Home > Applications > Aerospace EMC Simulations   Applications Complex Cable System Simulation Antenna Simulation and Optimization Automotive EMC Simulations Aerospace EMC Simulations Naval EMC Simulations Component and Test Equipment Modeling PCB Modeling in Complex Environment Quick Links Contact Upcoming Events Latest Releases Reports and Publications   Aerospace EMC Simulations Cross Talk between Cables in Helicopter Crosstalk between cables in the helicopter is considered. Currents and voltages are calculated and compared with MoM solution. Read Full Article     Cross Talk between Cables in Helicopter Calculated by Branin's Fast Method Helicopter model with harness containing 30 cables is considered. Cross talk between cables is calculated by Branin's fast method. Advantage in calculation time for fast Branin's method in comparison with basic LCTL approach is demonstrated. Read Full Article     Transient Field Coupling into Aircraft Cables. EMP Stroke Voltage coupled into onboard cable from EMP stroke is calculated and analyzed. Read Full Article     Transient Field Coupling into Aircraft Cables. Lightning Stroke Voltage coupled into onboard cable from lightning stroke is calculated and analyzed. Read Full Article     Simulations with Aircraft Environment Aircraft model with cable system passing along its floor and left wing is considered. Cables system consists of TWP with solid copper shield (STP) and single cable. Coupling from active ECU into passive device is demonstrated. Read Full Article     Magellan Spacecraft Simulation Combination of MoM and physical optics approach (PO) is demonstrated on simulations of electrically large problems. Magellan spacecraft fed by horn antenna pattern is simulated at 3 GHz frequency. Read Full Article     Radar Cross Section of Aircraft IA-63 Pampa Analysis of RCS data plays important role in military aircraft design. This application demonstrates Radar Cross Section (RCS) calculation for aircraft IA-63 Pampa. Read Full Article     Radar Cross Section Benchmark for Simple Shapes This application demonstrates Radar Cross Section (RCS) calculation for simple shapes including the NASA almond, ogive, double-ogive, cone-sphere and cone-sphere with gap. Simulation data is compared with published measurements data. Read Full Article
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