I-TPS62202DBVR-IiSekethe eziDityanisiweyo (ii-ICs), uLawulo lwaMandla (PMIC), i-Voltage Regulators- DC DC Switching Regulators
Iimpawu zeMveliso
UHLOBO | INKCAZO |
Udidi | IiSekethe eziDityanisiweyo (ICs)Ulawulo lwamandla (PMIC) I-Voltage Regulators-DC DC Switching Regulators |
Mfr | Texas Instruments |
Uthotho | - |
Iphakheji | Iteyiphu & neReel (TR)Sika iTape (CT) Digi-Reel® |
Ubume beMveliso | Iyasebenza |
Umsebenzi | Yehla |
Uqwalaselo Lwemveliso | Okuhle |
I-Topology | Buck |
Uhlobo Lwemveliso | Ilungisiwe |
Inani leZiphumo | 1 |
I-Voltage-Igalelo (uMzu) | 2.5V |
I-Voltage-Input (Ubukhulu) | 6V |
Voltage-Imveliso (Min/Fixed) | 1.8V |
Voltage-Imveliso (Ubukhulu) | - |
Okwangoku -Isiphumo | 300mA |
Ukuphindaphinda-Ukutshintsha | 1MHz |
Ungqamaniso loLungisanisi | Ewe |
Ubushushu bokusebenza | -40°C ~ 85°C (TA) |
Uhlobo lokuNqamisa | INtaba engaphezulu |
Ipakethe / Ityala | SC-74A, SOT-753 |
Supplier Device Package | I-SOT-23-5 |
Inombolo yeMveliso esisiseko | TPS62202 |
Amaxwebhu & nemidiya
UHLOBO LWEZIBONELELO | LINK |
Amaxwebhu edatha | TPS62200-05, TPS62207-08 |
Izixhobo zokuyila | I-TPS62202 Uyilo kunye ne-WEBENCH® uMyili waMandla |
Imveliso ekhoyo | Yenza uyilo lwakho lwamandla ngoku nge-TI's WEBENCH® uMyiliUlawulo lwamandla |
INdibano ye-PCN / Imvelaphi | Iindawo zeNdibano ezongezelelweyo 21/Sep/2021 |
Iimodeli ze-EDA | TPS62202DBVR ngu SnapEDAI-TPS62202DBVR yi-Ultra Librarian |
Ulwahlulo lokusiNgqongileyo nokuThunyela ngaphandle
UMBALI | INKCAZO |
Isimo seRoHS | I-ROHS3 iyahambelana |
iNqanaba lokuSensitivity lokufuma (MSL) | 1 (Ayinasiphelo) |
FIKELELA kwiSimo | FIKELELA Ngokungachaphazelekiyo |
ECCN | I-EAR99 |
HTSUS | 8542.39.0001 |
Ukwakhiwa kwe-voltage regulator
Isiguquli esiqhelekileyo sokutshintsha kwe-capacitor siquka izitshixo ezine ze-MOS ezinkulu kunye nolandelelwano oluqhelekileyo lokutshintsha lokutshintsha, ukuphinda kabini okanye ukuthoba isiqingatha sombane wokubonelela ngegalelo.Ukudluliselwa kunye nokugcinwa kwamandla kubonelelwa ngama-capacitors angaphandle, inkampani ekhankanyiweyo kunye nemveliso yokuguqula yodwa yaseTshayina kwindawo yentengiso, imveliso kunye nokusebenza, ukungenisa imveliso kunye nokuthumela ngaphandle, indawo yotyalo-mali kwishishini kunye nophuhliso oluzinzileyo lwelizwe lethu ngokwesiseko solu phuhliso loshishino. intsingiselo yokwenza indibanisela yohlalutyo lomgangatho nobungakanani kunye noqikelelo.Ukuzibandakanya kwiinguqu, ukulawulwa kwamandla ombane, izilawuli kunye nezinye imveliso ephantsi yombane exhasa imveliso, uphando kunye nophuhliso, ukuthengisa, "ukubambelela kwinguqulelo yenkampani, iimveliso eziphambili zezi: Ulawulo lwamandla oluphezulu lwe-SBW, i-SBW-F sub-regulated power regulator. , Umlawuli we-AC we-SVC ochanekileyo ochanekileyo, umlawuli wokucoca ngokuchanekileyo, umlawuli we-microcomputer ongaqhagamshelani naye, i-SG \ SBK i-autotransformer, i-OSG \ QZB i-autotransformer, i-ZSG \ ZDG i-rectifier transformer, i-SSG i-servo transformer, i-DN yokumelana ne-welding water-cooled transformer, i-reactor, i-autotransformer, ikholomu-uhlobo oluphezulu lwamandla ombane kunye nezinye iiseti ezipheleleyo zezixhobo zombane.Imveliso inoyilo lwenoveli, umthamo omncinci, imilo entle, ilahleko ephantsi, ingxolo ephantsi, ukunganyangeki kwempembelelo kunye nezinye iingenelo.Isetyenziswa ngokubanzi kumashishini kunye namashishini emigodini. , oomatshini belaphu, ukuprinta nokupakishwa, ishishini lepetrochemical, izikolo, kudederhu lweevenkile, iilifti, iposi kunye nezonxibelelwano, oomatshini bezonyango kunye nazo zonke ezinye izihlandlo ezifuna isiqinisekiso sombane esiqhelekileyo.
Ngethuba lokuqala lomjikelezo wokutshintsha, i-voltage yegalelo isetyenziswe kwi-capacitor (C1).Kwinxalenye yesibini yomjikelezo wokutshintsha, intlawulo idluliselwa kwi-C1 ukuya kwi-capacitor yesibini yeC2.Ulwakhiwo oluqhelekileyo lwe-switched-capacitor converter yi-converter yokubuyisela umva, apho i-C2 ine-terminal esekelwe phantsi kunye ne-terminal yayo engafanelekanga idlula i-voltage ephumayo engalunganga.Emva kwemijikelezo embalwa, i-voltage nge-C2 isetyenziswe kwi-voltage input.Ukucinga ukuba akukho mthwalo kwi-C2, akukho lahleko ekutshintsheni kwaye akukho kuxhathisa okuqhubekayo kwi-capacitor, i-voltage ephumayo iya kuba yinto engalunganga yombane wokufaka.Enyanisweni, ukusebenza kakuhle kokudluliselwa kwentlawulo (kwaye ngenxa yoko ukuchaneka kwe-voltage ephumayo) kuxhomekeke kwi-frequency yokutshintsha, ukuchasana kokutshintsha, ixabiso le-capacitor kunye nokuchasana kokuqhubeka.I-double topology efanayo isebenzisa i-switch efanayo kunye ne-capacitor bank, kodwa itshintsha uxhulumaniso lomhlaba kunye ne-voltage input.Ezinye iinguqu ezintsonkothileyo ngakumbi zisebenzisa iiswitshi ezongezelelweyo kunye neecapacitors ukuphumeza ezinye iireyishini zenguqu yegalelo kumbane ophumayo kwaye, kwezinye iimeko, ulandelelwano olukhethekileyo lokutshintsha ukuvelisa ubudlelwane obuncinci.Ngeyona ndlela ilula, abaguquli be-capacitor abatshintshiweyo abalawulwa yi-voltage.Ezinye zeNational Semiconductor switched-capacitor converters zinamanqanaba okuzuza ahlengahlengiswayo ngokuzenzekelayo ukuvelisa isiphumo esilawulwayo;ezinye ii-switched-capacitor converters zisebenzisa i-internal dropout dropout linear regulator ukuvelisa imveliso engalawulwayo.