PEAK-D3E

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Part Status:	Active

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PEAK-D3E is an advanced 3D electromagnetic simulation software developed by the world\'s leading technology company. It provides a comprehensive set of functionality for studying the electromagnetic environment associated with radio frequency (RF) communications. This software is designed to be used by engineers, scientists, and technicians in a variety of industries, including but not limited to, telecommunications, industrial, automotive, research, and engineering.The main purpose of PEAK-D3E is to enable investigators to analyze the radiation patterns and effects of various objects and structures in complex 3D electromagnetic fields. This is done by using a comprehensive 3D field solver which takes into account the properties of objects and structures, as well as the effects of shadowing, refraction, and absorption. The software also features an extensive library of custom 3D objects that can be used to simulate devices such as antennas, cable systems, and towers.The applications for PEAK-D3E are numerous and span a wide range of industries. For example, in telecommunications, the software can be used to study signal propagation and reception in large-scale networks such as cellular networks. In the industrial sector, it can be used to investigate the behavior of machines and the effect of RF energy on electrical components and circuits. In the automotive industry, the software can be used to assess the electromagnetic compatibility of control systems and vehicles. In research and engineering, it can be used to model the performance of components and systems in different scenarios.In terms of working principle, PEAK-D3E is based on the application of Maxwell\'s equations, which describe the behavior of electrical and magnetic fields in charged environments. These equations are solved with numerical techniques, using the finite element method (FEM) or the finite difference time domain (FDTD). The user provides a model of the environment, which is then analyzed using the appropriate numerical techniques. The numerical results provide the basis for assessment of the electromagnetic environment of objects as well as the propagation of electromagnetic fields.The FEM and FDTD methods are used to obtain the fields associated with arbitrary structures in a 3D environment. The fields are then displayed as, for example, vector plots or color plots. To obtain measurements, such as radiation patterns, the field solver can be used to calculate the transmitted and received power. The results can then be displayed in the form of graphs, tables, or images that can be easily interpreted.In conclusion, PEAK-D3E is a powerful tool for simulating the electromagnetic environment of objects and structures in 3D. Its main applications are in telecommunications, industrial, automotive, research, and engineering fields, although it can be used in other areas too. The software uses Maxwell\'s equations and numerical techniques to solve the fields associated with various objects and structures in a 3D environment. The results can be used to assess the electromagnetic compatibility, performance, and radiation patterns of components and systems.

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