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Ishishini le-elektroniki libe nefuthe kwindalo esingqongileyo kwaye liza kuqhubeka nokuba nefuthe ngelixa liqhubeka nophuhliso. Sebenzisa izixhobo ze-elektroniki ngokukhutheleyo ukuvelisa umbane, ukukhanyisa, ulawulo lweemoto, i-sensor kunye nezinye iinkqubo. Ukusebenza kakuhle kwamandla okuphuculweyo kakhulu kunye nokukwazi ukujonga nokulawula okusingqongileyo Ukwanda kweemveliso ze-elektroniki kukhokelele kwinani elikhulu lenkunkuma ye-elektroniki eveliswa ziindawo zokulahla inkunkuma, kwaye ukusetyenziswa kwamandla kwandile. Kodwa singenza ntoni ukusombulula le ngxaki? Ishishini lihlola iingcamango ezintsha kunye neendlela zokufumana izisombululo.
 
Kukho ezinye iindlela zokugcina amandla aluhlaza ezidumileyo kodwa ezingaziwayo, ezifana neebhetri: ii-supercapacitors. Azinawo amandla okugcina okanye amandla exesha elide eebhetri zemveli. Kodwa isantya sokutshaja sikhawuleza, kwaye sinokumelana nomjikelo wokutshaja ngcono kunebhetri yemveli etshajayo. Ekubeni ixesha lokuzikhupha lee-supercapacitors lidla ngokuba yiveki enye, kufuneka kuqwalaselwe usetyenziso olunokubakho. Ababoneleli abaninzi banikezela ngee-supercapacitors. Umfanekiso 1 ubonisa umzekelo weendlela zokupakisha ze-KEMET supercapacitor. Ezinye izixhobo ezisebenzisa ii-capacitors zebhetri zinokutshaja phantsi kokukhanya okuqhelekileyo. Oku kwenza isixhobo sibe ngumqokeleli wamandla wendalo, osebenzisa ukukhanya njengomthombo wamandla ukutshaja rhoqo nokubonelela ngamandla aluncedo. Intshukumo, umahluko wobushushu kunye nokukhanya mhlawumbi zezona ndlela zidumileyo zokugcina amandla okwangoku.
 
Amatyala asebenzayo anceda ekuboniseni usetyenziso olunexabiso eliphezulu, njengobukhulu obuphantsi, ukuguquguquka, ukusetyenziswa kube kanye kunye nendawo encinci neqikelelwayo yomgangatho. Imarike yebhetri yefilimu encinci iya kuqhubeka ikhula. Ityala lesicelo elinomdla ngakumbi kukusetyenziswa kweebhetri zefilimu encinci kwiithegi zobushushu ezihlakaniphileyo ze-UHF. Ileyibhile imalunga nobukhulu bekhadi letyala kwaye ityebile kancinci kunephepha eliqhelekileyo lokuprinta. Umphathi wezinto ezibandayo usetyenziselwa iimveliso ezinobushushu, ezifana neemveliso zonyango, ukutya okonakalayo kunye neentyatyambo. Ezi thegi zobushushu ezikrelekrele zidibanisa ukuchongwa kwerediyo (RFID) kunye nezinye iiteknoloji. Ukuchonga ubushushu obukrelekrele kunye nebhetri yefilimu encinci eprintiweyo inokulandelela ngokuchanekileyo ixesha kunye nobushushu ngexesha lokuthuthwa nokugcinwa kwemveliso.
 
Ukongeza, abathengi, izinto zokuthambisa kunye neemarike zonyango bazama ukusebenzisa iibhetri zefilimu ebhityileyo kwindawo ezidibana kuyo iimarike zabathengi kunye nezinto zokuthambisa. Kukho iiglasi zombane. Imaski ibonakaliswa sisixhobo esincinci samandla esiqulathwe yibhetri eprintiweyo eguquguqukayo, i-electrode, iteyiphu yokuncamathelisa kunye nepleyiti yokugquma. Ukubeka ipetshi eluswini kuya kuvelisa isekethe yamandla ngoko nangoko, kwaye izinto zokuthambisa ziya kuhamba ukusuka kwi-electrode esebenzayo kwimaski yobuso ukuya eluswini. Ezinye izicelo zemarike yabathengi Kwiibhetri zefilimu ebhityileyo, izixhobo ze-elektroniki ezinokunxitywa, izixhobo zokujonga intshukumo, kunye neepatches ze-sensor zeBluetooth nazo zibandakanyiwe. Amandla aphantsi (i-BLE), aqhagamshelwe ecaleni kwentloko yeklabhu ukulinganisa ukukhawulezisa kunye nesantya se-angular. Ukusetyenziswa kwezonyango kweebhetri zefilimu ebhityileyo ezilahlwayo, kubandakanya ukuxilongwa, unyango kunye nezixhobo zokujonga isigulane
 
I-Si Chuan Keenlion Microwave iluhlu olukhulu kwiindlela ezinqamlezileyo kunye ne-broadband, igubungela amaza ukusuka kwi-0.5 ukuya kwi-50 GHz. Zenzelwe ukuphatha amandla okufaka ukusuka kwi-10 ukuya kwi-30 watts kwinkqubo yokudlulisela ye-50-ohm. Uyilo lwe-Microstrip okanye lwe-stripline luyasetyenziswa, kwaye lulungiselelwe ukusebenza kakuhle.
 
Singakwazi nokwenza ngokwezifiso iinxalenye ze-rf passive ngokweemfuno zakho. Ungangena kwiphepha lokwenza ngokwezifiso ukuze unikeze iinkcukacha ozifunayo.
https://www.keenlion.com/customization/
 
I-Emali:
sales@keenlion.com
tom@keenlion.com