#MULTISIM INSTALL#
Therefore, if you're an electrical engineering student and you want to have access to one of the best programs in the sector to create electrical circuits, download and install NI Multisim Student Edition on your computer. im mi trong National Instrument Circuit Design Suite 14.0: Kh nng phân tích analog và k thut s. Bao gm các b công c chính Multisim và Ultiboard.
#MULTISIM SOFTWARE#
Designing electric circuits is one of the most complicated disciplines of the electrical engineering field, and it's necessary to use very advanced software to be able to design the circuits. National Instrument Circuit Design Suite 14.0 là phn mm thit k vi mch c s dng rng rãi.
#MULTISIM PROFESSIONAL#
It's a very good application, and it includes some of the most advanced tools in the field.įurthermore, NI Multisim makes creating any kind of electrical circuit a simple process, with the possibility to add any element to the circuits, having a library with more than 4,000 objects, and a test system that activates and deactivates by means of a small switch. NI Multisim is one of the best tools available for electronics and circuit design students, teachers and professional workers. One of the most advanced programs of this field is NI Multisim, a program that has been designed with teachers, students and professional circuit designers in mind. Electronic simulation and schematic capturing software Final time is just the time the simulation will terminate.Designing electric circuits is one of the most complicated disciplines of the electrical engineering field, and it's necessary to use very advanced software to be able to design the circuits properly and to be able to check if there aren't any problems in the design. Print Step determines how many calculations Multisim must make to plot a waveform. Finally, transient analysis requires the user to enter two parameters: Print Step, and Final Time. Common sources that are used for transient analysis are PULSE_VOLTAGE, and AC_POWER. For instance, placing a probe in a sine wave of a particular circuit then running a transient analysis, the sine wave would be displayed and you would see it on an oscilloscope. The transient analysis computes various values of a circuit in the time domain. 47uF and 5.6k resistor.īelow is the resulting DC sweep analysis of the circuit. In this case the outputs displayed will be the wires labeled 2, Mid and in between the. You will also need to click on the Output tab to select the variables of your circuit which will be shown in the output window of the analysis. This indicates that the DC sweep will be in reference to V1 and values will range from -10V to 15 V at increments of 1. Enter the values as shown in the figure below. To set up a DC sweep analysis, select Simulate, then Analysis, and select DC Sweep from the toolbar. You will need to specify the source to be swept and the starting value, end value, and increment value of the sweep measured in volts. Once you finish the schematic, save it by selecting File, then Save As from the toolbar, and now you are ready to run various simulations.Ī DC sweep consists of having a DC voltage of the current source be “swept” over a range of values to see how the circuit behaves to the various conditions. Scanned by 72 antivirus programs on Dec 23, 2021. Download Review Comments (3) Questions & Answers Download the latest version from Software Informer. The parts list consists of DC_POWER, C, R, 1N4148, and GROUND. Manages data for circuit board design projects. Task: construct the following circuit in Multisim software: Here at, you can receive a quick solution for your assignment – all you need is to fill in the order form with specifications and wait till the finished work will be delivered to your personal account. If you will have troubles with completing your assignments, don’t hesitate to ask an expert for online assignment help. If you have just started using the Multisim software, we recommend you to read the functionality overview on our blog. We have supported this sample with detailed instructions and screenshots to show you how the result looks on the screen. We advise you to read our Multisim circuit examples with a high attention to detail.
#MULTISIM HOW TO#
In the following Multisim circuit examples you will learn how to construct a particular circuit using DC sweep and transient analysis. While Multisim has an intuitive and simple interface, technologies used to create high-quality simulations are quite difficult. If you are attending engineering classes, you will probably face an assignment that will ask you to create a simulation of a certain circuit in Multisim.