Waveguide Components up to 500 GHz

Waveguide Component Portfolio DC to 500 GHz

AT Microwave offers an extensive waveguide component portfolio spanning DC to 500 GHz, designed for advanced RF and millimeter-wave applications across research, aerospace, telecommunications, and defense sectors. This comprehensive catalog encompasses twelve major categories of high-performance waveguide modules engineered for demanding laboratory and system integration requirements.

Technical Specifications

• Waveguide Low Noise Amplifiers (LNAs): 33–340 GHz (WR-22 to WR-2.8), noise figures as low as 2.5 dB, single power supply operation
• Waveguide Power Amplifiers: 40–260 GHz (WR-19 to WR-04), output power up to +34 dBm, stable gain across bandwidth
• Frequency Multipliers: 33–330 GHz (WR-22 to WR-3.4), multiplication factors ×2 to ×24, output power up to +23 dBm
• Mixers & IQ Mixers: 33–500 GHz (WR-22 to WR-2.2), integrated LO chains, bidirectional signal path compatibility
• VNA Extension Modules: 40–500 GHz (WR-19 to WR-2.2), compatible with major VNA platforms, full two-port measurement capability
• Signal Generator Extensions: 40–330 GHz (WR-19 to WR-3.4), configurable as LO sources or converters, optional attenuators and isolators
• Fixed Waveguide Attenuators: 40–500 GHz, attenuation steps 3–40 dB, power handling up to 10 W
• Directional Couplers: 40–500 GHz (WR-19 to WR-2.2), coupling values 3–40 dB, excellent directivity and isolation

Applications

• 5G/6G & Telecommunications: Network characterization and beyond-5G testing environments
• SATCOM: Satellite communication systems and ground station equipment
• Defense: Military RF measurement platforms and radar systems
• Automotive: Radar and sensing applications at millimeter-wave frequencies
• Research: Semiconductor device characterization, materials spectroscopy, and terahertz applications

bq-microwave, as an authorized European distributor for AT Microwave, provides comprehensive technical support and rapid availability across the full DC-500 GHz waveguide portfolio. For detailed specifications or application-specific consultations, visit our contact page.