LMV797MMX/NOPB (Entsha&EyokuQala ikwiStokhwe)Iitshiphu zeSekethe eziDityanisiweyo ze-IC Electronics uMboneleli othembekileyo

inkcazelo emfutshane:

Intsapho ye-LMV93x-N (LMV931-N eyodwa, i-LMV932-N i-dual kunye ne-LMV934-N quad) i-low-voltage, i-amplifiers ephantsi yokusebenza kwamandla.Usapho lwe-LMV93x-N lusebenza ukusuka kwi-1.8-V ukuya kwi-5.5-V yokubonelela ngee-voltages kwaye ibe negalelo likaloliwe ukuya kuloliwe kunye nemveliso.Igalelo lombane wemowudi eqhelekileyo yandisa i-200 mV ngaphaya kobonelelo oluvumela umsebenzi ophuculweyo wokusebenza ngaphaya koluhlu lwamandla ombane.Imveliso inokujiwuzisa uloliwe ukuya kuloliwe ongalayishwanga kwaye ngaphakathi kwe-105 mV ukusuka kuloliwe kunye nomthwalo we-600-Ω kunikezelo lwe-1.8-V.Izixhobo ze-LMV93x-N zilungiselelwe ukusebenza kwi-1.8 V, ezenza zibe zilungele kwiiseli eziphathwayo ezimbini, iinkqubo zebhetri kunye neenkqubo ze-Li-Ion zeseli enye.

Thumela i-imeyile kuthi Khuphela i-Datesheet

Iinkcukacha zeMveliso

Iithegi zeMveliso

Izixhobo ze-LMV93x-N zibonisa umlinganiselo obalaseleyo wesantya-amandla, ukufikelela kwi-1.4-MHz ukufumana imveliso ye-bandwidth kwi-1.8-V yobonelelo lombane kunye nonikezelo oluphantsi kakhulu lwangoku.Izixhobo ze-LMV93x-N zinokuqhuba umthwalo we-600-Ω kunye nokuya kuthi ga kwi-1000-pF umthwalo we-capacitive kunye nokukhala okuncinci.
Ezi zixhobo nazo zinenzuzo ephezulu ye-DC ye-101 dB, ezenza ukuba zilungele izicelo ze-low-frequency applications.I-LMV93x-N eyodwa inikezelwa kwi-space-saving 5-pin SC70 kunye neephakheji ze-SOT-23.Ii-LMV932-N ezimbini zikwi-8-pin VSSOP kunye neepakethe ze-SOIC kunye ne-quad LMV934-N zikwi-14-pin TSSOP kunye ne-SOIC.
iipakethe.Ezi phakheji zincinci zizisombululo ezifanelekileyo kwiibhodi zePC ezicinezelekileyo kunye nee-elektroniki eziphathwayo ezifana neeselfowuni kunye neetafile.

Iimpawu zeMveliso

UHLOBO	INKCAZO
Udidi	IiSekethe eziDityanisiweyo (ICs) Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps
Mfr	Texas Instruments
Uthotho	-
Iphakheji	Iteyiphu & neReel (TR) Sika iTape (CT) Digi-Reel®
SPQ	1000T&R
Ubume beMveliso	Iyasebenza
Uhlobo lweAmplifayi	Iinjongo jikelele
Inani leeSekethe	2
Uhlobo Lwemveliso	Uloliwe ukuya kuloliwe
Slew Rate	0.42V/µs
Fumana iMveliso yoBandwidth	1.5 MHz
Okwangoku - Igalelo eliKhethekileyo	14 nA
I-Voltage-Input Offset	1 mV
Okwangoku - Unikezelo	116µA (x2 Amajelo)
I-Voltage-Isithuba soBonelelo (uMzu)	1.8 V
I-Voltage-Supply Span (Max)	5.5 V
Ubushushu bokusebenza	-40°C ~ 125°C (TA)
Uhlobo lokuNqamisa	INtaba engaphezulu
Ipakethe / Ityala	8-TSSOP, 8-MSOP (0.118", 3.00mm Ububanzi)
Supplier Device Package	8-VSSOP
Inombolo yeMveliso esisiseko	LMV932

Ukukhetha kunye nesicelo

Ukukhethwa kunye nokusetyenziswa kweamplifiers.
Kukho iindidi ezininzi kunye neentlobo ze-amplifiers ezidibeneyo zokusebenza, ezimele zikhethwe ngokufanelekileyo kwaye zisetyenziswe ngokuhambelana neemfuno zangempela zokusetyenziswa.
(1) Zama ukusebenzisa i-amplifiers edibeneyo yokusebenza enenjongo ngokubanzi.Xa inkqubo isebenzisa ii-amplifiers ezisebenzayo ezininzi, kangangoko kunokwenzeka ukusebenzisa iisekethe ezidibeneyo ze-amplifier ezisebenzayo, ezifana ne-LM324, LF347, njl. zi-amplifiers ezine zokusebenza ezipakishwe kunye kwisekethe edibeneyo.
(2) Olona khetho lwe-amplifier yokusebenza edibeneyo, kodwa kwakhona qwalasela ubume bomthombo womqondiso (ngumthombo wamandla ombane okanye umthombo wangoku), uhlobo lomthwalo, umbane odibeneyo wokusebenza kweamplifier ophumayo kunye nomsinga ukuhlangabezana neemfuno, indalo esingqongileyo. iimeko, iamplifier yokusebenza edibeneyo evunyelweyo ukuba isebenze uluhlu, uluhlu lwamandla ombane osebenzayo, ukusetyenziswa kwamandla kunye nomthamo kunye nezinye izinto ukuhlangabezana neemfuno.Ngokomzekelo, ukukhulisa iimpawu ze-AC ezifana ne-audio kunye nevidiyo, kulungele ngakumbi ukukhetha i-amplifier yokusebenza kunye nesantya esikhulu sokuguqulwa;ekusetyenzweni kweempawu ze-DC ezibuthathaka, kukufaneleke ngakumbi ukukhetha iamplifier esebenzayo ngokuchaneka okuphezulu (okt, i-detuning current, i-voltage yokususa, kunye nokukhukuliseka kobushushu zincinci ngokwentelekiso).
(3) Ngaphambi kokusetyenziswa, kuyimfuneko ukuqonda iindidi kunye neeparitha zombane ze-amplifiers ezidibeneyo zokusebenza, kunye nokucacisa ifom yephakheji, ilungiselelo elikhokelayo langaphandle, i-pin wiring, uluhlu lwamandla ombane, njl.
(4) Uthungelwano lwe-de-vibration kufuneka ludityaniswe njengoko lufunwa, kuthathelwa ingqalelo i-bandwidth kwisiseko sokukwazi uku-de-vibrate.
(5) I-amplifier yokusebenza edibeneyo ingundoqo yesekethe ye-elektroniki, ukwenzela ukunciphisa umonakalo, amanyathelo okukhusela afanelekileyo kufuneka athathwe.

Izalathisi kunye neziKhokelo

Iimpawu zokukhetha i-amplifier yokusebenza kunye nezikhokelo zoyilo lwesicelo
Ngokwenza umsebenzi, i-amplifiers yokusebenza yenjongo jikelele kufuneka isetyenziswe ngokusemandleni, kuba kulula ukuyifumana kwaye ixabisa imali, kuphela xa uhlobo lwenjongo jikelele alukwazi ukuhlangabezana neemfuno, lunokusebenzisa uhlobo olukhethekileyo, olunokunciphisa iindleko. kodwa kwakhona kulula ukuqinisekisa unikezelo.
Ngophuhliso lwetheknoloji evuthiweyo, ukusetyenziswa kwe-amplifiers yokusebenza kuya kuxhaphaka ngakumbi, kwaye phambi kweentlobo ezahlukeneyo ze-amplifiers zokusebenza, kukho imiyalelo yezobugcisa eziqhelekileyo zokukhethwa kwazo.Oku kukukhetha ukuhlangabezana neemfuno, kodwa nokugcina imithombo yedatha idlale indima enkulu.Iimpawu zokukhetha eziqhelekileyo ezisetyenziswayo zezi:
Isinyathelo sokuqala kukukhetha i-voltage.Njengoko i-amplifiers ezininzi eziveliswe kwizicelo zemizi-mveliso ziyi-±15V, kodwa ngokuqwalasela ukuba kufuneka ziphuhliselwe izixhobo eziphathwayo ezisebenza kwi-3V (okanye ngaphantsi kwe-5V), olu chungechunge lwe-±15V lungabandakanywa.Ukongezelela, isigqibo sokuba yeyiphi iphakheji kunye nexabiso kufuneka lisekelwe kwiimfuno.
Ukuchaneka Ikakhulu inxulumene nokwahluka kwegalelo lokususa amandla ombane (Vos) kunye nokukhukuliseka kobushushu obunxulumeneyo kunye nePSRR kunye neCMRR.
Imveliso yeGain Bandwidth (GBW) Inzuzo yokufumana i-bandwidth yohlobo lwengxelo yombane ifumana i-op-amp imisela umda oluncedo kwisicelo esinikiweyo.
Ukusetyenziswa kwamandla (imfuneko ye-LQ) Umba obalulekileyo kwizicelo ezininzi.Njengoko i-amplifiers esebenzayo inamandla okuba nempembelelo ebalulekileyo kumandla osasazo lwenkqubo yonke, i-quiescent current yingqwalasela ebalulekileyo yoyilo, ngakumbi kwizicelo ezisebenza ngebhetri.
I-input bias current (LB) inokuphenjelelwa ngumthombo okanye i-impedance yempendulo kwaye ingabangela iimpazamo zokuqhawula.Usetyenziso olunomthombo ophezulu we-impedance okanye i-impedance ephezulu yeempendulo (ezifana ne-transimpedance amplifiers okanye izihlanganisi) zihlala zifuna igalelo eliphantsi le-bias currents;Amagalelo eFET kunye neCMOS op amps ngokubanzi zibonelela ngegalelo elisezantsi kakhulu.
Ubungakanani bephakheji buxhomekeke kwisicelo kwaye i-op-amp ikhethiwe ukuze ihambelane neemfuno zephakheji.

Iingenelo

Izinto ezilungileyo zenjongo jikelele op amps
Iinzuzo eziphambili zixabiso eliphantsi, ukuchazwa okuphakathi kunye noluhlu olubanzi lweenketho zemveliso.

Usetyenziso

Usetyenziso lwenjongo jikelele op amps
Ngenxa yeempawu zabo, zisetyenziswa kuluhlu olubanzi lwezicelo.Izicelo eziphambili apho iimfuno zobugcisa zimodareyitha.Ukuhlangabezana neemfuno zomsebenzi, uqoqosho kunye nokusebenza okusebenzayo kuyaphumelela.Iinjongo ngokubanzi ezidityanisiweyo ze-op amps zifanelekile ukukhulisa imiqondiso ephantsi.

Ngaphambili: I-LP87702DRHBRQ1 Umgangatho oMtsha oMtsha kunye ne-IC ye-IC eDityanisiweyo yoMbane weSekethe yeZibonelelo zeSitokhwe

Okulandelayo: LMV358IDR Inkxaso ye-BOM eNtsha&Eyoqobo ye-IC eDityanisiweyo yeSekethe Components Chips Electronics Ixabiso elihle

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