Kasida-
Mai haɗa ramin RF 156-945MHz
Wannan mahaɗin mahaɗin wani babban aiki ne mai haɗa rami mai matakai uku wanda aka tsara don sadarwa ta hanyar sadarwa ta musamman ga jiragen ruwa, kuma yana iya samar da ingantattun hanyoyin haɗa sigina a cikin yanayi mai rikitarwa. Samfurin ya ƙunshi tashoshin mita uku: 156-166MHz, 880-900MHz da 925-945MHz,...Kara karantawa -
Fahimtar Sigogi na S: Manyan Manuniyar Aiki a Tsarin RF
Gabatarwa ga Sigogi na S: Bayani Mai Takaitacce A cikin sadarwa mara waya da ƙirar mitar rediyo (RF), sigogin watsawa (Sigogi na S) muhimmin kayan aiki ne da ake amfani da shi don auna aikin sassan RF. Suna bayyana halayen yaɗuwar siginar RF a cikin na'urori daban-daban...Kara karantawa -
Babban Amfani da Fasahar Mitar Rediyo (RF)
Fasahar RF (RF) tana rufe mitar mita daga 300KHz zuwa 300GHz kuma muhimmiyar tallafi ce ga sadarwa ta waya, sarrafa kanta ta masana'antu, lafiyar lafiya da sauran fannoni. Ana amfani da fasahar RF sosai a cikin sadarwa ta 5G, Intanet na Abubuwa, masana'antu masu wayo da sauran masana'antu ta hanyar trans...Kara karantawa -
Muhimmin rawar da matatun LC masu ƙarancin wucewa ke takawa a cikin tsarin lantarki na zamani
Matatun LC masu ƙarancin wucewa suna taka muhimmiyar rawa a sarrafa siginar lantarki. Suna iya tace siginar ƙarancin mita yadda ya kamata da kuma danne hayaniyar mita mai yawa, ta haka suna inganta ingancin sigina. Yana amfani da haɗin gwiwa tsakanin inductance (L) da capacitance (C). Ana amfani da inductance don hana ...Kara karantawa -
Ka'idoji masu mahimmanci da aikace-aikacen kirkire-kirkire na mahaɗan shugabanci
Maƙallan jagora sune manyan na'urori masu aiki a cikin tsarin RF da microwave, kuma ana amfani da su sosai a cikin sa ido kan sigina, rarraba wutar lantarki da aunawa. Tsarinsu mai ban mamaki yana ba su damar cire sassan sigina a cikin takamaiman alkibla ba tare da tsangwama ga babban watsa sigina ba. ...Kara karantawa -
Cikakken bincike kan ka'idojin aiki da aikace-aikacen duplexers, triplexers da quadsplexers
A cikin tsarin sadarwa mara waya na zamani, duplexers, triplexers da quadplexers sune manyan abubuwan da ba sa aiki don cimma watsa siginar multiband. Suna haɗa ko raba sigina daga madaidaitan ...Kara karantawa -
Ka'idar aiki da nazarin aikace-aikace na coupler
Makulli wata na'ura ce mai aiki da kanta da ake amfani da ita wajen aika sigina tsakanin da'irori ko tsarin daban-daban. Ana amfani da ita sosai a filayen mitar rediyo da microwave. Babban aikinta shine haɗa wani kaso na wutar lantarki daga babban layin watsawa zuwa layin sakandare don cimma rarraba sigina,...Kara karantawa -
Ayyuka masu mahimmanci da aikace-aikacen filayen da yawa na masu watsawa na RF
Masu zagayawa na RF na'urori ne marasa aiki waɗanda ke da tashoshin jiragen ruwa uku ko fiye waɗanda za su iya aika siginar RF a hanya ɗaya. Babban aikinsa shine sarrafa alkiblar kwararar siginar, tabbatar da cewa bayan an shigar da siginar daga tashar jiragen ruwa ɗaya, ana fitarwa ne kawai daga tashar jiragen ruwa da aka ƙayyade, kuma ba zai dawo ko...Kara karantawa -
Masu keɓancewa masu yawan mita: manyan ayyuka a cikin tsarin sadarwa na RF
1. Ma'anar da ƙa'idar masu raba wutar lantarki mai yawan mita Masu raba wutar lantarki mai yawan mita sune abubuwan RF da microwave da ake amfani da su don tabbatar da watsa sigina a hanya ɗaya. Ka'idar aikinsa ta dogara ne akan rashin daidaita kayan ferrite. Ta hanyar maganadisu na waje...Kara karantawa -
Muhimmin aiki da aikace-aikacen fasaha na mai raba wutar lantarki
Raba Wutar Lantarki na'ura ce mai aiki da kanta wadda ke rarraba ƙarfin mitar rediyo ko siginar microwave zuwa tashoshin fitarwa da yawa daidai ko bisa ga takamaiman rabo. Ana amfani da shi sosai a cikin sadarwa mara waya, tsarin radar, gwaji da aunawa da sauran fannoni. Ma'ana da rarrabuwa...Kara karantawa -
Q-band da EHF-band: Aikace-aikace da yuwuwar fasahar mita mai yawa
Band ɗin Q da EHF (Mafi Girman Mita) muhimman tashoshin mita ne a cikin bakan lantarki, tare da halaye na musamman da aikace-aikace masu faɗi. Band ɗin Q: Band ɗin Q yawanci yana nufin kewayon mita tsakanin 33 zuwa 50 GHz, wanda ke cikin kewayon EHF. Babban fasalulluka sun haɗa da...Kara karantawa -
Sabuwar hanya ta raba bakan: ci gaba a fasahar rediyo mai fahimi ga mai aiki ɗaya
A fannin sadarwa ta waya, tare da yaɗuwar tashoshin zamani masu wayo da kuma ƙaruwar buƙatar sabis na bayanai, ƙarancin albarkatun bakan ya zama matsala da masana'antar ke buƙatar magancewa cikin gaggawa. Hanyar rarraba bakan ta gargajiya galibi ta dogara ne akan gyara...Kara karantawa
