Everything is simple and easy to use, and the simulation function is a snap to operate.
I’m also resistant to change, so when I first saw Multisim, I thought, “Oh that’s a neat program,” and left it at that.
I had become familiar with using another simulation program and it worked well for me, even though I used it mostly for schematic design and did most of my testing on a breadboard. Still others are based on NI’s LabVIEW, so LabVIEW users will be familiar with the simple interface. Some of these devices are even digital versions of their real-world counterparts, like the Tektronix TDS 2024, which can cost several thousand dollars. In addition, there are 20+ simulated measurement devices, like a voltmeter or logic converter. Most simulators use a combination of the two, often allowing you to input your own components, by using SPICE code netlists, creating symbols for them, or by generating the SPICE netlist from the schematic drawing. Multisim is one of the latter, giving the user full control over which components are used and the parameters for each. Others are based on SPICE code, where you write the code that tells the program what your component parameters are and it simulates from that. Some of these simulators are symbolic or graphical, meaning that you build your schematic using the standard circuit symbols and it simulates from there. There are many options out there for simulating electronics circuits, some of them web-based, some of them free for download, and still others require payment. I’ve been playing around with Multisim 13.0 for the past few weeks, and I have to say that I love it. One of those products is Multisim, a full-function testing and simulation environment for analog, digital, and power electronics designs. We’ve collaborated to create new products, and we’ve expanded our capabilities to work with more of NI’s products.
If you’ve been keeping up with Digilent over that last couple of years, you may have heard about our merger with National Instruments.
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