Proceedings: ... IEEE/ACM International Workshop on Behavioral Modeling and SimulationIEEE Computer Society, 2000 - Computer simulation |
Contents
Modeling and Simulation of a SigmaDelta Digital to Analog Converter Using | 5 |
HighLevel Design Case of a SwitchedCapacitor LowPass Filter Using | 16 |
Modeling and Simulating Semiconductor Devices Using VHDLAMS | 22 |
Copyright | |
7 other sections not shown
Common terms and phrases
aBlox accuracy algorithm amplitude analog event-driven analog solver analysis behavioral models block calculated capacitance Carnegie Mellon University circuit clock complex component objects Computer connect module continuous-time current cells current sources D/A converter described developed discipline domain driver dynamic effects electrical electrical network electronic electrothermal equations error event-driven example filter frequency function hardware description language IEEE implementation input Integrated Circuits integration interaction models interconnection interface junction diode kernel language large-signal linear macro mechanical mechatronic method mismatch mode Modeling and Simulation MOSFET node noise nonlinear obtained opamp output oversampled parameters performance port port-based modeling paradigm reduced-order model resistor rigid bodies SEAMS self-heating semiconductor device models sensor shown in Figure Sigma-Delta signal simulation results slew rate solution solving specifications SPICE statement step switch synthesis techniques temperature template thermal models thermal network tion transient transistor variables VCSEL Verilog-A VHDL VHDL-AMS voltage waveforms