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Passive components
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Solving the heat dissipation problem of dual directional coupler requires design, installation, operation and maintenance to ensure that the device works stably at an appropriate temperature...
The coupling degree of the dual directional coupler is determined by multiple factors...
The Dual directional coupler is composed of a main transmission line, two sets of coupling lines and matching loads. The main transmission line is responsible for the transmission of the main RF signal...
RF couplers are widely used in many fields. Their core function is to achieve coupling and distribution of RF signals and ensure the stability of signal transmission...
Select RF coupler produced by regular manufacturers, which adopts high-precision processing technology and stable materials to ensure basic accuracy from the source...
Use a dry and soft brush to clean the dust on the surface of the coupler. If there are stains on the interface, use a cotton swab with a small amount of anhydrous alcohol to gently wipe it...
To ensure the performance of the RF coupler, the following points should be noted during installation...
Selecting the appropriate coupling degree of an RF coupler depends on aligning its specifications with specific application requirements, ensuring optimal signal transfer and system performance...
Improving the power handling capacity of an RF coupler requires a systematic approach addressing material science, design engineering, and thermal management...
The performance of an RF coupler is significantly influenced by environmental conditions, as its electrical and mechanical properties are sensitive to external factors....
In radar systems, the RF coupler plays a multifaceted and critical role in ensuring efficient signal management, accurate detection, and system reliability...
Testing the attenuation value of an RF attenuator requires a systematic approach using specialized equipment to ensure accuracy...