What is a waveguide and how does it work? Learn the fundamentals of waveguides in RF and microwave systems, including structure, types, and applications in communication and radar.
Waveguide vs coaxial cable: which is better for high-frequency RF systems? Compare loss, power handling, frequency range, and applications to choose the right solution.
In high-frequency microwave and millimeter-wave communication systems , controlling how RF signals move through a network is essential. Engineers often need to redirect signals between antennas, tran
In microwave and millimeter-wave systems , a waveguide switch is a critical component responsible for routing RF signals between different transmission paths. These switches are widely used in rad
Selecting the right coaxial suspension line filter is a critical step in designing high-performance RF and microwave systems . While these filters are known for their low insertion loss, high Q fa
In modern wireless communication and RF monitoring systems , achieving reliable long-range signal transmission is a key challenge. Whether used in telecommunications, spectrum monitoring, EMC testin
When it comes to high-performance RF and microwave systems , choosing the right filter is critical to ensuring signal integrity, system efficiency, and long-term reliability . At AO Microwave , we
In modern RF and microwave systems , engineers are constantly balancing performance, size, and efficiency. As systems become more compact—especially in 5G, satellite communications, and millimeter-w
In microwave and millimeter-wave RF systems , waveguide switches play a crucial role in controlling signal routing between antennas, transmitters, receivers, and test equipment. Choosing the correct
mmWave waveguide bend precision: why surface roughness >0.4 μm adds 38–86% loss at 94 GHz. Compare CNC, EDM & electroforming tolerances by frequency.
Why use waveguides instead of coaxial cables? Discover how waveguides offer ultra-low loss and high power handling for microwave, 5G, and satellite systems.
Waveguide circulators in radar AESAs and SATCOM gateways: TR module duplexing, N+1 redundancy, LEO constellation demands, and the peak-vs-average power distinction.
