Izithinti Ezilawulwa Yi-Voltage Ukulawulwa Kwe-Voltage Ukulawulwa Kwe-Analog Okuguquguqukayo

Izithinti Ezilawulwa Yi-Voltage Ukulawulwa Kwe-Voltage Ukulawulwa Kwe-Analog Okuguquguqukayo

Izici:

I-Broadband
Ibanga Eliphezulu Eliguquguqukayo
Ukwenza ngokwezifiso uma kudingeka

Izicelo:

Okungenantambo
Umthumeli
Ukuhlolwa Kwelebhu
I-radar

XHUMANA MANJE

Ama-voltage controlled attenuators amadivayisi ahlanganisiwe wesekethe angalawula izinga lokuncipha kwezimpawu zawo zokukhipha ngokusebenzisa izimpawu zangaphandle ze-voltage. Izici zawo eziyinhloko kanye nokusetshenziswa kwazo yilezi ezilandelayo:

Izici:

1. Ukulungiswa: Izithibi zokulawula i-voltage zilungisa izinga lokuncipha kwesignali yayo yokukhipha ngokusebenzisa amasignali e-voltage angaphandle okufaka, okuvumela ukulungiswa nokulawula okunembile.
2. Ukulingana okuphezulu: Kukhona ubudlelwano obuphezulu obuqondile phakathi kwe-voltage yokufaka kanye nokuncipha kokuphuma, okwenza ama-voltage variable anciphisa kakhulu futhi azinze ekusebenziseni okusebenzayo.
3. Ububanzi be-bandwidth: Ama-attenuator alawulwa yi-analog anempendulo enhle eqondile ebangeni lemvamisa, ngakho-ke angasetshenziswa ezinhlobonhlobo zezimpawu zemvamisa.
4. Umsindo ophansi: Ngenxa yokusetshenziswa kwezingxenye zomsindo ophansi ekwakhiweni kwesekethe yangaphakathi yama-attenuator okulawula i-analog, ama-attenuator alawulwa yi-Voltage abonisa izinkomba zomsindo ophansi kakhulu ngesikhathi sokusebenza.
5. Ukuhlanganiswa: Ama-attenuator alawulwa yi-voltage angahlanganiswa kwamanye amasekethe, okuholela ekutheni ivolumu ibe ncane futhi kube nokuhlanganiswa okuphezulu kwesistimu yonke.

Isicelo:

1. Uhlelo lokuxhumana: Ama-attenuator alawulwa yi-voltage angasetshenziswa ukulungisa amandla esignali ohlelweni lokuxhumana, kufezwe ukulawulwa nokulawulwa kwesignali ngesikhathi sokudluliselwa nokwamukelwa kwedatha.
2. Ukulawula umsindo: Ama-attenuator alawulwa yi-voltage angasebenza njengeyunithi yokulawula umsindo ohlelweni lomsindo ukulawula ukuncishiswa kwezimpawu zomsindo.
3. Ukulinganiswa kwezinsimbi: Ama-attenuator alawulwa yi-voltage angasetshenziswa njengengxenye yokulawula ekulinganisweni kwezinsimbi ukulawula nokulungisa amasignali ngokunembile, kufezwe ukunemba nokuzinza kwezinsimbi.
4. Ukucubungula umsindo: Ama-attenuator alawulwa yi-voltage angasetshenziswa ekucubungulweni komsindo, njengezihlanganisi, ama-distortor, ama-compressor, njll.

I-Qualwaveinikeza ama-attenuator alawulwa yi-broad band kanye nama-high dynamic range voltage ancintisanayo kuma-frequency afinyelela ku-90GHz. Ama-attenuator ethu alawulwa yi-voltage asetshenziswa kabanzi ezindaweni eziningi.

Inombolo Yengxenye	Imvamisa (GHz, Ubuncane)	Imvamisa (I-GHz, Ubuningi.)	Ibanga Lokunciphisa Ukucindezeleka (dB)	Ukulahlekelwa Kokufakwa (dB, Ubuningi.)	I-VSWR	Ukuthamba (dB, Ubuningi.)	I-voltage (V)	Isikhathi esiholayo (Amasonto)
QVA-0-8000-30-S	0	8	0~30	2 (uhlobo.)	2.0	±3(uhlobo.)	5	3~6
QVA-50-6000-30-S	0.05	6	0~30	4 (uhlobo.)	1.8 (uhlobo)	±2.5(uhlobo.)	5	3~6
QVA-500-1000-64-S	0.5	1	0~64	1.5	2.0	±2.5	0~+10	3~6
QVA-500-18000-20-S	0.5	18	0~20	3	2.2	±1.5	0~5	3~6
QVA-1000-2000-64-S	1	2	0~64	1.3	1.5	±2	0~+10	3~6
QVA-2000-4000-64-S	2	4	0~64	1.5	1.5	±2	0~+10	3~6
QVA-4000-8000-60-S	4	8	60 (imizuzu)	1.5	1.6	-	0~15	3~6
QVA-4000-8000-64-S	4	8	0~64	2	1.8	±2	0~+10	3~6
QVA-5000-30000-33-K	5	30	0~33	2.5	2.0	-	-5~0	3~6
QVA-8000-12000-64-S	8	12	0~64	2.5	1.8	±2	0~+10	3~6
QVA-12000-18000-64-S	12	18	0~64	3	2.0	±2.5	0~+10	3~6
QVA-18000-40000-30-K	18	40	0~30	6	2.5	±1.5	0~+10	3~6
QVA-50000-75000-27	50	75	27 (uhlobo)	3 (uhlobo)	1.8	-	-1~0	3~6
QVA-50000-75000-45	50	75	45 (uhlobo)	3.5 (uhlobo)	1.5	-	0~+5	3~6
QVA-50000-75000-50	50	75	50 (uhlobo)	4.5 (uhlobo)	1.8	-	-1~0	3~6
QVA-60000-90000-27	60	90	27 (uhlobo)	3 (uhlobo)	1.5	-	-5~0	3~6