Imininingwane Yomkhiqizo
I-TQD28: Ama-Polymer Tantalum Capacitors Asebenza Kakhulu Anika Amandla Amadivayisi E-elekthronikhi Asezingeni Eliphezulu Anamuhla
Embonini ye-elekthronikhi eshintsha ngokushesha yanamuhla, ubuhlakani, ukwenziwa okuncane, kanye nokusebenza kahle kwemishini sekuphenduke izitayela ezingaguquki. Kusukela ezikhungweni zedatha ze-AI ezisheshayo kuya kuma-elekthronikhi ezimoto alawulwa ngokunembile, kusukela kuma-drone asheshayo kuya eziteshini zokuxhumana ezizinzile nezithembekile, isizukulwane ngasinye samadivayisi kagesi sibeka izidingo eziqinile ezingxenyeni eziyinhloko: ukuhlinzeka ngokusekelwa kwamandla okuzinzile, okuhlanzekile, nokuqinile ngaphakathi kwesikhala esilinganiselwe kakhulu. I-YMIN ikuqonda kahle lokhu, isebenzisa ubuchwepheshe bayo obujulile kwisayensi yezinto zokwakha kanye nezinqubo zokukhiqiza ukuze iqalise uchungechunge lwe-TQD28 lwama-capacitor e-polymer tantalum aqhubayo. Ngokusebenza kwawo okuphezulu kakhulu, la ma-capacitor ayithuluzi elinamandla lonjiniyela lokubhekana nezinselele ezimbili zesikhala nokusebenza.
Inzuzo esobala kakhulu yochungechunge lwe-TQD28 isesimeni sayo esincane somzimba. Njengoba ilinganisa u-7.3mm (ubude) x 4.3mm (ububanzi) x 2.8mm (ukuphakama), ifinyelela umklamo omncane kakhulu, oyisicaba. Lokhu "kunciphisa umzimba" akufezwa ngokusebenza kukagesi, kodwa kunalokho ngokusebenzisa ukulungiswa kwesakhiwo sangaphakathi okunembile kanye nobuchwepheshe obuthuthukisiwe bokwakha izinto. Emikhiqizweni yesimanje ye-elekthronikhi efuna imiklamo emincane kakhulu nelula, njenge-laptops emincane kakhulu, ama-motherboard ama-smartphones aphezulu, amashaja asheshayo e-PD aqinile, kanye namadivayisi agqokwayo, i-TQD28 ingafakwa kalula ezikhaleni ezincane zamabhodi e-PCB, inikeze ukuguquguquka okungakaze kubonwe ekuhlelweni kwebhodi futhi ivumele imiklamo yezimboni ekhangayo kakhulu.
Inani eliyinhloko le-TQD28 lisezimisweni zayo zikagesi ezinhle kakhulu. Isebenzisa i-polymer eqhuba kahle kakhulu njengezinto ze-cathode, ithatha indawo ye-manganese dioxide kuma-capacitor endabuko e-tantalum, okuholela ekuthuthukisweni kokusebenza okuguquguqukayo:
• I-ESR ephansi kakhulu kanye nekhono lamanje le-ripple ephezulu:
Ukuqina komoya kwezinto ze-polymer eziqhubayo kuphakeme kakhulu kunokwama-electrolyte endabuko, okunikeza i-TQD28 ukumelana okuphansi kakhulu kochungechunge olulinganayo ku-100kHz. Inzuzo eqondile ye-ESR ephansi ukuthi ukukhiqizwa kokushisa kwe-capacitor kuyancishiswa lapho kudluliswa imisinga emikhulu ye-ripple. I-TQD28 ingamelana nemisinga ye-ripple efinyelela kuma-ampere amaningana ekushiseni okumaphakathi okungu-45°C no-100kHz, okubalulekile ekusingatheni ukushaja okuvama kakhulu nokukhipha amandla okushintsha. Isibonelo, ama-capacitor kumasekethe kagesi we-CPU/GPU (VRM) e-server motherboard, amasekethe e-inverter omshayeli wemoto, kanye nama-converter e-DC-DC angaphakathi ezimotweni zamandla amasha kudingeka aqhubeke nokumelana nokukhuphuka kwamandla kagesi aphezulu. I-ESR ephansi ye-TQD28 kanye nekhono lamandla kagesi le-ripple eliphezulu kuqinisekisa ukukhuphuka kokushisa okuphansi kanye nokuphila isikhathi eside ngaphansi kwezimo zokusebenza ezinzima, okugwema ngokuyisisekelo ingozi yokuwohloka kokusebenza noma ukwehluleka ngenxa yokushisa ngokweqile kwe-capacitor.
• Amandla Azinzile Ebangeni Lokushisa Elibanzi:
I-TQD28 inezinga lokushisa elibanzi lokusebenza elisukela ku--55℃ kuya ku-+105℃, futhi amandla ayo ahlala eqinile kulo lonke ibanga lokushisa. Kungakhathaliseki ukuthi kusezinhlelweni ze-elekthronikhi zezimoto eziqala ezindaweni ezibandayo noma eduze kwama-chip e-AI data server asebenza emazingeni okushisa aphezulu njalo, i-TQD28 inikeza inani le-capacitance elizinzile, okuqinisekisa ukuqhubeka kwemiphumela yokuhlunga nokuhlukanisa ngaphandle kokwehla kokusebenza ngenxa yokushintshashintsha okukhulu kwezinga lokushisa elizungezile.
• Ukuqina Nokuzinza Okuthembekile:
I-Sungming isebenzisa izinqubo zokuqinisekisa ikhwalithi eziqinile kakhulu ze-TQD28. Lo mkhiqizo udlule emahoreni angu-2000 okuhlolwa kokuphila komthwalo okushisa okuphezulu (ku-voltage elinganisiwe kanye no-105°C) kanye namahora angu-500 okuhlolwa kokushisa okuphezulu kanye nomswakama ophezulu okungenamthwalo. Imiphumela yokuhlola ikhombisa ukuthi izinga lokushintsha kwamandla ayo, i-tangent yokulahlekelwa, kanye nomsinga wokuvuza konke kuphakeme kakhulu kunezidingo ezijwayelekile. Lokhu kubonisa ukuthi izinto ze-polymer ezingaphakathi kwe-TQD28 zinokumelana okuhle kakhulu nokushiswa kwe-oxidation kanye nokuqina kwesikhathi eside, okukwazi ukumelana nezimo zemvelo ezinde nezinzima, okwenza kube kufanelekile kakhulu kwizicelo ezibalulekile ezidinga ukuthembeka okuphezulu kanye nokuphila isikhathi eside, njengamarobhothi ezimboni, amaphrojekthi ezempi, ingqalasizinda yokuxhumana, kanye nemishini yokulinganisa amandla.
Lezi zici ze-TQD28 ziyenza ivelele ezimweni eziningana zohlelo lokusebenza olusezingeni eliphezulu:
• Izimoto zikagesi:
Njengoba ugesi nobuhlakani bezimoto bukhula, inani lamayunithi okulawula kagesi angaphakathi liyakhula. Ukumelana nokushisa okuphezulu kwe-TQD28, ukuthembeka okuphezulu, kanye ne-miniaturization kuyenza ifaneleke kahle kuma-ECU enjini, amamojula e-ADAS, izinhlelo ze-BMS, njll., okumelana ngempumelelo nokwanda kwamandla kagesi kanye nokuphazamiseka okuyinkimbinkimbi kwe-electromagnetic ngesikhathi sokuqala kwemoto, okuqinisekisa ukuphepha kokushayela.
• Amaseva Edatha E-AI/Imishini Yokuxhumana:
Ukwanda kwamandla okwanda njalo kwama-CPU eseva, ama-GPU, kanye nama-chip e-ASIC kudinga isivinini sempendulo yezinga le-nanometer sokuhlukanisa nokuhlunga inethiwekhi yokunikezwa kwamandla. Izici eziphansi ze-ESL/ESR ze-TQD28 zinikeza la ma-chip alambele amandla "indawo yokugcina ugesi" eseduze kakhulu futhi emsulwa, enciphisa kakhulu umsindo wokunikezwa kwamandla, iqinisekisa amandla afanele okubalwa kwama-chip, futhi inciphisa amaphutha edatha kanye nesikhathi sokungasebenzi kwesistimu.
• Amarobhothi nama-Drone:
Lawa madivayisi ancishisiwe isikhala, futhi izidingo zawo zamanje ziyashintsha kakhulu ngesikhathi sokunyakaza. Amandla amancane okuphendula okusheshayo e-TQD28 avumela ukuhlukanisa kahle izingxenye zebhodi lokulawula eliyinhloko kanye ne-servo drive, okuqinisekisa ukwenziwa okunembile kwemiyalo yokulawula kanye nokukhishwa kwamandla okuzinzile.
• Amashaja e-PD nama-Smart Meter:
Ensimini yokushaja okusheshayo ye-PD, elandela amandla aphezulu (ama-watts nge-cubic inch ngayinye), i-TQD28 isiza ukunciphisa indawo ye-PCB futhi ifinyelele ekukhipheni kwamandla aphezulu. Kumamitha ahlakaniphile namamitha amanzi, ukuvuza kwayo okuphansi kanye nokuphila kwayo isikhathi eside kuqinisekisa ukulinganisa okunembile kanye nokusebenza okuthembekile kwangaphandle iminyaka eminingi.
Isifinyezo
I-YMIN TQD28 conductive polymer tantalum capacitor ingaphezu nje kwengxenye eyodwa kagesi; iyisiphetho sokuhlakanipha kwesimanje kobunjiniyela be-elekthronikhi, ikhambi eliphelele lokubhekana nezinselele zemiklamo enabantu abaningi, esebenza kahle kakhulu, kanye nokuthembeka okuphezulu. Ngobukhulu bayo obuncane, ukusebenza kukagesi okunamandla, kanye nekhwalithi eqinile, isekela buthule zonke izici zezinhlelo zokusebenza, kusukela ezikhungweni zedatha kuya ezimotweni ezihlakaniphile, kusukela ezenzakalelayo zezimboni kuya kuma-electronics abathengi. Ukukhetha i-TQD28 kusho ukukhetha umlingani othembekile womkhiqizo wakho endaweni yobuqotho bamandla, okusiza umklamo wakho uvelele emakethe encintisana kakhulu.
