Description1. The HJF-A Series of assymetrical hybrid junctions uses lumped element circuits to provide very compact and light weight solutions to a variety of signal processing functions. Among these are applications in beamformers, quadrapole networks and hybrid added amplifiers.a) Power divisio...
HJF-A-500: Description1. The HJF-A Series of assymetrical hybrid junctions uses lumped element circuits to provide very compact and light weight solutions to a variety of signal processing functions. Among the...
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Features: • SPACE QUALIFIED• 5 - 1000 MHz• BROADBAND, HIGH ISOLATIONApplicationT...
Features: • SPACE QUALIFIED• 2 - 200 MHz• HIGH ISOLATIONApplicationThe HJF-C-100...
Features: • SPACE QUALIFIED• 200 - 1000 MHz• BROADBAND, HIGH ISOLATIONApplicatio...
1. The HJF-A Series of assymetrical hybrid junctions uses lumped element circuits to provide very compact and light weight solutions to a variety of signal processing functions. Among these are applications in beamformers, quadrapole networks and hybrid added amplifiers.
a) Power division with phase shift of HJF-A Series : Signals applied to the delta () port, or E-arm, will divide equally between output ports 1 and 2 (colinear arms) and be 180 out of phase. b) Power division with no phase shift: Signals applied to the sum () port, or H-arm, will divide equally between output ports 1 and 2 (colinear arms) and be in phase.
2. The HJF-A Series , is fully symmetrical, i.e. insertion phase of E-1 equals that of H-1 allowing its use in beamforming applications, or any application requiring vector addition.
3. All HJF-A Series units comply with MIL-P-23971 and can be supplied screened for compliance with additional specifications for military and aerospace applications requiring the highest reliability.