Tags :SIMetrix

SIMetrix.SIMPLIS.v8.2 SIMetrix/SIMPLIS is an advanced simulation tool optimized for efficient design of power electronics circuits. SIMetrix/SIMPLIS combines accuracy and convergence in a unique and powerful design environment, enabling 10-50x faster simulation for power supply designs. SIMetrix/SIMPLIS – Builds on SIMetrix Classic. Adds the SIMPLIS simulation engine, enables SPICE model conversion (for MOSFETs, Diodes, BJTs, IGBTs, JFETs, and Schottky and Zener diodes) and the Periodic Operating Point analysis. SIMetrix/SIMPLIS Pro – Builds on SIMetrix/SIMPLIS. Adds the SystemDesigner digital modeling blocks and enables multi-core support for up to four cores as well as all the features of SIMetrix Pro. SIMetrix/SIMPLIS Elite – Builds on SIMetrix/SIMPLIS Pro. enables multi-core support for up to sixteen cores and includes all the features of SIMetrix Elite....

SIMetrix SIMetrix is a mixed-mode circuit simulation package designed for professional electronics engineers. SIMetrix comprises a substantially enhanced SPICE simulator, schematic editor and waveform viewer all seamlessly integrated into one program by SIMetrix Technologies LtdSIMetrix/Spice Simulator Mixed-mode simulator, superior convergence and speed Convergence is often a problem with many simulators especially in power electronics. This is because the wide range of currents, voltages and conductances present in power circuits stretches the precision of the underlying algorithms. Many other products have to be coaxed into completing such designs by requiring the user to experiment with various option settings. This is rarely necessary with SIMetrix and is the result of over 10 years of development on the core algorithms and model equations...

SIMPLIS is a computer software package specifically designed for the simulation and analysis of switching power supplies. In a typical switching power system, the transistors and the diodes function as switches, allowing the system to be characterized by a cyclical sequence of linear circuit topologies. By taking advantage of the repetitive piecewise-linear structure of such systems, SIMPLIS is able to perform the simulation in an efficient and accurate manner. In order to avoid potential problems caused by simple syntax errors, SIMPLIS automatically checks the syntax of the input file provided by the user. If syntax errors are detected in the input file, error messages are recorded in a file for the user to inspect and correct the errors. This feature...

SIMetrix and SIMPLIS SIMetrix is a mixed-mode circuit simulation package designed for professional electronics engineers. SIMetrix comprises a substantially enhanced SPICE simulator, schematic editor and waveform viewer in a unified environment. SIMetrix/SIMPLIS is an advanced software tool that enables efficient design of power electronics circuits. SIMetrix/SIMPLIS combines accuracy and convergence in a unique and powerful design environment, enabling 10-50x faster simulation for power supply designs.Circuit Simulation Software SIMetrix Technologies provides reliability, ease of use and accuracy in a range of professionally-packaged circuit simulation tools. With industry-proven performance and technical support to match, SIMetrix Technologies offers an affordable alternative to unsupported freeware and high-priced EDA solutions.Product:Catena SIMetrix Simplis 5.4 Linux Lanaguage:english Platform:Winxp/Win7 Size:87MB

::::::English Description:::::: SIMetrix/SIMPLIS is a circuit simulation suite optimized for the design and development of electronic power systems. SIMetrix/SIMPLIS comprises the SIMetrix environment with Transim s revolutionary SIMPLIS simulator. Transient analysis 10 to 50 times faster than SPICE – SIMPLIS is a component level simulator like SPICE but simulates power switching circuits typically 10 to 50 times faster. Periodic operating point (POP) analysis POP analysis rapidly locates the steady state operating point of a switching system without having to simulate the startup transient conditions. This considerably speeds the study of effects such as load transients. Small signal AC analysis Unlike the static methods used in SPICE, this analysis mode emulates a frequency sweep measurement as might be conducted on real...