I-ROHM TLR377YG-C Ayiguquliyo AmpLifier Frequency Response Ukulinganisa

Le sekethi ilinganisa impendulo rhoqo nge-Op-Amp njenge-non-inverting ampisihlanguli. Unokujonga inzuzo ye-AC kunye nesigaba somlinganiselo wemveliso ukuya kwi-voltage yegalelotage xa umthombo wegalelo voltage AC frequency itshintshiwe. Uyakwazi ukwenza iparameters zamacandelo aboniswe eluhlaza okwesibhakabhaka, njenge VSOURCE, okanye amalungu eperipheral, kwaye ulinganise ukungaguquguquki. ampi-lifier enemeko yokusebenza efunekayo. Unokwenza isiphaluka kwinqaku lesicelo elishicilelweyo: Ukusebenza ampi-lifier, uMthelekisi (Isifundo). [JP] [EN] [CN] [KR]

Izilumkiso ngokubanzi

Isilumkiso 1: Amaxabiso asuka kwiziphumo zokulinganisa awaqinisekiswanga. Nceda usebenzise ezi ziphumo njengesikhokelo kuyilo lwakho.
Isilumkiso 2: Ezi mpawu zemodeli zithe ngqo ku-Ta=25°C. Ngaloo ndlela, umphumo wokulinganisa kunye nokuhluka kweqondo lokushisa kunokwahluka kakhulu kwisiphumo kunye nento eyenziwa kwibhodi yesicelo yangempela (umlinganiselo wangempela).
Isilumkiso 3: Nceda ubhekisele kwinqaku leSicelo se-Op-Amps ngeenkcukacha zolwazi lobugcisa.
Isilumkiso 4: Iimpawu zinokutshintsha ngokuxhomekeke kuyilo lwebhodi yokwenyani kwaye i-ROHM icebisa ngamandla ukuba ijonge kabini ezo mpawu ngebhodi yokwenyani apho iitshiphusi ziya kufakwa khona.

Ukulinganisa iSchematic

Indlela yokulinganisa

Izicwangciso zokulinganisa, ezifana nokutshayela iparameter okanye ukhetho lokudibanisa, lulungiselelwa ukusuka 'kwimimiselo yokulinganisa' eboniswe kuMfanekiso 2, kwaye iThebhile 1 ibonisa ukuseta okungagqibekanga kokulinganisa. Kwimeko yomba wokudityaniswa kokulinganisa, unokutshintsha iinketho eziphambili zokusombulula. Iqondo lobushushu limiselwe kuma-27 °C kwingxelo engagqibekanga 'kwiiKhetho zeManuwali'. Ungayilungisa.

Iimeko zokulinganisa

Op-Amp imodeli

Itheyibhile 3 ibonisa umsebenzi wephini ophunyeziweyo. Qaphela ukuba i-Op-Amp imodeli yimodeli yokuziphatha yegalelo / imveliso yayo, kwaye akukho zijikelezo zokukhusela okanye imisebenzi engahambelani nenjongo ayiphunyezwanga.

Amacandelo eperipheral

IBhili yezinto eziphathekayo

Itheyibhile 4 ibonisa uluhlu lwamacandelo asetyenziswe kwiskimu sokulinganisa. Nganye i-capacitors ineeparamitha zesekethe elinganayo eboniswe ngezantsi. Amaxabiso amiselweyo amacandelo alinganayo amiselwe kuqanda ngaphandle kweESR ye C. Ungawaguqula kancinane amaxabiso ecandelo ngalinye.

Capacitor Equivalent Circuits

Ixabiso elimiselweyo leESR yi-0.01 Ω.
(Qaphela 2) Ezi parameters zinokuthatha nayiphi na ixabiso elihle okanye i-zero ekufaniseni kodwa ayiqinisekisi ukusebenza kwe-IC kuyo nayiphi na imeko. Jonga kwidatha yedatha ukujonga ixabiso elaneleyo leeparamitha.

Iimveliso ezicetyiswayo

Op-Amp I-TLR377YG-C : Ukuchaneka okuPhakamileyo kwezeThutho kunye noFako/Imveliso kaloliwe ukuya kuloliwe iCMOS iyasebenza Ampisihlanguli. [JP] [EN] [CN] [KR] [TW] [DE] TLR2377YFVM-C : Ukuchaneka okuPhezulu kweMoto kunye noFako/Imveliso kaloliwe ukuya kuloliwe iCMOS iyasebenza Ampi-lifier (i-Op- kabini-Amp). [JP] [EN] [CN] [KR] [TW] [DE] LMR1802G-LB : ingxolo ePhantsi, iNgeniso ephantsi yeVoltage CMOS Ukusebenza Ampisihlanguli. [JP] [EN] [CN] [KR] [TW] [DE] Amanqaku oBuchule kunye neZixhobo zinokufunyanwa kwiMithombo yoYilo kwimveliso web iphepha.

NONE

1. Ulwazi oluqulethwe apha lunokutshintsha ngaphandle kwesaziso.
2. Ngaphambi kokuba usebenzise iMveliso zethu, nceda uqhagamshelane nommeli wethu wokuthengisa kwaye uqinisekise iinkcukacha zamva nje:
3. Nangona i-ROHM isebenza ngokuqhubekayo ekuphuculeni ukuthembeka kwemveliso kunye nomgangatho, i-semicon-ductors inokudiliza kunye nokungasebenzi kakuhle ngenxa yezinto ezahlukeneyo.
   Ke ngoko, ukuze uthintele ukwenzakala komntu okanye umlilo ovela ngenxa yokungaphumeleli, nceda uthathe amanyathelo okhuseleko anjengokuthobela iimpawu zokuthoba, ukwenza izinto ezingafunekiyo kunye noyilo lokuthintela umlilo, kunye nokusetyenziswa kogcino kunye neenkqubo zokusilela. I-ROHM ayiyi kuba noxanduva lwawo nawuphi na umonakalo ovela kusetyenziso lweePoducts zethu ngaphaya komlinganiselo ochazwe yi-ROHM.
4. Exampiisekethe zesicelo, ii-circuit constants kunye naluphi na olunye ulwazi oluqulethwe apha lunikezelwa kuphela ukubonisa umgangatho wokusetyenziswa kunye nokusebenza kweeMveliso. Iimeko zepheripheral kufuneka zithathelwe ingqalelo xa kuyilwa iisekethe zokuvelisa ngobuninzi.
5. Ulwazi lobuchwephesha oluchazwe apha lujolise kuphela ekuboniseni imisebenzi eqhelekileyo kunye nomzekeloampiisekethe zesicelo kwiiMveliso. I-ROHM ayikuniki, ngokuphandle okanye ngokungafihlisiyo, naliphi na iphepha-mvume lokusebenzisa okanye ukusebenzisa ipropathi enomgangatho ophezulu wokuqonda okanye amanye amalungelo aphethwe yi-ROHM okanye nawaphi na amanye amaqela. I-ROHM ayisayi kuba naluxanduva kuyo nayiphi na imbambano evela kusetyenziso lolo lwazi lobugcisa.
6. IiMveliso ezichazwe kolu xwebhu azenzelwanga ukuba zikwazi ukunyamezela ngemitha.
7. Ukusetyenziswa kweeMveliso zethu kwizicelo ezifuna iqondo eliphezulu lokuthembeka (njengoko kubonisiwe ngezantsi), nceda uqhagamshelane kwaye udibane nommeli we-ROHM : izixhobo zothutho (oko kukuthi iimoto, iinqanawa, oololiwe), izixhobo zonxibelelwano eziphambili, izibane zendlela, ukuthintela umlilo/ulwaphulo-mthetho. , izixhobo zokhuseleko, iinkqubo zonyango, iiseva, iiseli zelanga, kunye neenkqubo zokuhambisa amandla.
8. Sukusebenzisa iiMveliso zethu kwiinkqubo ezifuna ukuthembeka okuphezulu kakhulu, okufana nesixhobo se-aerospace, iinkqubo zokulawula amandla enyukliya, kunye neziphindaphindi kwinkwili.
9. I-ROHM ayiyi kuba naluxanduva lwawo nawuphi na umonakalo okanye ukwenzakala ngenxa yokungathotyelwa kwemiqathango yokusetyenziswa ekhuthazwayo kunye neenkcukacha eziqulathwe apha.
10. I-ROHM isebenzise inkathalo efanelekileyo ukuqinisekisa ukuchaneka kolwazi oluqulethwe kolu xwebhu. Nangona kunjalo, i-ROHM ayiqinisekisi ukuba ulwazi olunjalo alunazimpazamo, kwaye i-ROHM ayiyi kuba naluxanduva lwawo nawuphi na umonakalo ovela kuko nakuphi na ukungachaneki okanye ukuprintwa kwenkcazelo engafanelekanga.
11. Nceda usebenzise iiMveliso ngokuhambelana nayo nayiphi na imithetho esebenzayo yokusingqongileyo kunye nemimiselo, efana noMgaqo weRoHS. Ukufumana iinkcukacha ezithe vetshe, kubandakanywa ukuhambelana kwe-RoHS, nceda uqhagamshelane ne-ofisi yokuthengisa ye-ROHM. I-ROHM ayiyi kuba naluxanduva lwawo nawuphi na umonakalo okanye iilahleko ezibangele ukungathotyelwa kwayo nayiphi na imithetho esebenzayo okanye imimiselo.
12. Xa unikezela ngeeMveliso zethu kunye nobuchwepheshe obuqulathwe kolu xwebhu kwamanye amazwe, kufuneka uthobele imigaqo kunye nezibonelelo ezibalulwe kuyo yonke imithetho esebenzayo yokuthumela ngaphandle kunye nemimiselo, kubandakanywa ngaphandle kwemida iMimiselo yoLawulo lokuThunyelwa kweMpahla e-US kunye noTshintsho lwaNgaphandle kunye noMthetho woRhwebo lwaNgaphandle.
13. Olu xwebhu, ngokuyinxenye okanye xa lulonke, alunakuphinda luprintwe okanye lwenziwe ngokutsha ngaphandle kwemvume yangaphambili ye-ROHM.

• Enkosi ngokufikelela kwimveliso yolwazi lwe-ROHM.
• Ulwazi oluthe vetshe ngemveliso kunye neekhathalogu ziyafumaneka, nceda uqhagamshelane nathi.

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I-ROHM TLR377YG-C Ayiguquliyo AmpLifier Frequency Response Ukulinganisa [pdf] Isikhokelo somsebenzisi I-TLR377YG-C Ayiguquli AmpLifier Frequency Response Ukulinganisa, TLR377YG-C, TLR377YG-C Frequency Response Ukulinganisa, ukungaguquki AmpLifier Frequency Response Ukulinganisa, Frequency Response Ukulinganisa

Iimbekiselo

• Incwadi yokusebenzisa