Signal Integrity Transmission lines can be studied and optimized for signal integrity. Vias in multilayer boards, connectors, and other structures can be simulated to obtain cross talk, mode conversion, TDR impedance, SPICE models, and eye diagrams. Examples:     Differential Via Pair     Multipin Connector     SI Design from Allegro
	EMC/EMI Electromagnetic radiation from electronic components and radiation into housing can be studied with Microwave Studio. Field monitors are used to determine the EMC spectrum at the standard 3 and 10 meters distances. Linear or circularly polarized plane waves can be used to illuminate a housing to study EMI effects.
	Antenna and RCS The FI technique in the time domain solver of Microwave Studio requires less memory for large problems than FE methods. You can simulate radiation problems on your PC such as large finite arrays. RCS studies can be done with plane wave illumination of a model.  The Floquet mode ports in the frequency domain solver give highly accurate results for infinite arrays scanned off bore sight. Examples:     Infinite Array Normal Phasing     Infinite Array Off-Normal Phasing     Large Finite Phased Array     Dipole Receiving Array     Optimization of Antenna Gain     Broadband RCS of a UAV
	Waveguide Components Waveguide components such as a slab polarizer are easily modeled in Microwave Studio. Gyrotropic materials can be used to simulate circulators and similar devices.
	Metamaterials Metamaterials are assemblies of bodies which collectively have a behavior of a material with novel properties. Left-handed materials, artificial magnetic conductors, frequency selective surfaces, and other metamaterials have been studied using Microwave Studio.
	Cell Phone/Human Body Interaction Analysis of a cell phone and antenna model in free space, and next to a detailed human head model. This example demonstrates CST's new Human Body Mesh interface, which provides very detailed human body/tissue mesh models.