Low Power Waveguide terminationes RF Load Proin matched

Low Power Waveguide terminationes RF Load Proin matched

Features:

Low vswr

Applications:

Transmitters
Antennas
Test Laboratory
Impedance matching

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Humilis potentia Waveguide terminationes

A humilis potentia Waveguide onus est passiva component solebat absorbet humilis-potentia Proin signa, absorbet et dissipare eos per metallum muros internus cavum, improving ratio matching et stabilitatem, et protegens in systematis.

Plerumque, potestatem damnum gradu humilis potentia Waveguide onerat est inferior quam C watts et frequency ranges a paucis centum megahertz usque 110ghz. Minimum potentia Waveguide onus habet proprium humilis potentia damnum et ita communiter in humilis-potentia Proin systems.

Cum lectio humilis potentia Waveguide onerat, factores ut rated potentia, operating temperatus, frequency Sed et compatibility opus esse considerari. Praeterea, operam debet esse solvit ad reprehendo conditio de onus ante usum ut id est mundus et nonam. Si necessarium, calor descendat etiam opus ad ponere firmum temperatus de onus.

Minimum Power Proin onera sunt momenti components of mensurae systems, solebant absorbet terminationem industria et statuam a non reflective vel humilis reflective re publica in ratio ut mensurae accurate et reliability.

In practical applications, RF terminations are commonly used in lower power microwave systems, such as microwave communication, radar, and antenna systems, to perform functions such as network matching, impedance matching, power allocation, and testing.

QUALWAVEVictualia humilis vswr humilis potentia Waveguide terminationes covering frequentia range of 1.13 ~ 1100GHz cum potentia range of 0.5 ~ 150w, ut wr-X (bj900 et FAGP14, sicut FUDP900 et FAGP14 et in variis occasionibus. Nostra products optimum qualitas et integrum rhoncus products. We welcome teloneariorum eligere et emo eos.

Pars numerus	Frequentia (GHz, min).	Frequentia (GHz, max).	Potentia (W)	Vswr (Max.)	Waveguide Location	Flange	DUCEO (Weeks)
QWT1-R5	DCCL	MC	0,5	1.3	-R-1.0	-	0 ~ IV
Qwt1.5, R5	D	DCCL	0,5	1,25	-R-1.5	-	0 ~ IV
Qwt1.9-R5	CD	DC	0,5	1.15	-R-1.9	-	0 ~ IV
QWT2.2-R5	CCCXXV	D	0,5	1.14	-R-2.2	-	0 ~ IV
QWT2.8-R5	CCLX	CD	0,5	1.12	-R-2.8	-	0 ~ IV
QWT3, R5	CCXX	CCCXXV	0,5	1.1	-R-III	-	0 ~ IV
QWT5-R5	CXL	CCXX	0,5	1.085	V, V	-	0 ~ IV
QWT5-R5-1	CLXX	CCXX	0,5	1.085	V, V	-	0 ~ IV
QWT6-R5	CX	CLXX	0,5	1.06	-R-VI	-	0 ~ IV
Qwt10-R5	73.8	CX	0,5	1.15	-R-X (BJ900)	Fugp900	0 ~ IV
QWT12-R5	60.5	91.9	0,5	1.15	-R XII (BJ740)	Fugp740	0 ~ IV
Qwt15-5	49.8	75.8	5	1.08	-R-XV (BJ620)	Fugp620	0 ~ IV
Qwt19-5	39.2	59.6	5	1.05	-R-XIX (BJ500)	Fugp500	0 ~ IV
Qwt22-5	32.9	50.1	5	1.05	-R-XXII (BJ400)	Fugp400	0 ~ IV
Qwt22-10	32.9	50.1	10	1.2	-R-XXII (BJ400)	Fugp400	0 ~ IV
Qwt28-15	26.3	40	15	1.03	WR-XXVIII (BJ320)	Fbp320	0 ~ IV
Qwt34-15	21,7	33	15	1.03	-R XXXIV (BJ260)	Fbp260	0 ~ IV
Qwt42-15	17,6	26.7	15	1.03	-R-XLII (BJ220)	Fbp220	0 ~ IV
Qwt51-30	14.5	22	30	1.03	-R-LI (BJ180)	Fbp180	0 ~ IV
Qwt62-30	11,9	18	30	1.03	-R-LXII (BJ140)	Fbp140	0 ~ IV
Qwt75-30	9.84	15	30	1.2	-R-LXXV (BJ120)	FBP120, FBM120	0 ~ IV
Qwt90-50	8,2	12,5	50	1.03	-R-XC (BJ100)	Fbp100	0 ~ IV
Qwt112-50	6.57	10	50	1.03	-R-CXII (BJ84)	Fdp84	0 ~ IV
Qwt137-50	5,38	8,17	50	1.03	-R-CXXXVII (BJ70)	Fdp70	0 ~ IV
Qwt159-60	4.64	7.05	60	1.03	-R-CLIX (BJ58)	Fdp58	0 ~ IV
Qwt187-60	3.94	5.99	60	1.03	-R-CLXXXVII (BJ48)	Fdp48	0 ~ IV
Qwt229-60	3.22	4.9	60	1.03	-R-CCXXIX (BJ40)	Fdp40	0 ~ IV
QWT284-K1	2.6	3.95	C	1.03	-R-CCLXXXIV (BJ32)	Fdp32	0 ~ IV
QWT340-K1	2.17	3.3	C	1.03	-C CCCXL (BJ26)	Fdp26	0 ~ IV
QWT430-K1	1.72	2.61	C	1.03	-R-CDXXX (BJ22)	Fdp22	0 ~ IV
QWT510-K15	1.45	2,22	CL	1.03	-R-DX (BJ18)	Fdp18	0 ~ IV
QWT650-K15	1.13	1.73	CL	1.03	-R-DCL (BJ14)	FDP14	0 ~ IV