Abstract: Usage of modeling for construction of laser installations today is actual in connection with automation of manufacture. The automated designing is used at forecasting behavior of modeled objects That is why at the certain stage of development CAD there was a necessity of creation of standardized language of the description of the equipment, one of which is VHDL. It allows to describe the behavior of digital circuits, as well as to perform and also to spend the hierarchical functional-structural description of the big integrated systems and at the same time has all signs of the programming language of high level – allows to create the types of the data, has a wide set of arithmetic and logic operations. The paper suggests synthesis of a VHDL – model of a gas laser gasdischarge circuit efficiently distributing RTL- circuits to create a new list of connections with a minimum number of components. Models of GDC lasers consist of three subtasks: a logic conclusion, optimization received RTL structures and its distribution on structural elements technology mapping

Keywords: model of a gas laser, gas-discharge circuit, VHDL – model, gas discharge circuit

ACM Classification Keywords: C.4 Performance of systems - Modeling techniques

Link:

VHDL-MODELING OF A GAS LASER’S GAS DISCHARGE CIRCUIT

Nataliya Golian, Vera Golian, Olga Kalynychenko

http://foibg.com/ibs_isc/ibs-20/ibs-20-p16.pdf