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IMS 2023 EUMW 2023 in Germany EUMW 2024 in Paris
The power capacity of a high power coupler is first determined by its electrical design parameters...
High power couplers achieve efficient power transfer through controlled electromagnetic field interactions...
Insertion loss, the power reduction as a signal passes through the coupler, significantly influences system performance across various applications....
This capability stems from its specialized design and electromagnetic principles, enabling selective signal coupling based on propagation direction....
In an RF system, a high power coupler serves as a critical component that enables efficient signal management while maintaining system integrity and performance....
Installing a high power coupler safely and efficiently requires careful planning, adherence to technical guidelines, and attention to both mechanical and electrical details...
Use dedicated anti-static packaging materials to protect the device from static electricity and internal components...
Regularly wipe the device surface with a dry, soft cloth to remove dust and stains, and prevent accumulation of impurities that could affect heat dissipation...
First, inspect the device's exterior for obvious signs of damage, such as deformed connectors, cracked casing, or frayed cables...
The installation location must be away from strong electromagnetic interference sources, such as high-power motors and transformers, to prevent electromagnetic signals from interfering with the combiner's normal operation...
First, confirm the device's interface type to ensure it matches the interface of the RF signal source, load, and other devices to be connected...