Iziphindaphindi zeRF Microwave Millimeter Wave Radio Frequency 2X 3X 4X 6X 10X 12X

Iziphindaphindi zeRF Microwave Millimeter Wave Radio Frequency 2X 3X 4X 6X 10X 12X

Iimbonakalo:

I-Broadband
Ukusetyenziswa kwamandla aphantsi

Izicelo:

Okungenazingcingo
I-Transceiver
Uvavanyo lweLebhu

QHAGAMSHELANA NGOKU

Isiphindaphindi se-RF frequency sisixhobo se-microwave esingasebenziyo, isixhobo esingelulo ulayini esivelisa ii-harmonics zee-frequency eziphezulu ngokwendlela esisebenza ngayo isignali yokufaka.

Umzekelo, i-2X Frequency Multiplier yi-componet evelisa ii-harmonics ezinamandla ze-second-order.
Iziphindaphindi ze-microwave frequency zisetyenziswa rhoqo kwiisekethe zokunciphisa umbane ukunyusa i-frequency ye-oscillator okanye umthombo wesignali, eqhutywa sisihluzo se-bandpass se-Multipliers ze-harmonic frequency ezikhethiweyo. Ngokungathandabuzekiyo, isignali yokufaka, ii-harmonics eziphezulu, kunye nengxolo/ukuphazamiseka nazo ziya kuvuza kwisignali yokuphuma.

Nazi iimpawu zayo:

1. I-frequency yesignali yokufaka inokwandiswa iye kwi-frequency ephezulu, ngesiqhelo ngokuphindaphinda i-frequency yokufaka ngee-multiples ezifana no-2, 3, kunye no-4.
2. Isiphindaphindi se-RF frequency sidla ngokuqatshelwa yisekethe yesiphindaphindi se-frequency, i-chip yesiphindaphindi se-frequency okanye i-crystal oscillator.
3. Isiphindaphindi seefrikhwensi zamaza e-Millimeter singasetyenziswa ekucutshungulweni kwesignali ye-analog okanye yedijithali ukufezekisa ukusebenza kwefrikhwensi ephezulu.

Nazi ezi zilandelayo iindlela esetyenziswa ngayo:

1. Iinkqubo zonxibelelwano olusebenzisa amaza omsakazo kunye neengcingo: zisetyenziselwa imisebenzi efana nokuhlanganiswa kwamaza omsakazo, ukuguqulwa kwamaza omsakazo kunye nokuphindaphinda kwamaza omsakazo. Isiphindaphindi samaza omsakazo esingenazingcingo sinokufezekisa ukuveliswa, ukulungiswa kwamaza omsakazo kunye nokuhlanganiswa kwamaza omsakazo wemiqondiso yengcingo ephezulu ukuze kuhlangatyezwane neemfuno zenkqubo yonxibelelwano olungenazingcingo.
2. Ukucubungula i-radar kunye nesignali: kwizicelo ezinje ngokuguqulwa kwamaza, ukuguqulwa kwesignali kunye nokucinezelwa kwe-pulse. Imisebenzi yokukhetha amaza, ukuguqulwa kwesignali kunye nokulinganisa umgama ekujoliswe kuwo kwinkqubo ye-radar inokufezekiswa ngokuphindaphinda amaza e-broadband.
3. Izixhobo zesandi kunye nesandi kunye nevidiyo: zisetyenziselwa ukuphinda kabini rhoqo kunye nokuhlanganiswa rhoqo kwemiqondiso yesandi ukufezekisa ukuhlanganiswa komculo, ukuguqulwa kwethoni kunye nokucubungula isiphumo sesandi.
4. I-Spectrum analyzer: isetyenziselwa ukwandisa uluhlu lwamaza kunye nokuphucula isisombululo samaza. Ngokusebenzisa i-frequency multiplier, i-frequency yesignali yokufaka inokwandiswa, ukuze ihlalutywe kwaye ilinganiswe kuluhlu lwamaza aphezulu.
5. Ukulinganisa izixhobo kunye novavanyo lwesayensi: olusetyenziselwa ukwandisa amaza, ukuvelisa isignali kunye nokuguqula amaza kwizixhobo zovavanyo. Isiphindaphindi samaza erediyo sinika ukuguquguquka kokulungiswa kwamaza kunye nokucubungula isignali kuphando lwesayensi kunye novavanyo.

I-Qualwaveibonelela ngeziphindaphindi zefrikhwensi ezisetyenziswa ngamandla aphantsi kuluhlu lwefrikhwensi DC~110GHz. Iziphindaphindi zefrikhwensi zisetyenziswa kakhulu kwiindawo ezininzi zokusebenza.
Sinikezela ngee-2X frequency multipliers, ii-3X frequency multipliers, ii-4X frequency multipliers, ii-6X frequency multipliers, ii-10X frequency multipliers, ii-12X frequency multipliers.

Isiphindaphindi seeFrequency ezi-2X
Inombolo yendawo	Ubuninzi bokufaka (GHz)	Imvamisa Yokuphuma (GHz)	Amandla okuphuma (dB, Min.)	Ireyithingi eNinzi	I-Voltage (V)	Okwangoku (A)	I-VSWR	Ixesha lokukhokela (Iiveki)
QFM2-13500-14500-20	6.3~7.5	13.5~14.5	20	2	15	0.2	-	4~6
QFM2-20000-40000-26S	10~20	20~40	26	2	6~12	1	1.8	4~6
QFM2-20000-50000-16	10~25	20~50	16	2	5	0.4	1.7	4~6
QFM2-22000-28000-10	11~14	22~28	10	2	-	0.1	-	4~6
I-QFM2-40000-60000	20~30	40~60	-	2	-	-	1.8	4~6

Isiphindaphindi seeFrequency ezi-3X
Inombolo yendawo	Ubuninzi bokufaka (GHz)	Imvamisa Yokuphuma (GHz)	Amandla okuphuma (dB, Min.)	Ireyithingi eNinzi	I-Voltage (V)	Okwangoku (A)	I-VSWR	Ixesha lokukhokela (Iiveki)
QFM3-30	0.01	0.03	10	3	12	1	-	4~6

Isiphindaphindi se-4X Frequency
Inombolo yendawo	Ubuninzi bokufaka (GHz)	Imvamisa Yokuphuma (GHz)	Amandla okuphuma (dB, Min.)	Ireyithingi eNinzi	I-Voltage (V)	Okwangoku (A)	I-VSWR	Ixesha lokukhokela (Iiveki)
QFM4-9600-11200	2.4~2.8	9.6~11.2	12	4	5	0.15	-	4~6
QFM4-24000-15	6	24	15	4	8	0.26	-	4~6
QFM4-28000-40000	7~10	28~40	13	4	5	0.26	-	4~6
I-QFM4-40000-65000-16S	10~16.25	40~65	16	4	6~12	0.8	1.8	4~6
I-QFM4-40000-70000-16S	10~17.5	40~70	16	4	6~12	0.8	1.8	4~6
QFM4-50000-75000-14	12.5~18.75	50~75	14	4	6	0.45	-	4~6

Isiphindaphindi seeFrequency ezi-6X
Inombolo yendawo	Ubuninzi bokufaka (GHz)	Imvamisa Yokuphuma (GHz)	Amandla okuphuma (dB, Min.)	Ireyithingi eNinzi	I-Voltage (V)	Okwangoku (A)	I-VSWR	Ixesha lokukhokela (Iiveki)
QFM6-60000-90000-13	10~15	60~90	13 (uhlobo)	6	6	0.62	-	4~6
QFM6-75000-110000-5	12.5~18.33	75~110	5	6	7	0.13	-	4~6
QFM6-75000-110000-10	12.5~18.33	75~110	10	6	6	0.3	-	4~6

Isiphindaphindi se-10X Frequency
Inombolo yendawo	Ubuninzi bokufaka (GHz)	Imvamisa Yokuphuma (GHz)	Amandla okuphuma (dB, Min.)	Ireyithingi eNinzi	I-Voltage (V)	Okwangoku (A)	I-VSWR	Ixesha lokukhokela (Iiveki)
QFM10-100	0.01	0.1	3~6	10	12	0.26	-	4~6
QFM10-1000	0.1	1	3~6	10	12	0.26	-	4~6

Isiphindaphindi se-12X Frequency
Inombolo yendawo	Ubuninzi bokufaka (GHz)	Imvamisa Yokuphuma (GHz)	Amandla okuphuma (dB, Min.)	Ireyithingi eNinzi	I-Voltage (V)	Okwangoku (A)	I-VSWR	Ixesha lokukhokela (Iiveki)
QFM12-110000-150000-9	9.16~12.5	110~150	9	12	6	0.6	-	4~6
QFM12-110000-170000-0	9.16~14.16	110~170	0	12	6	0.4	-	4~6