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- Lundgren, Jan, et al.
(author)
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Substrate Noise Coupling models for Behavioral Mixed-Signal Simulation in SystemC
- 2004
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In: Proceedings. 4th IEEE International Workshop on System-on-Chip for Real-Time Applications, (IWSOC'04), 2004. ; , s. 201-205
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Conference paper (peer-reviewed)abstract
- We present methods and models to simulate substrate noise coupling at the behavioral level. The models are implemented as a part of the SystemC based Behavioral level Noise Coupling (BeNoC) simulation application. The application is designed as a wrapper to SystemC component modules, enabling designers to simulate substrate noise coupling in their modules during the entire circuit refinement process. This is enabled through the two main contributions presented in this paper: (1) methods to connect the behavioral level with low level circuit simulations and (2) generation of a fast and accurate circuit model for substrate coupling simulations. The accuracy of the generated substrate noise coupling model is verified against device simulations. The same verification test case is used to demonstrate the connection between behavioral simulations and circuit simulations.
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| 3. |
- Lundgren, Jan, et al.
(author)
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Taking Mixed-Signal Substrate Noise Coupling Simulation to the Behavoral Level using SystemC
- 2004
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In: Proceedings of the International Workshop on System-on-Chip for Real-Time Applications (IWSOC 2004)).
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Conference paper (peer-reviewed)abstract
- The paper presents methods and models to simulate substrate noise coupling at the behavioral level. The models are implemented as a part of the SystemC based Behavioral level Noise Coupling (BeNoC) simulation application. The application is designed as a wrapper to SystemC component modules, enabling designers to simulate substrate noise coupling in their modules during the entire circuit refinement process. This is enabled through the two main contributions presented in this paper: (1) methods to connect the behavioral level with low level circuit simulations and (2) generation of a fast and accurate circuit model for substrate coupling simulations. The accuracy of the generated substrate noise coupling model is verified against device simulations. The same verification test case is used to demonstrate the connection between behavioral simulations and circuit simulations.
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