RF Design
PCB layout for RF, impedance matching networks, filter design, amplifier circuits, simulation tools, and signal chain architecture.
RF Design
RF Filter Design: Cavity, Iris, and Interdigital Topologies
Q-factor trade-offs, iris-coupled cavity design, interdigital structures, and tuning procedures for mmWave filters.
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Thermal Management in High-Power RF Systems
Heat dissipation in waveguide terminations, material thermal conductivity, derating curves, and cooling methods.
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Mastering Millimeter Wave Design: Key Considerations for Engineers
Key design considerations for millimeter wave RF systems. Covers frequency planning, component selection, thermal management, and testing strategies.
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The Engineer's Guide to Signal Integrity in mmWave Applications
How to maintain signal integrity in millimeter wave systems. Covers waveguide selection, insertion loss, VSWR optimization, and material considerations.
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Impedance Matching Networks: L, Pi, T Topologies
L, Pi, and T network design, Smith chart matching techniques, Q factor tradeoffs, lumped vs distributed, and practical PCB pitfalls.
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Waveguide-to-Coax Transitions: Design and Selection Guide
Probe coupling, loop coupling, loss mechanisms, band-by-band selection guide, and specification checklist.
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RF PCB Layout: Grounding, Via Fencing, and Trace Geometry
Microstrip vs stripline, ground plane management, via fencing, connector launches, decoupling, and common layout mistakes.
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