![]() Place the elements (even if it is the ground) that are in the PSpice libraries. Create a new project with Analog or Mixed A/D wizard after selecting a proper folder to save. To simulate a circuit, we need to figure out the structure of the circuit. Keep “Footprint Viewer Options” to be “None.” Cancel “License Client Configuration.” For the first time execution… Run “PSpice AD” first, close it, and then you can run “Capture CIS” and use the function of PSpice. ![]() Choose to install “Capture CIS” and “PSpice” only. In the procedure installing… Make sure you are connected to the internet. ![]() Minimum hardware requirements Pentium 4 (32-bit) equivalent or faster Windows XP, Windows Vista, or Windows 7 Minimum 512MB RAM (1GB recommended) 300MB swap space (or more) DVD-ROM drive 65,000 color Windows display with minimum 1024x768 (1280x1024 recommanded) (You can view or create larger designs, but you can not save them.) You can not save a library that contains more than 15 parts. You can not save a design that contains more than 60 parts. Import facilities, netlisters, and accessories that are not relevant to PSpice are not included. The standard Capture libraries are not included. Limits Capture CIS The PSpice libraries are the only ones included. You can only display simulation data from simulations performed with the Demo/Lite Version of the simulator. You can not create CSDF format data files. Circuit optimization with the PSpice Optimizer is limited to one goal, one parameter, and one constraint. Stimulus generation in the PSpice Stimulus Editor is limited to sine waves (analog) and clocks (digital). Device characterization in the PSpice Model Editor is limited to diodes. Limits PSpice A/D The sample library includes 39 analog and 134 digital parts. 4, Roosevelt Road City: Taipei Country: Taiwan State/Province: 00-TW Postal Code: 10617 Telephone: Job Title: Studentįree version? No free meal, of course! Limits exist since it is a lite version or a demo The following limits apply to the Demo/Lite Version of the products: PSpice A/D Circuit simulation is limited to circuits with up to: 64 nodes 10 transistors 65 digital primitive devices 10 transmission lines in total (ideal or non-ideal) 4 pairwise coupled transmission lines. The following shows the use of OrCAD 16.6 Demo.įirst Name: (Yours) Last Name: (Yours) Company/University: National Taiwan University Address: No. Which one to use? They are almost the same. Your disc in Sedra/Smith You can find OrCAD 9.2 Lite here. Two way to get PSpice You can find OrCAD 16.6 Demo here. To Get PSpice via Cadence OrCAD Site Introduction to OrCAD Demo Drawing Circuits with Capture CIS Bias Point Analysis with PSpice DC Analysis with PSpice Transient Analysis with PSpice AC Analysis with PSpice FAQ Dept., National Taiwan University September 2013 Each rms value is 0.57735, which is identical to 1/√3.1 Introduction to Elementary Circuit Simulations with PSpiceĬircuit Laboratory EE. The fall times are the period minus the rise times. Here, the period is 100 ms, and the rise times chosen are 20 ms, 50 ms, and 80 ms. Power absorbed by the switch is 784 mW.Ģ-41) Use the part VPULSE or IPULSE (shown). Power absorbed by the Zener diode is 14.2 W. Power absorbed by the inductor is zero.ī) Power in the inductor is zero, but power in the 1.5Ω resistor is 4.4 W. See Problem 3-37 for the circuit diagram.Ī) Power absorbed by the Zener diode is 36.1 W. Power absorbed by the Zener diode is 6.35 W. Power absorbed by the Zener diode is 13.8 W.ī) Power in the inductor is zero, but power in the 1.5Ω resistor is 1.76 W. The inductor current reaches a maximum value of 3.4 A with the resistances in the circuit: I = 75/(20+1+1) = 3.4 A.Ī) Power absorbed by the inductor is zero. The difference is absorbed by the switch and diode. ![]() The source power is -16.2 W absorbed, meaning 16.2 W supplied.ī) If the diode and switch parameters are changed, the inductor peak energy is 635 mJ, and the resistor absorbed energy is 620 mJ. The inductor peak energy is 649 mJ, matching the resistor absorbed energy. For the inductor and dc source, the average power is zero (slightly different because of numerical solution). Use VPULSE and IPULSE for the sources.Ģ-33) Average power for the resistor is approximately 1000 W. Power including terms through n = 4 is 158.9 watts.Ģ-26) a) THD = 5% → I9 = (0.05)(10) = 0.5 A.Ģ-32) PSpice shows that average power is 60 W and energy is 1.2 J.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |