Frequency crowave RF coaxial High frequency Proin Momimeter fluctus mm undam radio frequency Waveguide

Frequency crowave RF coaxial High frequency Proin Momimeter fluctus mm undam radio frequency Waveguide

Features:

Low vswr

Applications:

Wireless
Test Laboratory

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A Waveguide frequency divisorem est electronic component quod dividit initus signo frequency a constant elementum ad producendum output signum cum inferioribus frequency. Is ludit an maximus munus in signum processus et frequency imperium.

Frequency divisor habet sequentes habet:

1.Millimeter fluctus frequency dividere potest dividerent frequency in input signum in inferioribus frequency, plerumque initus frequency potest dividitur per plures II, III, IV et ita in.
2,the mm undam frequency divisorem solet implemented usura frequency divideret circuitu, frequency divisorem chip vel contra.
3.Radio frequency frequency divisor potest applicari ad Digital logicae circuitus aut horologium control Circuit.

Et RF Frequency divisor est in sequentibus facies:

1.Signal dispensando Optimization: et frequency in input signum reducitur vel dividitur in plures frequency components. Hoc est utile ad applications quod eget processus et analysis de significationibus in specie frequency range.
2.Frequency Imperium et Leo generatione dividendo frequency de input signum per certum multiplex, microwave frequency divisorem potest producere inferioribus frequency output signo.
3.comMunation et Radio: High frequency annuit dividitur in inferioribus frequentiis ad aptet ad propria communication signa et protocollo requisita.
4.Signal Spectrum Analysis: per dividendo initus signum in inferioribus frequency range, est facillimus ad praestare spectrum analysis et frequency domain dispensando signo.

InQUALWAVEcompany provides 0.1~26.5GHz high frequency frequency divider, with pre-divider 2 frequency, 6 frequency, 10 frequency, 32 frequency, and 256 frequency five configurations, products with ultra-wideband coverage, small current and small size, high input sensitivity and low phase noise characteristics, widely used in laboratory systems, optical fiber radio frequency, high frequency communication, microwave instruments and Electronic bellum Radar Systems. Welcome Custumarii inquirere nos providebit vos cum professionalem servitium.

II Frequency cithara
Pars numerus	Input Frequency (GHz)	Output frequency (GHz)	Output potentia (min DBM.)	Ratio divide	Harmonic (DBC Max.)	Falsum (DBC max.)	Voltage (V)	Current (a)	Duce (weeks)
Qfd2-100	0.1	0,05	V ~ VIII	2	-60	-75	12	0.15	IV ~ VI
Qfd2-500-26500	0,5 ~ 26.5	0,25 ~ 13.25	-3	2	-	-	12	0.1	IV ~ VI

VI Frequency diant
Pars numerus	Input Frequency (GHz)	Output frequency (GHz)	Output potentia (min DBM.)	Ratio divide	Harmonic (DBC Max.)	Falsum (DBC max.)	Voltage (V)	Current (a)	Duce (weeks)
Qfd6-0.001	-	1K	-	6	-	-	+5	-	IV ~ VI

X Frequency diant
Pars numerus	Input Frequency (GHz)	Output frequency (GHz)	Output potentia (min DBM.)	Ratio divide	Harmonic (DBC Max.)	Falsum (DBC max.)	Voltage (V)	Current (a)	Duce (weeks)
Qfd10-900-1100	0,9 ~ 1.1	0,09 ~ 0.11	V ~ VIII	10	-30	-75	XII	0,2	IV ~ VI
Qfd10-1000	1	0.1	V ~ VIII	10	-30	-75	XII	0,2	IV ~ VI
Qfd10-9900-1010100	9,9 ~ 10,1	0.99 ~ 1.01	VII ~ X	10	-	-	+8	0,23	IV ~ VI

Frequency XXXII cithara
Pars numerus	Input Frequency (GHz)	Output frequency (GHz)	Output potentia (min DBM.)	Ratio divide	Harmonic (DBC Max.)	Falsum (DBC max.)	Voltage (V)	Current (a)	Duce (weeks)
QFD32-2856	2.856	0.08925	X ± II Typ.	32	-	-	XII	0,3	IV ~ VI

CCLVI Frequency Grow
Pars numerus	Input Frequency (GHz)	Output frequency (GHz)	Output potentia (min DBM.)	Ratio divide	Harmonic (DBC Max.)	Falsum (DBC max.)	Voltage (V)	Current (a)	Duce (weeks)
Qfd256-300-30000	0,3 ~ XXX	-	0 ~ III Typ.	CCLVI	-	-	+8	0,3	IV ~ VI