Couplers / power dividers allow the power of a signal to be evenly distributed among multiple paths.
Enable a signal to be evenly split among multiple paths, ensuring identical power at each output.
Available from 2 to 12 paths to suit both simple and complex RF architectures.
applications.
Optimize overall system efficiency while ensuring effective signal transmission.
Limits interference and improves RF performance stability.
Suitable for many RF and microwave bands depending on application requirements.
Available with multiple connector types for easy integration into existing installations.
It offers balanced signal splitting with excellent port-to-port isolation, ideal for RF applications requiring low insertion loss and high performance (optimal VSWR, channel-to-channel isolation).
They offer asymmetrical power splitting while maintaining low insertion loss, making them ideal for RF installations where unequal distribution is required alongside excellent robustness.
Designed to combine or split high-power signals with precise phasing (90° or 180°), these dividers ensure excellent isolation and perfect impedance matching, making them suitable for complex radio frequency and microwave applications.
A simple, wideband solution (starting at DC) for splitting an RF signal, suitable for environments where compactness and stability take precedence over channel-to-channel isolation.
It offers balanced signal splitting with excellent port-to-port isolation, ideal for RF applications requiring low insertion loss and high performance (optimal VSWR, channel-to-channel isolation).
They offer asymmetrical power splitting while maintaining low insertion loss, making them ideal for RF installations where unequal distribution is required alongside excellent robustness.
Designed to combine or split high-power signals with precise phasing (90° or 180°), these dividers ensure excellent isolation and perfect impedance matching, making them suitable for complex radio frequency and microwave applications.
A simple, wideband solution (starting at DC) for splitting an RF signal, suitable for environments where compactness and stability take precedence over channel-to-channel isolation.