Werbel Microwave Released New Wideband Coupler

The WMC-0.3-8-30dB-S allows for RF signal sampling across a frequency range of 300 MHz to 8 GHz.

Updated on Sept. 30, 2026 in Semiconductors

Werbel Microwave Released New Wideband Coupler

Werbel Microwave has introduced the WMC-0.3-8-30dB-S, a wideband directional coupler designed for advanced signal monitoring and analysis. This component supports a broad operational frequency range from 300 MHz up to 8 GHz.

Why it matters

The new coupler enables engineers to utilize a single hardware solution for sampling signals across multiple radio frequency bands. This efficiency simplifies the design of systems used for measurement, analysis, and monitoring.

The unit provides 30 dB nominal coupling with typical directivity of 23 dB and insertion loss of 0.5 dB. It features coupling flatness of ±0.6 dB, return loss of 25 dB, and utilizes SMA female connectors.

The players

Werbel Microwave

Werbel Microwave is an engineering company specializing in the development of radio frequency components and signal processing hardware.

The details

The WMC-0.3-8-30dB-S is built to handle up to 20 W of input power while maintaining high performance across its wide operating spectrum. Werbel Microwave supports implementation by offering technical documentation including S-parameter data, 2D CAD drawings, and 3D models.

Werbel Microwave introduced the new coupler on September 30, 2026.

The Tech Race

The release of the WMC-0.3-8-30dB-S reflects the industry-wide move toward broader-bandwidth components that replace the need for multiple, specialized narrowband devices. This shift positions companies to better support increasingly complex software-defined radio architectures.

Engineers and system designers can now integrate a more versatile component into their RF measurement setups, reducing the total hardware footprint. This allows for faster deployment of monitoring systems without the constant need for swapping hardware to match varying signal frequencies.

The takeaway

Using wideband components like the WMC-0.3-8-30dB-S helps reduce hardware complexity in radio frequency monitoring projects. Designers should leverage provided S-parameter data and 3D models to ensure compatibility with existing system architectures during the prototyping phase.