I-Microstrip Circulator engu-2.0 kuya ku-6.0GHz Uhlobo Lomugqa Wesilayidi se-MH1515-10 Isithombe Esivelele

Uhlobo Lomugqa Wesilayidi Se-Microstrip esingu-2.0 kuya ku-6.0GHz MH1515-10

Inombolo Yemodeli:I-MH1515-10-X/2.0-6.0GHz

Ibanga lemvamisa ye-GHz:2.0-6.0

I-IL. dB (ubuningi):1.5

Ukuhlukaniswa dB (ubuncane): 10

I-VSWR (ubuningi):1.8

Amandla Okudlulisela CW: 50

Ukuvimbela:50 Ω

Uhlobo Lokuxhuma:I-Micro strip

Usayizi (mm):15.0*15.0*3.5

Izinga Lokusebenza:-55~+85℃

Sithumelele i-imeyili sales@rftyt.com

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Izibonelo ze-oda le-Microstrip Circulator kusuka ku-2.0 kuya ku-6.0GHz

Imininingwane Eyisisekelo Yesiyingi Se ...

Ukuphazamiseka	50 Ω
Uhlobo Lokuxhuma	I-Micro strip
Usayizi(mm)	15.015.03.5
Izinga Lokusebenza	-55~+85℃

Imininingwane ye-Microstrip Cirulator engu-2.0 kuya ku-6.0GHz

Inombolo Yemodeli

(X=1: →Ngokuya kwewashi)

(X=2: ←Ngokuphambene newashi)

Ububanzi bemvamisa

I-GHz

IL.

i-dB (ubuningi)

Ukuzihlukanisa

i-dB (iminithi)

I-VSWR

(ubuningi)

Amandla Okuya Phambili

I-MH1515-10-X/2.0-6.0GHz

2.0-6.0

1.5

1.8

Imiyalelo：

Okokuqala: Izimo zokugcina isikhathi eside ze-microstrip circulator:

1, Ububanzi Bokushisa: +15℃~+25℃

2, Izinga lokushisa elihlobene: 25% ~ 60%

3, Akufanele igcinwe eduze kwamasimu anamandla kazibuthe noma izinto ze-ferromagnetic. Futhi ibanga eliphephile phakathi kwemikhiqizo kufanele ligcinwe:

Ama-microstrip circulators anemvamisa engaphezu kwe-X-band kufanele ahlukaniswe ngaphezu kwe-3mm

Isikhathi sokuthola phakathi kwama-circulator e-C-band microstrip singaphezu kuka-8mm

Okwesibili: Ama-microstrip circulator angaphansi kwemvamisa ye-C-band kufanele ahlukaniswe ngaphezu kwe-15mm

2. Bheka izimiso ezilandelayo ekukhetheni ama-microstrip circulators:

1. Lapho kuhlukaniswa futhi kufaniswa phakathi kwamasekethe, kungakhethwa ama-microstrip isolators; I-microstrip circulator ingasetshenziswa uma idlala indima ye-duplex noma eyindilinga kusekethe

2. Khetha uhlobo lwe-microstrip circulator oluhambisanayo ngokuya ngebanga lemvamisa, usayizi wokufakwa kanye nesiqondiso sokudlulisela esisetshenzisiwe.

3, lapho imvamisa yokusebenza yamasayizi amabili e-microstrip circulators ingahlangabezana nezidingo zewaranti, amandla amakhulu ajwayelekile aphezulu.

Okwesithathu: Okwesithathu, ukufakwa kwe-microstrip circulator

1. Uma usebenzisa i-microstrip circulator, isekethe ye-microstrip echwebeni ngalinye akufanele iboshwe ukuze kugwenywe umonakalo wemishini.

2. Ukuthamba kwendiza yokufaka ethinta phansi kwe-microstrip circulator akufanele kube ngaphezu kuka-0.01mm.

3. I-microstrip circulator efakiwe akufanele isuswe. Kunconywa ukuthi i-microstrip circulator esusiwe ingasasetshenziswa.

4. Uma usebenzisa izikulufo, iphansi akufanele lifakwe izinto eziyisisekelo ezithambile njenge-indium noma i-tin ukuze kugwenywe ukuguquka kwepuleti elingezansi lomkhiqizo okuholela ekuqhekekeni kwe-ferrite substrate; Qinisa izikulufo ngokulandelana okuqondile, i-torque yokufaka: 0.05-0.15Nm

5. Uma i-glue ifakiwe, izinga lokushisa lokupholisa akufanele libe ngaphezu kuka-150℃. Uma umsebenzisi enezidingo ezikhethekile (kufanele aziswe kuqala), izinga lokushisa lokushisela akufanele libe ngaphezu kuka-220℃.

6. Ukuxhumeka kwesekethe ye-microstrip circulator kungaxhunywa ngokugoqa ngesandla kwe-copper strip noma i-gold strip/bonding

A. Ukushisela ngesandla kwebhande lethusi kufanele kube yibhuloho le-Ω, ukuvuza akufanele kungene endaweni yokwakha ibhande lethusi njengoba kuboniswe esithombeni esilandelayo. Izinga lokushisa lobuso be-ferrite kufanele ligcinwe phakathi kuka-60-100℃ ngaphambi kokushisela.

b, ukusetshenziswa kwe-igolide belt/wire bonding interconnect, ububanzi be-igolide belt bungaphansi kobubanzi be-microstrip circuit, akukho ukubopha okuningi okuvunyelwe, ikhwalithi yokubopha kufanele ihlangabezane nezidingo ze-GJB548B method 2017.1 Isigaba 3.1.5, amandla okubopha kufanele ahlangabezane nezidingo ze-GJB548B method 2011.1 kanye no-2023.2.

Okwesine: ukusetshenziswa kwe-microstrip circulator kanye nezinyathelo zokuphepha

1. Ukuhlanzwa kwesekethe ye-microstrip kuhlanganisa ukuhlanza ngaphambi kokuxhumeka kwesekethe kanye nokuhlanza izindawo zokushisela ngemva kokuxhumeka kwe-copper strip. Ukuhlanza kufanele kusetshenziswe utshwala, i-acetone kanye nezinye izinyibilikisi ezingathathi hlangothi ukuhlanza i-flux, ukugwema ukungena kwe-ejenti yokuhlanza endaweni yokubopha phakathi kwe-magnet ehlala njalo, ishidi le-ceramic kanye ne-substrate yesekethe, okuthinta amandla okubopha. Uma umsebenzisi enezidingo ezikhethekile, i-flux ingahlanzwa ngokuhlanzwa kwe-ultrasonic ngezinyibilikisi ezingathathi hlangothi ezifana notshwala namanzi angenawo i-ion, futhi izinga lokushisa akufanele lidlule ku-60 ° C futhi isikhathi akufanele sidlule imizuzu engama-30. Ngemva kokuhlanza ngamanzi angenawo i-ion, ukushisa nokomile, izinga lokushisa alidluli ku-100℃.

2, kufanele uqaphele ukusetshenziswa

a. Uma kudlula ububanzi bemvamisa yokusebenza kanye nobubanzi bokushisa bokusebenza bomkhiqizo, ukusebenza komkhiqizo kuzoncipha, noma kungabi nezici ezingafani.

b. Kunconywa ukuthi i-microstrip circulator ihlolwe. Amandla angempela anconywa ukuthi abe ngaphansi kuka-75% wamandla alinganisiwe.

c. Akufanele kube khona insimu enamandla kazibuthe eduze kokufakwa komkhiqizo ukuze kugwenywe insimu enamandla kazibuthe eshintsha insimu kazibuthe ekhetha umkhiqizo futhi ibangele izinguquko ekusebenzeni komkhiqizo.

Okwedlule: I-SMTH-D25.4 SMT 400 kuya ku-1800MHz Surface Mount Circulator

Olandelayo: I-MH1515-09 Microstrip Cirulator engu-2.6 kuya ku-6.2GHz