I-Flanged Attenuator

I-Flanged Attenuator ibhekisa ku-Attenuator eholwa yi-RF ngama-flangese ekhuphuka. Kwenziwa ukushibilika i-rf eholwa yi-attenuator eholele ku-flange. Inezimpawu ezifanayo njengabathengisi abaholayo kanye nekhono elingcono lokuqeda ukushisa. Okusetshenziswayo okusetshenziselwa i-flange kwenziwa ngethusi nge-nickel noma isiliva. Ama-Attenuation Chips enziwa ngokukhetha osayizi abafanele kanye nama-substrates {e-Beryllium oxide (i-aluminium oxide (i-Aluminium NITRIDE (Al2o3), noma ezinye izinto ezingcono kakhulu zamandla asuselwa ekuphazisweni kanye nokuphrinta kwesekethe. I-Flanged Attenuator ingumjikelezo ohlanganisiwe osetshenziswa kabanzi kwinsimu ye-elekthronikhi, ikakhulukazi esetshenziselwa ukulawula futhi anciphise amandla ezimpawu zikagesi. Idlala indima ebalulekile ekuxhumaneni okungenantambo, imibuthano ye-RF, nezinye izinhlelo ezidinga ukulawulwa kwamandla kwesiginali.

Idizayini yangokwezifiso etholakala ngesicelo.

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Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Ishidi le-data

Ubuqhwaga	Mahhala Ukuqhelelana Uhlobo	Ubukhulu (mm)										I-attenuation Ivelu (DB)	Impahla engezansi	Ukumisa	Ishidi ledatha (PDF)
Ubuqhwaga	Mahhala Ukuqhelelana Uhlobo	A	B	C	D	E	H	G	L	W	Φ	I-attenuation Ivelu (DB)	Impahla engezansi	Ukumisa	Ishidi ledatha (PDF)
5W	I-DC-3.0	13.0	I-4	9.0	I-4	0.8	1.8	2.8	I-3.0	1.0	I-2.0	01-10,15,17, I-20,25,30	Al₂O₃	Fig1	Rftxxa-05am1304-3
		11.0	I-4	7.0	I-4	0.8	1.8	2.8	I-3.0	1.0	I-2.0	01-10,15,17, I-20,25,30	Al₂O₃	Fig1	Rftxxa-05am1104-3
		9.0	I-4	7.0	I-4	0.8	1.8	2.8	I-3.0	1.0	I-2.0	01-10,15,17, I-20,25,30	Al₂O₃	I-Fig3	Rftxxa-05am0904-3
10	I-DC-4.0	7.7	I-5	5.1	2,5	1.5	2,5	I-3.5	I-4	1.0	3.1	0.5,01-04,07, 10,11	O	Umkhiwane	Rftxx-10am7750b-4
30100	I-DC-6.0	20.0	I-	14.0	I-	1.5	2,5	3.3	I-5	1.0	3.2	01-10,15,20, 25,30	O	Fig1	Rftxx-30am2006-6
		16.0	I-	13.0	I-	1.0	I-2.0	2.8	I-5	1.0	2.1	01-10,15,20, 25,30	O	Fig1	Rftxx-30am1606-6
		13.0	I-	10.0	I-	1.5	2,5	3.3	I-5	1.0	3.2	01-10,15,20, 25,30	O	I-Fig3	I-RFTXX-30AM1306-6
60w	I-DC-3.0	16.6	6.35	12.0	6.35	1.5	2,5	3.3	I-5	1.4	2,5	01-10, I-16,20	O	Umkhiwane	I-RFTXX-60AM1663B-3
		13.0	6.35	10.0	6.35	1.5	2,5	3.3	I-5	1.4	3.2	01-10, I-16,20	O	Umkhiwane	I-RFTXX-60AM1363B-3
		13.0	6.35	10.0	6.35	1.5	2,5	3.3	I-5	1.4	3.2	01-10, I-16,20	O	Umkhiwane	I-RFTXX-60AM1363C-3
	I-DC-6.0	20.0	I-	14.0	I-	1.5	2,5	3.3	I-5	1.0	3.2	01-10,15, I-20,25,30	O	Fig1	Rftxx-60Am2006-6
		16.0	I-	13.0	I-	1.0	I-2.0	2.8	I-5	1.0	2.1	01-10,15, I-20,25,30	O	Fig1	Rftxx-60Am1606-6
		13.0	I-	10.0	I-	1.5	2,5	3.3	I-5	1.0	3.2	01-10,15, I-20,25,30	O	I-Fig3	Rftxx-60Am1306-6
		16.6	6.35	12.0	6.35	1.5	2,5	3.3	I-5	1.0	2,5	20	Impingisa	Fig1	Rft20n-60Am1663-6
I-100w	I-DC-3.0	20.0	I-	14.0	8.9	1.5	2,5	I-3.0	I-5	1.0	3.2	13,20,30	Impingisa	Fig1	Rftxxn-100j2006-3
I-100w	I-DC-6.0	20.0	I-	14.0	9.0	1.5	2,5	3.3	I-5	1.0	3.2	01-10,15, I-20,25,30	O	Fig1	Rftxx-100am2006-6
150w	I-DC-3.0	24.8	9.5	18.4	9.5	I-3.0	4.3	5.5	I-5	1.0	3.6	03,04 (ALN) / 12,30 (beo)	Aln / beo	Umkhiwane	Rftxxn-150Am2595b-3 I-RFTXX-150AM2595B-3
		24.8	10.0	18.4	10.0	I-3.0	4.5	5.5	I-	2.4	I-3.5	25,26,27,30,30	O	Fig1	Rftxx-150Am2510-3
		23.0	10.0	17.0	10.0	1.5	I-3.0	I-4	I-	2.4	3.2	25,26,27,30,30	O	Fig1	Rftxx-150am2310-3
	I-DC-6.0	24.8	10.0	18.4	10.0	I-3.0	4.5	5.5	I-	2.4	I-3.5	01-10,15,17, 19,20,213,23,24.24	O	Fig1	I-RFTXX-150AM2510-6
	I-DC-6.0	23.0	10.0	17.0	10.0	1.5	I-3.0	I-4	I-	2.4	3.2	01-10,15,17, 19,20,213,23,24.24	O	Fig1	I-RFTXX-150AM2310-6
250w	DC-1.5	24.8	10.0	18.4	10.0	I-3.0	4.5	5.5	I-	2.4	I-3.5	01-03,20,30	O	Fig1	I-RFTXX-250AM2510-1.5
250w	DC-1.5	23.0	10.0	17.0	10.0	1.5	I-3.0	I-4	I-	2.4	3.2	01-03,20,30	O	Fig1	Rftxx-250Am2310-1.5
300w	DC-1.5	24.8	10.0	18.4	10.0	I-3.0	4.5	5.5	I-	2.4	I-3.5	01-03,30	O	Fig1	I-RFTXX-300AM2510-1.5

Ukucubungula

Umgomo oyisisekelo we-attenuator evuthayo ukuqeda amanye amandla wesiginali yokufaka, okudala ukukhiqiza isinali eliphansi eliphansi ethekwini lokuphuma. Lokhu kungafinyelela ukulawula okunembile nokuzivumelanisa nezimpawu zesifunda ukuze kuhlangatshezwane nezidingo ezithile. Ama-actonuators avuthayo angaguqula amanani ahlukahlukene we-attinuation, imvamisa phakathi kwamashumi ambalwa ama-decibels kumashumi ama-decibels, ukufeza izidingo ze-attinuation zesiginali ezimweni ezihlukile.

Ama-Actenuators avuthayo anezicelo ezahlukahlukene ezinhlelweni zokuxhumana okungenantambo. Isibonelo, emkhakheni wokuxhumana ngeselula, abathambisi be-Flanged basetshenziselwa ukulungisa amandla okuhambisa noma ukwamukela ukuzwela ukuqinisekisa ukuzivumelanisa nezimo kwamabanga ahlukene nezimo zemvelo. Ku-RF Circuit Design, abalandeli abavuthayo bangasetshenziswa ukulinganisa amandla okufakwa nokukhipha amasiginali, ukugwema ukuphazamiseka kwesiginali okuphezulu noma okuphansi. Ngaphezu kwalokho, abalandeli abavuthayo basetshenziswa kabanzi kumasimu wokuhlola nokukalwa, njengezinsimbi zokulinganisa noma ukulungisa amazinga wesiginali.

Kumele kwaziwe ukuthi uma usebenzisa ama-actenuators athambile, kuyadingeka ukubakhekela ngokusekelwe kwizimo ezithile zohlelo, bese unaka ububanzi bawo bokusebenziseka komhlaba, ukusetshenziswa kwamandla okuphezulu, kanye nokuqina kwamapharamitha ukuqinisekisa ukusebenza kwabo okujwayelekile nokuqina kwesikhathi eside.

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