The advantages of the new Multisim 13.0 include:
Circuit parameters and parameter sweep analysis.
Digital circuit education with NI myRIO and Digilent FPGA devices.
Power electronics analysis with thermal models of IGBTs and MOSFETs.
Device library of over 26,000 components.
Design automation with Multisim API Toolkit for LabVIEW systems design software.
Multisim 13.0 offers comprehensive circuit analysis tools dedicated to analog, digital, and power electronics. The interactive graphical environment helps educators reinforce circuit theory and bridge the gap between classroom and hands-on laboratory learning. Multisim's same advanced analysis capabilities are also used across various industries to explore design decisions and optimize circuit behavior with mixed-mode simulation.
Multisim, a comprehensive educational solution for various courses, guides students from basic electronics to complex senior-level design projects by integrating learning materials and lab hardware with NI myDAQ, NI ELVIS (NI Educational Laboratory Virtual Instrumentation Suite), NI Myrio, and Digilent digital products. Multisim 13.0 also features ready-to-use subboard templates that shorten design time for NI Single-Board RIO hardware and other components.
"We chose Multisim because of the capabilities it provides, as it allows first-year students to understand the fundamentals of analog and digital electronics and also allows final-year students to delve deeper when they use it in their projects," said Danielle George, a member of the Faculty of Engineering and Physical Sciences at the University of Manchester.
Aerospace, energy, and life science engineers use device simulation models from leading semiconductor manufacturers in an interactive analysis environment to evaluate, optimize, and design applications to meet specifications on time.
Furthermore, Multisim API Toolkit for LabVIEW defines countless applications for correlating measurements, specific sweep conditions, and performance analysis with the flexibility available in conventional simulation environments.
