• Computer with Windows 7/Vista/XP installed
• At least 2.5 GB of disk space
• Hi-speed USB
• Intuitive Schematic Capture Environment
• Interactive Components and 3D Devices

NI Multisim is an analog, digital, and power circuits teaching environment, enabling student exploration of electronic behavior through pedagogical features built upon industry-standard SPICE simulation. With intuitive and interactive learning features, students understand foundational electronics topics and can then transition to circuit design and layout with the NI Ultiboard printed circuit board development environment.

The NI Circuit Design Suite combines NI Multisim and NI Ultiboard into a single integrated bundle for all student learning and design needs. This analog, digital, and power circuit learning platform includes a powerful suite of virtual instruments and analyses to view simulated measurements on the PC desktop. The NI Ultiboard software allows students to design a printed circuit board, view it in 3D, and prepare for fabrication.

Easy-to-learn part placement and modeless wiring make it simple for students to be able to draw a circuit diagram instantly ready for simulation.

Multisim and Ultiboard includes models and devices from leading semiconductor manufacturers including Analog Devices, Infineon, NXP, Microchip, and many more

Students can learn theory better with interactive potentiometers, rated devices, realistic resistors, and 3D integrated circuits.

Simulated measurements can be easily viewed and analyzed with virtual oscilloscopes, function generators, bode analyzer, ammeter, current probe, etc.

Multisim is built upon powerful SPICE technology and offers a comprehensive suite of analyses including transient, AC, Fourier, temperature, etc.

Full integration to NI Ultiboard means Multisim schematics can be converted into printed circuit board diagrams with complete layout and routing capabilities.

Multisim digital logic diagrams can be exported into a raw.VHDL format to program Digilent platforms such as Basys and Nexys.