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MentorGraphics HyperLynx

Product
Developers: Mentor Graphics
Branches: Mechanical engineering and instrument making,  Electrical equipment and microelectronics
Technology: CAD

The packet of HyperLynx has universal character and can be used in any route of design for elimination of the problems connected with integrity of signals, cross aimings and electromagnetic compatibility that allows to receive the correct project at the first release of a payment, eliminating need of restart in production. Additional benefit is usability of a packet doing by its desktop means of any engineer.

HyperLynx includes a full range of tools for the preliminary and post-route-making analysis of integrity of a signal, aimings and electromagnetic radiation.

Features

  • The preliminary analysis of integrity of signals at the level of a schematic circuit and the complete post-route-making analysis taking into account the parameters extracted from topology. Provides the solution of the majority of problems, without resorting to expensive prototyping and physical testing, significantly reducing a design cycle

  • The analysis of electromagnetic radiation and the induced electromagnetic field of routes of conductors at an early stage

  • Supports tabular models, the IBIS, SPICE models and S-parameters

  • Supports the analysis and modeling of differential pairs, including planning of an impedance and optimization of parameters of the approving resistors

  • The module of optimization of approval creates approval recommendations for use, including schemes of consecutive and parallel approval, parallel approval on alternating current, differential approval

  • The analysis of cross aimings between the IC packages connected by multigigabit high-speed buses, using multibit test influences, the analysis of noise, a method of eye patterns and masks, and creating recommendations about an admissible relative positioning of components

  • Provides exact modeling of the transferring lossy lines, including the analysis of a skin-effect and losses in dielectric.