IWaveguide Band Pass Filters Coaxial Commb Interdigital Lumped Element Microstrip Microwave Millimeter Wave Radio Frequency Spiral Sususpended Stripline

IWaveguide Band Pass Filters Coaxial Commb Interdigital Lumped Element Microstrip Microwave Millimeter Wave Radio Frequency Spiral Sususpended Stripline

Iimbonakalo:

High Stopband Rejection
Ubungakanani obuncinci
Ubunzima obuKhanya
Ukuphazamiseka kwe-Anti 5G

Usetyenziso:

Telecom
Uvavanyo lweLebhu
Abamkeli
Isikhululo soMhlaba weSatellite

QHAGAMSHELANA NGOKU

Isihluzi sokugqitha kwebhendi ye-waveguide sisebenzisa itekhnoloji ye-waveguide ukukhetha imiqondiso phakathi koluhlu oluthile lokuphindaphinda ngelixa ihluza imiqondiso yezinye iifrikhwensi.

Isihluzi se-millimeter waveguide band pass filter siyilwe ngokusekwe kumgaqo-nkqubo wamaza kwaye sisixhobo sokwenza umqondiso wesantya esiphezulu esinokwenza ukuhluza, ukwahlukana, ukudibanisa, kunye neminye imisebenzi. Isetyenziswa ngokuqhelekileyo kwimimandla efana nonxibelelwano lwe-microwave kunye neenkqubo ze-radar. Ubume besixhobo sokucoca i-waveguide band pass filters bubandakanya ityhubhu ye-waveguide kunye nesinxibelelanisi, kwaye i-port yemveliso inokulawulwa zizixhobo ezifana nokutshintsha kweRF okanye iimodyuli.

Izixhobo ze-Waveguide zikholisa ukuba namandla aphezulu okuphatha kunetekhnoloji efanayo ye-coaxial ngenxa yendlela isiphakathi somoya eziwaphatha ngayo amandla eRF.

Ukusetyenziswa kwezihluzo zokupasa zebhendi ye-coaxial waveguide:

1. Kwi-receiver: Ngokukhetha ii-frequencies kunye nokucoca ingxolo yokusingqongileyo kunye ne-interference frequencies ngaphandle kwe-bandwidth yokusebenza, umgangatho ofunyenweyo wesignali uqinisekisiwe.
2. Kwi-transmitter: cinezela amandla ebhendi, phucula iimpawu zokuhambelana kwe-electromagnetic zenkqubo, kwaye uthintele ukuphazamiseka kwezinye iinkqubo.

Iifilitha zerediyo ze-waveguide band pass band zidlala indima ebalulekileyo kwiinkalo ezininzi, kubandakanywa kodwa kungaphelelanga kunxibelelwano olungenazingcingo, ukusetyenzwa komsindo, ukusetyenzwa kweempawu zebhayomedical, ukumodareyithwa komqondiso kunye nokuthotywa, iinkqubo zeradar, ukusetyenzwa kwemifanekiso, ukusetyenzwa komqondiso wenzwa, iimpembelelo zomsindo, kunye neenkqubo zokufumana idatha. Ezi zicelo zibonisa ukubaluleka kwezihluzo ze-waveguide band pass filters kwi-signal processing kunye neenkqubo zonxibelelwano, ezinceda ukuphucula umgangatho womqondiso kunye nokuthembeka.

Qualwaveibonelela nge-microstrip waveguide band pass filters cover frequency range 3.625 ~ 94GHz. Izihluzi ze-microwave waveguide pass pass zisetyenziswa ngokubanzi kwizicelo ezininzi.
Sikwabonelela ngezihluzi zokudlula i-waveguide band pass filters, izihluzi ze-waveguide band pass ye-interdigital, izihluzi ezinqunyanyisiweyo zokudlula i-stripline waveguide band kunye nezihluzo ze-spiral waveguide band pass.

Inombolo yendawo	Inombolo yokupasa (GHz, Min.)	Inombolo yokupasa (GHz, Max.)	Ilahleko yokuFaka (dB, ubuninzi.)	VSWR (Ubukhulu.)	Stopband Attenuation (dB)	Ubungakanani beWaveguide	Flange
QWBF-3625-4200-40	3.625	4.2	0.8	1.35	-50@3.4GHz, -60@3.5GHz, -45@3.55~3.6GHz, -40@3.6GHz, -45@4.3GHz, -65@4.5~4.9GHz	I-WR-229 (BJ40)	FDM40, FDP40
QWBF-3700-4200-20	3.7	4.2	0.6	1.4	70@3.5~3.6GHz, 80@3.4GHz, 20@4.25GHz, 55@4.3~4.4GHz	I-WR-229 (BJ40)	FDM40, FDP40
QWBF-3800-4200-45	3.8	4.2	0.5	1.35	-60@3.5GHz, -65@3.6GHz, -60@3.7GHz, -45@4.3GHz, -65@4.5~4.9GHz	I-WR-229 (BJ40)	FDM40, FDP40
QWBF-5662-20	5.662	-	1	1.5	20@5.642GHz, 20@5.682GHz	I-WR-159 (BJ58)	FDP58
QWBF-5380-5920-25	5.38	5.92	0.2	1.2	25@4.85GHz, 25@6.45GHz	I-WR-187 (BJ48)	FAM48
QWBF-7250-7750-120	7.25	7.75	0.4	1.2	120@7.9~8.4GHz	I-WR-112 (BJ84)	FBP84
QWBF-7900-8400-90	7.9	8.4	0.4	1.2	90@7.25~7.75GHz	I-WR-112 (BJ84)	FBP84
QWBF-14930-20	14.93	-	1	1.5	20@14.9GHz, 20@14.96GHz	I-WR-62 (BJ140)	FBP140
QWBF-37760-38260-47	37.76	38.26	0.6	1.3	50@36GHz, 47@39.3GHz	I-WR-28 (BJ320)	FBM320
QWBF-39060-39560-48	39.06	39.56	0.6	1.3	48@38.015GHz, 50@41.4GHz	I-WR-28 (BJ320)	FBM320
QWBF-86000-94000-40	86	94	2	1.8	40@DC~82GHz, 40@98~106GHz	I-WR-10 (BJ900)	UG-387/UM