Design of Wilkinson RF Power Divider
In an era
defined by ever-increasing data demands, contested electromagnetic
environments, and the relentless push toward higher frequencies and wider
bandwidths, one category of technology remains foundational yet often
overlooked: **broadband passive components**. From the filters that clean your
satellite signal to the couplers that enable stealthy electronic warfare, these
components are the silent enablers of modern connectivity and defense.
This edition of
our newsletter explores the critical role that broadband passive components
play across communications, aerospace, and military applications—and why they
matter more today than ever before.
Broadband
passive components are RF and microwave devices that operate across wide
frequency ranges—often from DC to 18 GHz, VHF through W-band, and increasingly
into millimeter-wave frequencies. Unlike active components, they require no
external power source to function.
Our broad-band representative passive components
Broad band 0.5-50GHz Power Dividers
Broadband power dividers split RF signals across multiple channels for 5G/6G, radar, satellite communications (SATCOM), and electronic warfare. They enable antenna beamforming, MIMO, and test systems in aerospace, defense, and wireless infrastructure—delivering reliable, wideband performance from VHF to millimeter-wave frequencies. The HPD0.5-50G-224 is a 2 way Wilkinson power divider that operates from 0.5 to 50 GHz and can handle up to 20 Watts . This power divider offers 15 dB Isolation and 1.60:1 max VSWR. The package interface uses 2.4mm connectors on all of the ports.
Key Benefits l Wide Frequency Range l Excellent Reliability l Customization Available l Low Insertion Loss
1-18GHz Highpass Filters
Broadband high-pass filters suppress low-frequency noise in communications, radar, electronic warfare, and satellite systems, ensuring signal integrity in aerospace and defense applications.
The HRT-HF0118S is a suspended stripline highpass filter. The pass band is 1-18GHz.lt has excellent rejection ≥45dBc@DC-800MHz. It has a maximum insertion loss of 1.5dB. The filter has SMA-Female connectors.
Key Benefits
l High Rejection
l Miniaturization
l Customization Available
l Low Insertion Loss
