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The purpose of this work is to design a MSK modulator capable to work at a high data modulation. To achieve a low simulation runtime, the modulator is described in VHDL-AMS hardware description language. It is optimized by applying the “Hoke_D4 experimental design” with five factors having in view to minimize the modulator response time. An optimum solution is performed with the help of NEMROD software.
In this work, we expose our approach to design and optimize mixed analog and digital systems at a high level description using VHDL-AMS. The studied system consists of a MSK modulator designed and optimized for a DECT standard application. The applied optimization method uses the ldquoexperience plansrdquo with five generics having in view to minimize the modulator response time. At this level, we...
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