RF High Power BroadBand Power Amplifier Coaxial Circulators

RF High Power BroadBand Power Amplifier Coaxial Circulators

Siffofin:

Broadband
Babban Ƙarfi
Karancin Asarar Shigarwa

Aikace-aikace:

Mara waya
Radar
Gwajin dakin gwaje-gwaje

TUNTUBE YANZU

Coaxial circulators na'urori ne masu wucewa waɗanda ake amfani da su don keɓewa da kare kayan lantarki masu mahimmanci daga siginar RF maras so.

Yawancin lokaci ana amfani da su a cikin tsarin sadarwar RF da a aikace-aikacen radar don kare masu karɓa masu mahimmanci daga siginar da aka watsa.

Mai kewayawa na coaxial ya ƙunshi na'ura mai tashar jiragen ruwa uku wanda ke ba da damar sigina su gudana ta hanya ɗaya kawai.Mai kewayawa ya ƙunshi kayan ferrite wanda ke hulɗa tare da siginar RF da ke wucewa ta cikinsa don ƙirƙirar aikin madauwari da ake so.Ana sanya wannan abu a cikin filin maganadisu ta hanyar maganadisu na dindindin ko na'urar lantarki.

Tashar jiragen ruwa guda uku na coaxial circulator yawanci ana lakafta su azaman tashar jiragen ruwa 1, tashar jiragen ruwa 2, da tashar jiragen ruwa 3. Sigina masu shiga ta tashar jiragen ruwa 1 na iya fita ta tashar jiragen ruwa 2 kawai, siginar da ke shiga ta tashar jiragen ruwa 2 na iya fita ta tashar jiragen ruwa 3 kawai, da sigina masu shiga ta tashar jiragen ruwa. 3 kawai zai iya fita ta hanyar tashar jiragen ruwa 1. Ta wannan hanyar, mai kewayawa yana tabbatar da cewa sigina sun ware kuma an kare su daga tsangwama maras so.

Ana samun masu zazzagewar coaxial a cikin kewayon mitoci da damar sarrafa iko don biyan buƙatun aikace-aikace daban-daban.Ana amfani da su da yawa a tsarin sadarwa, tsarin tauraron dan adam, da kuma aikin soja da na sararin samaniya.

Halaye:

1. Babban juzu'i: Suna iya samar da keɓancewa mai girman gaske, wanda ke nufin cewa siginar da ake watsawa a wata hanya ba za su yi nuni a wata hanya ba, ta yadda za su rage asarar sigina da tsangwama.
2. Ƙananan hasara: Coaxial circulators suna da ƙananan hasara, wanda ke nufin za su iya samar da ingantaccen watsa sigina ba tare da gabatar da siginar sigina mai yawa ko ɓata lokaci ba.
3.Strong ikon sarrafa wutar lantarki: Suna da ƙarfin ƙarfin ƙarfin wutar lantarki kuma ba su da sauƙin lalacewa.
4. Karamin: Idan aka kwatanta da sauran na'urori, girman su ya fi ƙanƙanta, yana sa su dace da aikace-aikace a cikin kunkuntar wurare.

Filaye:

1. Sadarwar mara waya: Tsarin sadarwar mara waya a cikin filayen RF da microwave yana buƙatar rage hayaniya da asara yayin watsa sigina, da haɓaka keɓewa.Saboda haka, ana amfani da coaxial circulators ko'ina.
2. Radar: Tsarin radar yana buƙatar ingantaccen sigina da ingantaccen abin dogaro, kuma masu zazzagewa na coaxial na iya samar da wannan ingantaccen ingantaccen watsawa.
3. Sadarwar tauraron dan adam: A cikin tsarin sadarwar tauraron dan adam, masu rarraba coaxial na iya taimakawa wajen rage asarar sigina da tsangwama, don haka inganta ingancin watsa sigina.
4. Likita: Kayan aikin likitanci suna buƙatar samun ingantaccen yanayin watsa sigina kuma abin dogaro.Masu zazzagewa na Coaxial na iya samar da ingantaccen watsa sigina don na'urorin kiwon lafiya, rage asarar sigina da tsangwama.
5. Sauran filayen aikace-aikacen: Baya ga filayen aikace-aikacen da ke sama, ana iya amfani da masu zazzagewar coaxial a cikin tsarin eriya, sadarwar microwave, radar da sauran filayen.

Qualwaveyana ba da babbar hanyar sadarwa da manyan masu zazzagewar coaxial a cikin kewayon 10MHz zuwa 20GHz.Matsakaicin wutar lantarki ya kai 500W.Ana amfani da masu zazzagewar mu na coaxial a wurare da yawa.

Lambar Sashe	Yawanci (GHz, min.)	Yawanci (GHz, Max.)	Bandwidth (MHz, Max.)	Asarar Shigarwa (dB, max.)	Kaɗaici (dB, min.)	VSWR (max.)	Matsakaicin Ƙarfi (W, max.)	Masu haɗawa SMA2.92mmN7/16 DIN	Zazzabi (℃)	Girman (mm)	Lokacin Jagora (makonni)
QCC6466H	0.02	0.4	175	2	18	1.3	100	SMA, N	-20-70	646622	2 ~ 4
QCC6466E	0.07	0.2	30	0.6	10	1.3	500	SMA, N	-20-70	646622	2 ~ 4
Saukewa: QCC8080E	0.15	0.89	80	0.6	19	1.25	1000	7/16 DIN	-30-75	808034	2 ~ 4
QCC5258E	0.16	0.33	70	0.7	18	1.3	400	SMA, N	-30-70	5257.522	2 ~ 4
QCC4550X	0.3	1.1	300	0.6	17	1.35	400	SMA, N	-30-70	454918	2 ~ 4
QCC3538X	0.3	1.85	500	0.7	25	1.35	300	SMA, N	-30-70	353815	2 ~ 4
Saukewa: QCC3033X	0.7	3	600	0.6	15	1.45	200	SMA	-30-70	303315	2 ~ 4
Saukewa: QCC3232X	0.7	3	600	0.6	15	1.45	200	SMA, N	-30-70	323215	2 ~ 4
QCC3434E	0.7	3	600	0.6	15	1.45	200	SMA, N	-30-70	343422	2 ~ 4
QCC2528B	0.8	4	400	0.4	20	1.25	200	SMA, N	-30-70	25.428.515	2 ~ 4
QCC6466K	0.95	2	1050	0.65	16	1.4	100	SMA, N	-10-60	646626	2 ~ 4
QCC2025B	1.3	4	400	0.4	20	1.25	100	SMA	-30-70	2025.415	2 ~ 4
QCC5050A	1.5	3	1500	0.7	17	1.4	100	SMA, N	0 ~ + 60	50.849.519	2 ~ 4
QCC4040A	1.8	3.6	1800	0.7	17	1.35	100	N	0 ~ + 60	404020	2 ~ 4
QCC2025X	2.4	2.5	100	0.3	25	1.2	100	SMA	-20-85	2025.414	2 ~ 4
Saukewa: QCC5028B	2.6	3.2	600	1	35	1.35	100	SMA	-40-75	50.828.515	2 ~ 4
QCC2528C	2.7	6.2	3500	0.8	16	1.4	200	SMA, N	0 ~ + 60	25.42814	2 ~ 4
QCC3234A	2	4	2000	0.6	18	1.3	100	SMA, N	0 ~ + 60	323421	2 ~ 4
Saukewa: QCC3030B	2	6	4000	1.7	12	1.6	20	SMA	-40-70	30.530.515	2 ~ 4
QCC1523C	3.6	7.2	1400	0.5	18	1.3	60	SMA	-10-60	1522.513.8	2 ~ 4
Saukewa: QCC2123B	4	8	4000	0.6	18	1.35	50	SMA, N	-10-60	2122.515	2 ~ 4
QCC-5000-10000-10-S-1	5	10	5000	0.6	17	1.35	10	SMA	-30-70	202614	2 ~ 4
QCC1623C	5.725	5.85	125	0.3	23	1.2	100	SMA	-20-80	162313	2 ~ 4
QCC1620B	6	18	12000	1.5	10	1.9	30	SMA	0 ~ + 60	1620.314	2 ~ 4
QCC1319C	7	13	4000	0.5	18	1.3	30	SMA	-10-60	131912.7	2 ~ 4
QCC1215C	9	16.5	2200	0.5	18	1.3	30	SMA	-30-75	121510	2 ~ 4
QCC-18000-26500-5-K-1	18	26.5	8500	0.7	16	1.4	5	2.92mm	-30-70	191513	2 ~ 4
QCC-24250-33400-5-K-1	24.25	33.4	9150	1.6	14	1.6	5	2.92mm	-40-70	132516.7	2 ~ 4
QCC-26500-40000-5-K	26.5	40	13500	1.6	14	1.6	5	2.92mm	-30-70	132516.8	2 ~ 4