IiCouplers zeLoop eziNye eziLawulayo eziNye ezisebenzisa iBroadband ePhakamileyo enePower Microwave

IiCouplers zeLoop eziNye eziLawulayo eziNye ezisebenzisa iBroadband ePhakamileyo enePower Microwave

Iimbonakalo:

I-Broadband
Amandla phezulu
Ukulahleka Okuphantsi Kokufakwa

Izicelo:

Ii-amplifiers
Umthumeli
Uvavanyo lweLebhu
Iradar

QHAGAMSHELANA NGOKU

Isixhobo sokudibanisa i-waveguide loop sisixhobo se-microwave esine-waveguide ye-loop kunye nemigca emibini yokudlulisela.

Esi sixhumi se-microwave esijikelezileyo se-single directional loop sisetyenziselwa ikakhulu i-bandpass filteloop kunye ne-short-circuit impedance matching kwimigca yothumelo. Esi sixhumi sinokudlulisela amandla ajikelezayo aphezulu ukusuka komnye umgca wothumelo ukuya komnye, ngaloo ndlela sifezekisa uqhagamshelo lwemitha.

Umgaqo osebenzayo we-waveguide loop coupler uxhomekeke kakhulu kwiinkalo ezimbini: iimpawu zokudlulisela ze-loop coupler kunye nomgca we-microstrip. I-directional coupler ibhekisa kwi-power divider ene-directionality.

I-loop coupler yinxalenye ebalulekileyo kwii-waveguide loop couplers, edlala indima enkulu ekudibaniseni amandla.

Olu qhagamshelo lwe-annular luqulathe ii-half loops ezimbini ezikufutshane, apho i-half loop enye isebenza njenge-input port kwaye enye i-half loop isebenza njenge-output port. Xa isignali ye-high-frequency ifikelela kwi-annular coupling ecaleni kwe-input port, iya kudluliselwa kwi-half loop ekufutshane. Kule ndawo, ngenxa yokubakho kwe-magnetic field, isignali iya kudluliselwa kwenye i-half loop, ngaloo ndlela ifezekisa uqhagamshelo lwamandla. Ekugqibeleni, kunokwenzeka ukudibanisa isignali yokungenisa ukusuka kwi-input port ukuya kwi-output port ngelixa u-ensuloop enezinga eliphezulu lokusebenza kakuhle kwe-coupling.

Izalathisi eziphambili zokusebenza kwee-broadband single directional loop couplers

Izalathisi eziphambili zokusebenza kwee-measuloop directional couplers ziquka uluhlu lwefrikhwensi yokusebenza, i-coupling degree (okanye i-transition attenuation), i-directionality, kunye ne-input/output standing wave ratio.
1. Idigri yokudibanisa ibhekisa kumlinganiselo we-decibel wamandla okufaka we-waveguide ephambili kumandla okukhupha e-coupling port phantsi kwemeko yomthwalo ohambelanayo kwi-port nganye.
2. Ulwalathiso lubhekisa kumlinganiselo we-decibel wamandla okukhupha we-coupling port kumandla okukhupha we-isolation port phantsi kwemeko yomthwalo ohambelanayo kwi-port nganye. Ii-Directional couplers zisetyenziswa kakhulu kwi-signal sampling ekusasazweni kwamandla kunye nokulinganisa i-microwave.

I-QualwaveIbonelela ngee-broadband kunye nee-single directional loop couplers ezinamandla aphezulu ukusuka kwi-2.6 ukuya kwi-18GHz. Ezi couplers zisetyenziswa kakhulu kwiindawo ezininzi zokusebenza.

Ii-Couplers zeLoop eziNye eziLawulayo
Inombolo yendawo	Ireyithi (GHz)	Amandla (MW)	Ukudibanisa (dB)	IL (dB, Ubuninzi.)	Isikhokelo (dB, Min.)	I-VSWR (Ubuninzi)	Ubungakanani beWaveguide	Iflengi	Izibuko Lokudibanisa	Ixesha lokuKhokhela (Iiveki)
I-QSDLC-9000-9500	9~9.5	0.33	30±0.25	-	20	1.3	I-WR-90（BJ100）	FBP100	I-SMA	2~4
I-QSDLC-8200-12500	8.2~12.5	0.33	10/20/30±0.25	0.25	25	1.1	I-WR-90（BJ100）	FBP100	N	2~4
I-QSDLC-2600-3950	2.6~3.95	3.5	30±0.25	0.15	25	1.1	I-WR-284（BJ32）	I-FDP32	N	2~4

IiCouplers zeLoop eziNqamlezekileyo eziMbini eziQokelelweyo
Inombolo yendawo	Ireyithi (GHz)	Amandla (MW)	Ukudibanisa (dB)	IL (dB, Ubuninzi.)	Isikhokelo (dB, Min.)	I-VSWR (Ubuninzi)	Ubungakanani beWaveguide	Iflengi	Izibuko Lokudibanisa	Ixesha lokuKhokhela (Iiveki)
I-QSDLC-5000-18000	5~18	2000W	40±1.5	-	12	1.35	I-WRD-500	I-FPWRD500	I-SMA	2~4
I-QSDLC-6500-18000	6.5~18	2000W	40±2	-	15	1.5	I-WRD-650	FPWRD650	I-SMA	2~4
I-QSDLC-7500-18000	7.5~18	1550W	50±0.6	0.15	12	1.8	I-WRD-750	FPWRD750	I-SMA	2~4