- #RUN IN MACSPICE PRO#
- #RUN IN MACSPICE VERIFICATION#
- #RUN IN MACSPICE SOFTWARE#
- #RUN IN MACSPICE SIMULATOR#
Some highlighting features include verification of circuit-related problems, graphs drawing, browse and integration of documents, edit, save and print reports that are made of multiple elements displayed in the main window. Solve Elec is a lightweight program that allows you to draw and analyze direct and alternating current electrical circuits. With a database of over 30,000 community circuits, you can immediately turn inspiration into simulation. Multisim Live delivers SPICE simulation to you anywhere, anytime. By adding powerful circuit simulation and analyses to the design flow, Multisim helps researchers and designers reduce printed circuit board prototype iterations and save development costs.
Its intuitive interface helps educators reinforce circuit theory and improve retention of theory throughout the engineering curriculum.
#RUN IN MACSPICE SOFTWARE#
Multisim software integrates industry-standard SPICE simulation with an interactive schematic environment to instantly visualize and analyze electronic circuit behavior. The tool is built for education, research, and design the suite provides advanced simulation capabilities to give you clear insights into how circuits perform under any situation.
You can perform interactive SPICE simulation and seamlessly transition to PCB layout and routing software. It helps you design circuits using intuitive and cost-effective tools.
#RUN IN MACSPICE PRO#
NI Circuit Design Suite Power Pro combines Multisim and Ultiboard software to offer a complete set of tools for circuit design, simulation, validation, and layout. All in all, Pspice is a great productivity tool for engineers and circuit designers. View simulation bias results directly on the schematic, including node voltages, pin, and sub-circuit currents and device power calculations. You can directly set up and run simulations and cross-probe simulation result from OrCAD Capture. Pspice’s tight integration with schematic tools allows for improved accuracy. It allows you to retarget existing designs with new goals without modifying the layout. You can find optimum combinations of component values, automatically simulate, evaluate results and adjust component values to reach performance requirements. Automatic performance optimization algorithms improve design quality and engineer productivity. The Pspice Advanced Analysis Option maximizes design performance, yield, cost-effectiveness, and reliability. It combines Sensitivity, Monte Carlo, Smoke analysis, parametric analysis, and an Optimizer to provide an expanded environment to take design analysis beyond simulation. It allows engineers to make virtual prototypes of designs and maximize circuit performance by altering the situations. Pspice is an advanced circuit simulation and analysis software for analog and mixed circuits.
#RUN IN MACSPICE SIMULATOR#
All in all, Qucs-S is a great circuit simulator that you can consider among its alternatives. It supports advanced SPICE components like Equation-defined sources and RCLs, transmission lines, RCL, BJT, MOSFET, JFET, and MESFET. Some highlighting features of Qucs-S include backward compatibility with Quscs, direct support for SPICE models, model cards, and SPICE sections. The schematic document format of Qucs and Qucs-S are fully compatible. Qucs-S is not a simulator by itself, but it requires using a simulation backend with it. It has advanced RF and AC domain simulation features, but most of the existing industrial SPICE models are incompatible with it. Qucs intentionally uses its own SPICE incompatible simulation kernel Qucsator. It merges the power of SPICE and the simplicity of the Qucs GUI. The purpose of the Qucs-S subproject is to use free SPICE circuit simulation kernels with the Qucs GUI. The letter S indicates the SPICE engine that does all the simulation inside the software. Qucs-S is a spin-off of the Qucs cross-platform circuit simulator.
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