12.09.25 -- Achieving Multi-Domain Dominance Through EMSO, Understanding NVIS, The Best Way To Achieve An Unequal Power Split & More

Explore how to mitigate outgassing and multipaction risks in space-grade RF filters through smart material choices, design strategies, and rigorous testing to ensure mission reliability and performance.

High-power microwave systems demand precise signal generation and interconnects to deliver reliable, high-energy pulses capable of disabling electronic threats in dynamic combat environments.

RF and Microwave engineers have various options for unequal signal splitting, including Pick-Off Tees, Resistive Dividers, Directional Couplers, Rat Race, Wilkinson, and Quadrature Hybrids.

Receiver linearity, especially IIP3, critically impacts RF system performance. Balancing it with Noise Figure ensures optimal sensitivity, interference tolerance, and overall signal integrity.

EMC test engineers must interpret specifications, define procedures, and execute compliant testing, even when limits and requirements are set externally by regulators, customers, or standards.

Reliable, mission-proven components support warfighter protection across airborne, shipboard, ground, and decoy platforms, delivering dependable performance in demanding defense environments.