I-TPS62136RGXR-Ii-Voltage Regulators, i-DC DC yokuTshintshela abalawuli
Iimpawu zeMveliso
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Amaxwebhu & nemidiya
| UHLOBO LWEZIBONELELO | LINK |
| Amaxwebhu edatha | TPS62136(1) Uluhlu lwenkcazelo |
| Uyilo lwePCN/Inkcazo | Izinto zeNdibano 28/Dec/2021 |
| INdibano ye-PCN / Imvelaphi | LBC7 Dev A/T Chgs 18/Mar/2021 |
| Iphepha leMveliso yoMvelisi | Iimpawu eziphambili zeTPS62136RGXR |
| HTML Datasheet | TPS62136(1) Uluhlu lwenkcazelo |
| Iimodeli ze-EDA | I-TPS62136RGXR 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 |
Intshayelelo eneenkcukacha
Umlawuli wamandla ombaneiitshiphusi zenziwa yiulawulo lwamandlaiisekethe ezidibeneyo(PMIC)emva kothotho lwemisebenzi efana noyilo, ukwenziwa, kunye nokupakishwa.Ukuthetha jikelele,ulawulo lwamandlaiisekethe ezidibeneyo zijolise ngakumbi kuyilo kunye nokubekwa kweengcingo zesekethe, ngelixa iitshiphu zokulawula amandla ombane zijolise ngakumbi ekudityanisweni kwesekethe, imveliso kunye nokupakishwa kwemiba emithathu emikhulu.Nangona kunjalo, kubomi bemihla ngemihla,ulawulo lwamandlaIsekethe edibeneyo kunye ne-chip ye-voltage regulator zihlala zisetyenziswa njengengqikelelo efanayo.
I-voltage regulator circuit yisekethe yobonelelo lwamandla egcina amandla ombane ophumayo engatshintshwanga xa igalelo lombane wegridi liguquguquka okanye xa umthwalo utshintsha.
Kukho iintlobo ezininzi zeesekethe zokulawula amandla ombane, kubandakanywa: Iisekethe zolawulo lombane we-DC kunye neesekethe zokulawula amandla ombane we-AC ngohlobo lwemveliso yangoku.Ngokwendlela yokudibanisa yesekethe yomlawuli kunye nomthwalo, ihlukaniswe ibe: i-series regulator circuit kunye ne-parallel regulator circuit.Ngokwemeko yokusebenza yomlawuli ihlukaniswe ibe: umlawuli wombane ohambelanayo kunye nokulawula umbane wokutshintsha.
Ngokohlobo lwesekethe: unikezelo lwamandla olulula olulawulwayo, uhlobo lwempendulo lulawulwa unikezelo lwamandla kunye nesekethe elawulwayo kunye nekhonkco lokukhulisa.
PMICibizwa ngokuba yiChip yoLawulo lwaMandla, kwinkqubo yesekethe, umbane osebenzayo wetshiphu nganye kunye nesixhobo sahlukile, i-PMIC iya kubonelela ngombane osisigxina ukusuka kwibhetri okanye unikezelo lwamandla okunyusa, ukunyusa, ukuzinzisa umbane kunye nokunye ukusetyenzwa, ukwenzela ukuhlangabezana iimeko zokusebenza zesixhobo ngasinye.Ukuba i-chip ephambili "yingqondo" yenkqubo yesekethe, ngoko ke i-PMIC inokuthelekiswa "nentliziyo" yenkqubo yesekethe.
Nangona ixesha lokuhanjiswa kwe-chip lilonke lifinyezwa, kodwa iindawo ezininzi, ngakumbi iimoto kunye nokusetyenziswa kwemizi-mveliso yolawulo lwamandla Ingxaki yokunqongophala kwe-IC isekhona.I-PMIC ibamba inxalenye enkulu ye-chip yokulawula amandla.
Xa kuthelekiswa nezinye iindidi zeesekethe ezidibeneyo, i-PMIC yeyecandelo eliqolileyo nelizinzileyo.Uninzi lwee-PMICs okwangoku zenziwe ngokusekwe kwinkqubo evuthiweyo ye-8-inch 0.18-0.11 micron process.Kwimeko yokunqongophala kwe-chip ye-PMIC, iinkampani ezininzi zaqala ukuqwalasela i-PMIC ukuya kwii-intshi ezili-12.
U-MatthewTyler, umlawuli ophezulu weqhinga kunye nokuthengisa kwi-ON Semiconductor Advanced Solutions, uthe umngeni obalulekileyo ekujonganeni nokunqongophala kwe-PMIC yimfuneko yokutyala imali enkulu yokwandisa imveliso kunye nokwakha iifektri ezintsha.UMatthewTyler uthe: "Ngokwembono yoqoqosho olukhulu, umthamo wee-wafers ezingama-200mm (8-intshi) ubhaliswe ngokugqithisileyo kule minyaka imbalwa idlulileyo, kwaye abanye abavelisi baye bafuduka okanye bafuduka imigca yokuvelisa ukuya kuma-wafers angama-300mm (12-intshi), ekukholelwa ukuba. ukunceda ukuthomalalisa imeko yobonelelo oluqinileyo."
I-8 intshi ukuya kwii-intshi ezili-12 akuwona umsebenzi olula, kwelinye icala, abavelisi be-PMIC kufuneka banqobe imingeni yoyilo lwesekethe, njengokuvula kunokuhambelana neeparitha zombane zepini;kwelinye icala, kwizindlu zoyilo ze-IC ezincinci naphakathi, iindleko zokufudukela kumgca we-intshi we-12-intshi ziphezulu kakhulu, ukwanda komthamo weyunithi akwenzi iindleko ezichithwe ekuphuhliseni, ukuqinisekiswa kunye nokuhamba iitshiphusi.
Ngoko ke, ukusuka kumbono wangoku, utshintsho olusebenzayo kumgca we-12-intshi yokuvelisa, okanye ngokukodwa kwiifektri ezinkulu.I-Foundry TSMC, TowerJazz kunye ne-UMC yaqala inkqubo ye-12-intshi ye-PMIC.I-Qualcomm, i-Apple, i-MediaTek kunye nabanye abathengi abakhulu kwinkqubo ye-intshi ezili-12 baye bashiywa ngokulandelelana ngaphambili belwela umthamo we-8-intshi.Kwifektri ye-IDM, yi-TI kunye ne-ON Semiconductor kunye nezinye iifektri kwi-12-intshi esebenzayo kakhulu.
