Ngokuthuthukiswa kwezimoto ezintsha zamandla, imishini yezimboni, kanye neminye imikhiqizo yamandla kagesi aphezulu, ubuchwepheshe obusebenzayo obungenamandla obungenamandla obungenamandla obuqinile futhi buzinzile buye baba yi-hotspot ecwaningayo. Ubuchwepheshe be-YMin buthathile lo mkhuba ngokwethula i-Q Series ephezulu-q Ceramic Multilayer capacitors (MLCC). Le mikhiqizo, enama-metric abo avelele kanye ne-compact design, bakhombise imiphumela emihle yohlelo lokusebenza ezinhlelweni ezingenantambo ezingenantambo.
Amandla aphezulu we-voltage kanye nokupakishwa okuguquguqukayo
Uchungechunge lwe-YMin MLCC-Q lwenzelwe ngokukhethekile amamojula wamandla angenantambo we-wireless charging amamojula, ukuqhosha ngokukhuthazela okuphezulu okuvela ku-1KV kuya ku-3KV futhi ukumboza osayizi wephakeji ohlukile kusuka ku-1206 kuya ku-2220 (I-NPO impahla). Lawa ma-capacitors ahlose ukufaka esikhundleni ama-capacitor wendabuko amancane wefilimu entengo efanayo, ethuthukisa kakhulu ukuhlanganiswa nokuqina kwezinhlelo zokushaja okungenantambo. Izinzuzo zazo eziyinhloko zifaka i-Ultra-Low ESR, izici zokushisa ezinhle kakhulu, i-miniaturization, kanye nedizayini engasindi.
Izici ezinhle kakhulu ze-ESR
Kumakhandlela wamanje wokushaja we-WLC aguqukayo we-LLC aguqukayo, ubuchwepheshe obuthuthukisiwe be-Pulse Frequency Moduly (PFM) butholwa esikhundleni sokumodanyula kwe-pulse yendabuko (PWM). Kulolu hlelo, indima ye-resonant capacitors ibalulekile; Azidingi nje kuphela ukugcina amakhono ezinzile ngaphezulu kobubanzi bokushisa obubanzi kodwa futhi udinga ukubekezelela ama-voltages aphezulu okusebenza ngenkathi ugcina i-ESR ephansi ngaphansi imvamisa ephezulu, izimo eziphakeme zamanje. Lokhu kuqinisekisa ukusebenza kahle nokwethenjwa kwalo lonke uhlelo.
Izici zokushisa eziphakeme
I-YMin Q Series MLCC yenzelwe le misipha yalezi zidingo eziqinile, ezinezimpawu zokushisa eziphakeme. Ngisho nasekuhlukaneni kwezinga lokushisa okuvela ku -55 ° C kuya ku-125 ° C, i-coeffient engafanele ingalawulwa ku-0ppm / ° C, ngokubekezelelana kuphela ± 30ppm C, ikhombisa ukuqina okungafani. Ngokwengeziwe, ukumelana nomkhiqizi olinganiselwe womkhiqizo kufinyelela ngaphezu kwezikhathi eziyi-1.5 inani elicacisiwe, futhi inani le-Q lidlula ama-1000, okwenza lisebenze kahle ezimweni zokushaja okungenantambo ezinamandla.
I-miniaturization kanye nokwakheka okungasindi
Amacala okusebenza asebenzayo akhombisa ukuthi uma isetshenziswa kuhlelo lokushaja olungenamazibuthe lwe-wargeless olungenantambo lwamabhethri kagesi wemoto kagesi (eV), i-YMin Q SeriesI-MLCCungene esikhundleni ngempumelelo ama-capacitors asekuqaleni amafilimu. Ngokwesibonelo, okuningiYminQ Series MLCCS yayisetshenziswa ochungechungeni futhi ifana nokubuyisela i-20NF, i-Ac2kvrms film caphacitor encane. Umphumela waba ukuncishiswa okucishe kube ngu-50% endaweni yokubeka ePlanethi kanye nokuphakama kokufakwa kuncishisiwe kukodwa kuphela kwesisombululo sokuqala. Lokhu kwathuthukisa kakhulu ukusetshenziswa kwesikhala sohlelo nokusebenza kahle kokuphathwa okushisayo, ukufeza ukuqina okuphezulu kanye nesixazululo esithembekile sokushaja okungenantambo.
Ilungele izicelo eziphezulu zokunemba
Ngaphezu kwezinhlelo zokusebenza zokushaja okungenantambo, i-YMin Q Series MLCC nayo ilungele izimo ezidinga ukunemba okuphezulu, ezifana nemibuthano engapheli, imibuthano ye-oscillator. Iqinisekisa ukusebenza okunengqondo okuphezulu ngenkathi ihlangabezana nezidingo ze-miniaturization kanye ne-surface Mount Technology (SMT), iphinde ithuthukise ukuthuthukiswa kobuchwepheshe bamandla wanamuhla obuya ekusindiseni nasekushiseni okuncane.
Ngamafuphi, i-YMin Q Series MLCC, ngezimpawu zayo ezihlukile zomkhiqizo, hhayi nje kuphela ukukhombisa izinzuzo ezingenakuqhathaniswa kuzinhlelo zokushaja ezingenantambo kodwa futhi kunwebisa imingcele yesicelo sama-capacitors asebenza kahle emiklamo ehlukahlukene yesifunda. Sekuphenduke amandla abalulekile ekuthuthukiseni ubuchwepheshe obunamandla bokushaja okungenantambo.
Isikhathi sePosi: Jun-11-2024