Electromagnetic Tools (EMTOOLS)

Related Tools

Learn more about these related products:

• ACAL^®
• BTS
• CASTACK^TM
• CATS
• DUCTSCAT^TM
• EMTM^TM

• MMADTO^TM
• P3_RCS
• RCSSIG^TM
• SIG2D^TM
• SIGLBC^TM

ACAL^®

ACAL (Advanced Complex Algebra Library) is an out-of-core linear system solution library, using a hyper-matrix approach to partition the problem. Learn more...

BTS

BTS (Budgeting for Total Signature) is an adaptable threat-based signature reporting tool currently used for radar signature with planned development for infrared, acoustic, visual, magnetic/pressure, and electromagnetic emissions. BTS provides ease in communicating signature budgets in all spectra while maintaining controls and visualization that is unique to signature types. Learn more...

CASTACK^TM

CASTACK (Circuit Analog STACK) is a computer code that calculates various electrical properties of a material composed of layers, each of which may contain a regular pattern of arbitrarily shaped circuit elements. Transmission and reflection coefficients are calculated for the material stack, as well as input impedance, normal layer admittance and layer impedance. Learn more...

CATS

CATS (Complex Axisymmetric Target Signatures) is a 3-dimensional computer code for the radar cross section analysis of objects that exhibit axisymmetric, or rotational symmetry. Learn more...

DUCTSCAT^TM

DUCTSTAT (high-frequency Duct Scattering) is a computer code designed for evaluating the radar cross section performance of duct geometries with optional material treatments. DUCTSCAT has been used to perform radar cross section signature analysis on various aircrafts, ships that have duct shaped geometries. Learn more...

EMTM^TM

EMTM (Effective Medium Theory Materials) is a computer code that calculates the effective permittivity of a material comprising a substrate or matrix that is randomly loaded with general ellipsoidal particles or inclusions. Learn more...

MMADTO^TM

MMADTO (Modular Microwave Advanced Design Tool Optimizer) is a one dimensional, multilayered, laminant absorber design code. Learn more...

P3_RCS

P3_RCS refers to software that can be used to facilitate the generation of geometry files for RCSSIG, SIG2D, or SIGLBC from models built using the CAD package P3/PATRAN. Learn more...

RCSSIG^TM

RCSSIG is the prediction/simulation of high frequency EM scattering code based on physical optics and physical theory of diffraction method of complex 3-D targets. The principal use of RCSSIG is RCS prediction from various vehicles such as aircraft, land vehicles, and ships in various configurations. Learn more...

SIG2D^TM

SIG2D (2-Dimensional Signature Prediction/Radar Cross Section Analysis Code) is a surface integral computer code for radar cross section analysis of objects that exhibit two-dimensional translational symmetry. SIG2D is designed for problems which can readily be characterized as a combination of piecewise homogeneous bulk materials, metal surfaces, impedance boundary surfaces, and shunt impedance surfaces. Learn more...

SIGLBC^TM

SIGLBC (3-Dimensional Signature Prediction/Radar Cross Section Analysis Code Using Moment-Method Approach) rigorously computes the RCS (Radar Cross Section) of systems/sub-systems and in-situ antenna patterns using generalized surface integral equations. SIGLBC has been developed with focus on the RCS designer. The formulation is selected to be robust in an environment of complex 3D shapes, optimization and fast incremental updates have been a paramount concern from the onset, and the code has been engineered for easy implementation on high speed platforms. Learn More...