News & Insights
Waveguide Switches: The Complete Guide to Types, Selection, and Applications
Waveguide switches explained: SPDT and DPDT types, latching vs failsafe, selection, and applications. Quotes and datasheets within 24 hours.
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Applications
Understanding Modern Radar Systems: Key RF Design Factors Behind Detection, Tracking and Reliability
Modern radar systems rely on precise RF architectures to achieve reliable detection and measurement. Explore the engineering factors that influence performance across civilian/industrial applications
Knowledge
Waveguide Size Chart: WR-2300 to WR-10 Dimensions
Waveguide size chart for standard rectangular waveguides (BJ3 to BJ900 / WR-2300 to WR-10): frequency ranges, inner dimensions, flanges and theoretical attenuation.
Knowledge
VSWR vs Return Loss Table
Streamline your RF design workflow with this precise VSWR to Return Loss conversion table. Built for engineers to simplify impedance matching and link budget calculations from 1.01 to 20.0 Accuracy.
Knowledge
RF Connector Frequency
Optimize RF systems with our ultimate RF connector frequency guide. Master microwave bands from F type to 1.0mm for precision engineering.
News & Insights
Double-Ridged Horn Antenna or Standard Gain Horn Antenna: Which One Does Your Test Bench Need?
Double-ridged horn antenna or standard gain horn antenna? Compare bandwidth, gain behavior, VSWR and beamwidth side by side, and pick the right antenna for EMC testing and ranges.
News & Insights
How Do You Choose a Double-Ridged Horn Antenna: 1-18 GHz vs 2-18 GHz vs 18-40 GHz?
Choose a double-ridged horn antenna: 1-18 vs 2-18 vs 18-40 GHz. Match gain, beamwidth and connector to your EMC standard. N/SMA/2.92 mm. Quote in 24 h.
News & Insights
What Is a Double-Ridged Horn Antenna, and How Does It Cover 0.1 to 40 GHz?
What is a double-ridged horn antenna? How two internal ridges let one horn span 0.1-40 GHz, how to read the gain curve and VSWR, and where EMC and radar benches use them.
News & Insights
Why Screws Used in Millimeter-Wave Products Are Different
In most mechanical assemblies, screws are simply used to hold components together. But in millimeter-wave (mmWave) and microwave RF products , screws are far more than basic fasteners—they are part o
News & Insights
What's the Coaxial Suspension Line Filter?
A coaxial suspension line filter is a high-performance RF and microwave filter designed to deliver low insertion loss, high Q factor, and excellent frequency selectivity . It uses suspended condu
News & Insights
What Types of Coaxial Suspension Line Filters Are Available for RF and Microwave Systems?
In modern RF and microwave systems , filtering is essential to ensure signal integrity, reduce interference, and maintain system stability. In previous discussions, we explored what a coaxial suspen
News & Insights
What Is the Purpose of a Microwave Anechoic Chamber?
In RF engineering, antenna design, and microwave system development , measurement accuracy is essential. Even small electromagnetic reflections can significantly affect the results of antenna pattern
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