Transitions up to 325 GHz

Waveguide Transitions up to 325 GHz

High-frequency transitions in waveguide technology require precise design and minimal losses. Our Waveguide Transitions cover the frequency range from WR510 to WR3, enabling efficient signal transmission up to 325 GHz for demanding RF and mmWave applications.

Key Features

• Frequency Range: WR510 to WR3 (up to 325 GHz)
• Transition Types: Rectangular-to-rectangular, rectangular-to-circular, and Double Ridged Waveguide (WRD) configurations
• Low Insertion Loss and optimized VSWR across wide bandwidths
• Temperature stability and mechanical robustness for field and laboratory applications

Applications

• mmWave and THz system integration
• 5G/6G infrastructure and test setups
• SATCOM and Defense systems
• Automotive radar (ADAS, FMCW-based)
• Broadband test and measurement equipment and network analyzers
• HPA, LNA, and PLL circuits in high-end applications

Technical Details

Selecting the right transition type is critical for signal integrity. Rectangular transitions minimize reflection losses through optimized impedance matching; circular variants support TE01 modes for reduced waveguide attenuation in ultra-high-frequency setups. Double Ridged designs significantly extend bandwidth and are ideal for broadband CW, pulsed, or modulated signal transmission.

At bq-microwave you receive custom solutions, comprehensive characterization (S-parameters, VSWR, dB level accuracy), and reliable supply chains for your RF/microwave systems.