Izindaba

I-Sichuan Keenlion Microwave Technology Yasungulwa ngo-2004, i-Sichuan Keenlion Mircrowave techenology CO., Ltd. ingumkhiqizi ohamba phambili wezingxenye zePassive Mircrowave eSichuan Chengdu, eChina.
Sihlinzeka ngezingxenye ze-mirrowave ezisebenza kahle kakhulu kanye nezinsizakalo ezihlobene nezicelo ze-microwave ekhaya naphesheya. Imikhiqizo ibiza kakhulu, kufaka phakathi isihlukanisi samandla ahlukahlukene, ama-couplers aqondisayo, izihlungi, izihlanganisi, ama-duplexer, izakhi ezenziwe ngokwezifiso zokungenzi lutho, ama-isolator nama-circulator. Imikhiqizo yethu iklanyelwe ngokukhethekile izindawo ezihlukahlukene eziyingozi kanye namazinga okushisa. Imininingwane ingakhiwa ngokuya ngezidingo zamakhasimende futhi iyasebenza kuwo wonke amabhendi amafrikhwensi ajwayelekile nadumile anomkhawulokudonsa ohlukahlukene ukusuka ku-DC kuye ku-50GHz.
Isihlukanisi samandla
Isihlukanisi samandlaiyidivayisi ehlukanisa isignali yokufaka eyodwa ibe amandla aphumayo amabili noma ngaphezulu alinganayo
ngokwesakhiwo ihlukaniswe izigaba ezimbili:
(1) Izici eziyinhloko ze-passive power divider yilezi: ukusebenza okuzinzile, isakhiwo esilula futhi ngokuyisisekelo akukho msindo; Ububi bayo obukhulu ukuthi ukulahleka kokufinyelela kukhulu kakhulu.
(2) Isihlukanisi samandla asebenzayo sakhiwe ngeamplifier. Izici zayo eziyinhloko yilezi: ukuzuza kanye nokuhlukaniswa okuphezulu. Ububi bayo obuyinhloko umsindo, ukwakheka okuyinkimbinkimbi kanye nokungaqini kahle kokusebenza. Imbobo ephumayo yesihlukanisi samandla inamaphuzu kagesi amabili, amaphuzu kagesi amathathu, amaphuzu kagesi amane, amaphuzu kagesi ayisithupha, amaphuzu kagesi ayisishiyagalombili kanye nezindawo zamandla ayishumi nambili.
Kuyidivayisi ehlukanisa amandla esiginali eyodwa ibe amashaneli amabili noma ngaphezulu futhi ikhiphe amandla alinganayo noma angalingani. Ngokulandelayo, ingahlanganisa amandla esignali amaningi ibe okukhiphayo okukodwa. Ngalesi sikhathi, ingabizwa nangokuthi isihlanganisi. Izinga elithile lokuhlukaniswa lizoqinisekiswa phakathi kwezimbobo zokuphuma kwesihlukanisi samandla. Ngokuvumelana nalokho okukhiphayo, isihlukanisi samandla ngokuvamile sihlukaniswa sibe okukodwa kokubili (okukodwa okokufaka kanye nokuphumayo okubili), okukodwa kokuthathu (okukodwa okokufaka kanye nokuphumayo okuthathu), njll. imingcele yobuchwepheshe eyinhloko yesihlukanisi samandla ukulahlekelwa amandla (okuhlanganisa ukulahlekelwa kokufaka, ukulahlekelwa kokusabalalisa nokulahlekelwa kokuboniswa), isilinganiso samagagasi kagesi wokuma kwembobo ngayinye, ukuhlukaniswa phakathi kwezimbobo zokusabalalisa amandla, ibhalansi ye-amplitude, ibhalansi yesigaba, umthamo wamandla nomkhawulokudonsa, njll.
Izinkomba zobuchwepheshe
Izinkomba zobuchwepheshe zesihlukanisi samandla zifaka ububanzi bemvamisa, amandla okuthwala, ukulahlekelwa kokusabalalisa kusuka kusekethi eyinhloko kuya egatsheni, ukulahlekelwa kokufaka phakathi kokufaka nokuphumayo, ukuhlukaniswa phakathi kwezimbobo zamagatsha, isilinganiso segagasi lokuma kwe-voltage yembobo ngayinye, njll.
1. Ibanga lefrikhwensi: Lesi isisekelo sokusebenza samasekhethi ahlukahlukene e-RF/microwave. Isakhiwo sokuklama sokusabalalisa amandla sihlobene eduze nemvamisa yokusebenza. Imvamisa yokusebenza komsabalalisi kufanele ichazwe ngaphambi kokuthi umklamo olandelayo ungenziwa
2. Amandla okuthwala: ku-high-power distributor / synthesizer, amandla aphezulu okungawathwala isici sesifunda yinkomba eyinhloko, enquma ukuthi yiluphi uhlobo lomugqa wokudlulisa ongasetshenziswa ukufeza umsebenzi wokuklama. Ngokuvamile, ukuhleleka kwamandla athwalwa ulayini wokudlulisela kusuka komncane kuya kokukhulu ulayini we-microstrip, umugqa we-strip, umugqa we-coaxial, umugqa womoya kanye nolayini we-air coaxial. Imuphi umugqa okufanele ukhethwe ngokusho komsebenzi wokuklama.
3. Ukulahlekelwa kokusatshalaliswa: ukulahlekelwa kokusabalalisa kusuka kusekethe enkulu kuya kusekethe yegatsha ngokuyisisekelo kuhlobene nesilinganiso sokusabalalisa amandla komsabalalisi wamandla. Isibonelo, ukulahlekelwa kokusatshalaliswa kwezihlukanisi ezimbili zamandla alinganayo ngu-3dB kanye nezihlukanisi ezine zamandla alinganayo ngu-6dB.
4. Ukulahlekelwa kokufaka: ukulahlekelwa kokufaka phakathi kokufaka nokukhiphayo kubangelwa i-dielectric engaphelele noma i-conductor yolayini wokudlulisa (njengolayini we-microstrip) futhi kucatshangelwa isilinganiso samagagasi esimile ekugcineni kokufaka.
5. Idigri yokuhlukaniswa: idigri yokuhlukanisa phakathi kwezimbobo zamagatsha ingenye inkomba ebalulekile yokusabalalisa amandla. Uma amandla okokufaka asuka embobeni ngayinye yegatsha angaphuma kuphela embobeni enkulu futhi akufanele aphume kwamanye amagatsha, kudinga ukuhlukaniswa okwanele phakathi kwamagatsha.
6. I-VSWR: i-VSWR encane yembobo ngayinye, iba ngcono.

Singakwazi futhi ukwenza ngokwezifiso izingxenye ze-rf passive ngokuya ngezidingo zakho. Ungafaka ikhasi lokwenza ngokwezifiso ukuze unikeze imininingwane oyidingayo.
https://www.keenlion.com/customization/

Emali:
sales@keenlion.com
tom@keenlion.com