokulawula isebe le-r&d ukuphumeza isicwangciso se-r&d yenkampani kunye nesicwangciso sonyaka se-R&D;Lawula inkqubela phambili yophuhliso lwemveliso kwaye uhlengahlengise isicwangciso;Misela uphando lwemveliso egqwesileyo kunye neqela lophuhliso, uphicotho kunye noqeqesho olunxulumene nabasebenzi bobugcisa.
Umphathi we-R & D: yenza imveliso entsha ye-R & D isicwangciso kwaye ubonise ukwenzeka kwesicwangciso;Ukongamela kwaye ulawule inkqubela kunye nomgangatho womsebenzi we-r&d;Phanda ngophuhliso lwemveliso entsha kwaye ucebise izisombululo ezisebenzayo ngokweemfuno zabathengi kwiinkalo ezahlukeneyo
Abasebenzi be-R&d: ukuqokelela kunye nokusombulula iinkcukacha eziphambili;inkqubo yeKhompyutha;Ukuqhuba iimvavanyo, iimvavanyo kunye nohlalutyo;Lungisa izixhobo kunye nezixhobo zovavanyo, iimvavanyo kunye nohlalutyo;Ukurekhoda idatha yokulinganisa, yenza izibalo kwaye ulungiselele iitshathi;Yenza uphando lwamanani
2. Yintoni uphando lwakho lwemveliso kunye nombono wophuhliso?
-Umbono wemveliso kunye nokukhethwa kwemveliso kunye novavanyo lwenkcazo yemveliso kunye noyilo lwesicwangciso seprojekthi kunye novavanyo lwemveliso kunye nokuqinisekiswa kokuqaliswa kwintengiso
