Iyada oo la horumarinayo gawaarida tamarta cusub, qalabka warshadaha, iyo alaabada kale ee tamarta sare leh ee elektiroonigga ah, tignoolajiyada wax ku dallaca fiyuuska ee tayo sare leh oo xasiloon ayaa noqotay goob cilmi baaris ah.Tignoolajiyada YMIN ayaa qabsatay isbeddelkan iyada oo soo saartay Q taxanayaasha sare-ka-sare ee korantada sare-Q capacitors (MLCC).Alaabooyinkan, oo leh cabbir waxqabadkooda aadka u wanaagsan iyo nakhshad is haysta, waxay muujiyeen saamayn arji oo aad u wanaagsan nidaamyada ku dallacaadda wireless-ka ee awoodda sare leh.
Kartida Korantada Sare iyo Baakadaha Wanagsan
Taxanaha YMIN MLCC-Q waxaa si gaar ah loogu talagalay modules koronto ku dallaca wireless-ka awoodda sare leh, isagoo ku faanaya adkaysiga korantada sare ee 1kV ilaa 3kV oo daboolaya cabbirro kala duwan oo xirmo ah oo ka socda 1206 ilaa 2220 (Walax NPO).Capacitors Kuwani waxay ujeedadoodu tahay inay beddelaan capacitors filim khafiif ah oo dhaqameed isku mid ah, si weyn u wanaajiya isdhexgalka iyo xasilloonida hababka dallacaadda wireless.Faa'idooyinkooda asaasiga ah waxaa ka mid ah ESR aadka u hooseeya, sifooyin heerkul aad u wanaagsan, yareyn, iyo naqshad fudud.
Astaamaha ESR ee heer sare ah
Ku dallacaadaha bilaa-waayirka ah ee awoodda sare leh ee hadda jira, tignoolajiyada horumarsan ee Modulation Frequency Modulation (PFM) ayaa la qaatay halkii laga isticmaali lahaa qaab-dhismeedka dhaqameed ee Pulse Width Modulation (PWM).Dhismahan, doorka capacitors resonant waa muhiim;Ma aha oo kaliya inay u baahan yihiin inay ilaaliyaan awoodda xasilloon ee kala duwanaanta heerkulka hawlgalka, laakiin sidoo kale waxay u baahan yihiin inay u adkeystaan xoojinta shaqeynta sare iyada oo la ilaalinayo ESR hoose ee hoos yimaada heerka-sare, xaaladaha sare ee hadda.Tani waxay xaqiijinaysaa waxtarka iyo isku halaynta nidaamka oo dhan.
Tilmaamaha Heerkulka Sare
Taxanaha YMIN Q MLCC waxa loo tolay shuruudahan adag, oo leh sifooyin heerkul sare.Xataa marka heerkulku kala duwan yahay -55°C ilaa +125°C, isku xidhka heerkulku waxa lagu xakamayn karaa 0ppm/°C yaab leh, iyada oo loo dul qaadanayo kaliya ±30ppm/°C, taas oo muujinaysa xasilooni aan caadi ahayn.Intaa waxaa dheer, sheyga lagu qiimeeyay korantada adkeysigu wuxuu gaarayaa in ka badan 1.5 jeer qiimaha la cayimay, qiimaha Q-na wuu ka sarreeyaa 1000, taasoo ka dhigaysa inay si heer sare ah ugu qabato xaaladaha ku dallacaadda wireless-ka ee awoodda sare leh.
Yaraynta iyo Nakhshad Fudud
Kiisaska la taaban karo ayaa muujinaya in marka lagu dabaqo nidaamka dallacaadda wireless-ka ee magnetic resonance ee baytariyada baabuurta korontada (EV), taxanaha YMIN QMLCCsi guul leh u bedelay capacitors filimada khafiif ah asalka ah.Tusaale ahaan, dhowrYMINMLCCs taxane ah ayaa loo isticmaalay si taxane ah oo barbar socda si loogu beddelo 20nF, AC2kVrms capacitor filim khafiif ah.Natiijadu waxay ahayd ku dhawaad 50% hoos u dhac ku yimid meelaynta qorshaynta iyo dhererka rakibaadda ayaa hoos loo dhigay shan-meelood meel kaliya ee xalka asalka ah.Tani waxay si weyn u wanaajisay isticmaalka meel bannaan ee nidaamka iyo hufnaanta maamulka kulaylka, gaaritaanka cufnaanta sare iyo xallinta dallacaadda wireless-ka ee la isku halayn karo.
Ku haboon Codsiyada Saxda ah ee Sare
Marka laga soo tago codsiyada dallacaadda wireless-ka, taxanaha YMIN Q ee MLCC wuxuu sidoo kale ku habboon yahay xaaladaha u baahan saxnaanta sare, sida wareegyada joogtada ah ee waqtiga, wareegyada shaandhada, iyo wareegyada oscillator.Waxay hubisaa waxqabadka-sax-sare leh iyadoo la buuxinayo shuruudaha miniaturization iyo teknoolajiyada buurta dusha sare (SMT), kor u qaadista horumarinta tignoolajiyada casriga ah ee miisaanka iyo yaraynta.
Marka la soo koobo, taxanaha YMIN Q ee MLCC, oo leh astaamo alaabeed oo gaar ah, kaliya ma muujinayaa faa'iidooyinka aan la barbar dhigi karin ee nidaamka dallacaadda wireless-ka ee awoodda sare leh laakiin sidoo kale waxay ballaarisaa xuduudaha codsiga ee awoodaha waxqabadka sare leh ee naqshadaha wareegga kala duwan ee adag.Waxay noqotay xoog muhiim u ah horumarinta tignoolajiyada dallacaadda wirelesska ee awoodda sare leh.
Waqtiga boostada: Jun-11-2024