RF Directional Couplers High-performance passive components for directional coupling, power distribution, and reflection monitoring in microwave and millimeter wave systems.
Order(MOQ) :
100PCSPayment :
TTProduct Origin :
CHINAShipping Port :
SHANGHAIOur RF Directional Couplers are engineered for precision signal management. Utilizing high-quality materials and rigorous 100% performance testing, we ensure consistent power control and reliable thermal management for even the most demanding high-power applications.
Key Technical Parameters
Broad Frequency Coverage: Range options available from hundreds of MHz to tens of GHz.
High Coupling Precision: Control coupling errors within ±0.5dB for high-end applications, ensuring accurate energy extraction/injection.
Low Insertion Loss: Minimized power loss from input to output ports to maximize effective signal transmission.
Advanced Thermal Management: Reliable performance even in the highest-power and most demanding applications.
Expert Customization Services
Customization is our core competitiveness. We work with you to optimize signal distribution through:
Precise Coupling Ratios: Tailored to your specific system needs.
High Directivity: Engineered for superior signal isolation.
Connector Configurations: Customized interface types for seamless system integration.
Global Industry Applications
Kezhen’s RF Directional Couplers are the preferred choice for engineers in:
Telecommunications: Signal distribution in base stations.
Defense & Aerospace: Integrated into radar and satellite communication systems.
Laboratory Testing: Reliable components for precision measuring instruments.
When choosing an RF Directional Coupler, you can pay attention to several parameters:
Frequency range: Different models of RF Directional Couplers cover different frequency ranges, there are corresponding RF Directional Couplers from low frequency bands of hundreds of megahertz (MHz) to high frequency bands of tens of gigahertz (GHz).
Coupling precision: The accuracy of coupling is critical for many applications. High-precision coupling can ensure that a specific proportion of energy is accurately extracted or injected from the main signal. Some high-end RF directional couplers can control the coupling error within ±0.5dB, which is a very critical performance indicator in precision measurement and signal processing systems.
Insertion loss: Insertion loss refers to the power loss during the transmission of the signal from the input port to the output port. Lower insertion loss means more signal can be effectively transmitted through the coupler.
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