1. INTRODUCTION. PSpice with OrCAD Capture (release 16.6 edition)
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1 1. INTRODUCTION SPICE (Simulation Program for Integrated Circuits Emphasis.) is a powerful general purpose analog and mixed-mode circuit simulator that is used to verify circuit designs and to predict the circuit behavior. This is of particular importance for integrated circuits. It was for this reason that SPICE was originally developed at the Electronics Research Laboratory of the University of California, Berkeley (1975), as its name implies: PSpice with OrCAD Capture (release 16.6 edition) The following figure summarizes the different steps involved in simulating a circuit with Capture and PSpice. We'll describe each of these briefly through a couple of examples. Steps involved in simulating a circuit with PSpice. Step 1: Creating the circuit in Capture
2 1 Create new project: To start the OrCAD Capture Cis Demo, click on the Start menu and select: All Programs => Cadence Release => Orcad products => Capture CIS Ok, Next you will get the below
3 1. Select New Project 2. Enter the name of the project 3. Select Analog or Mixed-AD 4. From the Browse box Select the H: drive to store your design. Click OK 5. When the Create PSpice Project box opens, select "Create Blank Project".
4 Click OK 6. A new page will open in the Project Design Manager as shown below. 2. Place the components and connect the parts 7. Click on the Schematic window in Capture. (Please note the icons located on the right of the schematic window).
5 8. To Place a part go to PLACE/PART menu or click on the Place Part Icon. This will open a dialog box shown below. 9. If the library is not available, you need to add the library, by clicking on the Add Library button. This will bring up the Add Library window. Select the ANALOG library, click the Add Library button again this time select the SOURCE library.
6 Click OK Analog: contains the passive components (R,L,C), mutual inductane, transmission line, and voltage and current dependent sources (voltage dependent voltage source E, current-dependent current source F, voltage-dependent current source G and currentdependent voltage source H). Source: give the different type of independent voltage and current sources, such as Vdc, Idc, Vac, Iac, Vsin, Vexp, pulse, piecewise linear, etc. Browse the library to see what is available. 10. Place the resistors, capacitor, and the inductor (from the Analog library). 11. For the voltage source use VAC from the Sources library Hit the ESC key when done with a particular element. You can rotate a component, in this case select the capacitor by clicking on the Right mouse, then select rotate.
7 12. After placing all part, you need to place the Ground terminal by clicking on the GND icon (on the right side toolbar). When the Place Ground window opens, select GND/CAPSYM and give it the name 0 (i.e. zero). Do not forget to change the name to 0, otherwise PSpice will give an error or "Floating Node". The reason is that SPICE needs a ground terminal as the reference node that has the node number or name 0 (zero). Place the ground terminal box; the ground terminal should have the name 0
8 13. Now connect the elements using the Place Wire command from the menu (PLACE/WIRE) or by clicking on the Place Wire icon.
9 14. You can assign names to nets or nodes using the Place Net Alias command (PLACE/NET ALIAS menu), e.g. Node01, Node02, etc...
10 3. Assign Values and Names to the parts 15. Change the values of the resistors by double-clicking on the number next to the resistor.. Do the same for the capacitor, and inductor. 16. The values of elements can be specified using scaling factors (upper or lower case): T or Tera (= 1E12); G or Giga (= E9); U or Micro (= E-6); N or Nano (= E-9); MEG or Mega (= E6); P or Pico (= E-12) K or Kilo (= E3); F of Femto (= E-15) M or Milli (= E-3); Both upper and lower case letters are allowed in PSpice and HSpice. As an example, one can specify a capacitor of 225 picofarad in the following ways:
11 225P, 225p, 225pF; 225pFarad; 225E-12; 0.225N Notice that Mega is written as MEG, e.g. a 15 megaohm resistor can be specified as 15MEG, 15MEGohm, 15meg, or 15E6. Be careful not to use M for Mega! When you write 15Mohm or 15M, Spice will read this as 15 milliohm! 17. If you haven't done so yet, you can assign names to nodes (e.g. Out1 ). 18. Save the project Step 2: Specifying the type of analysis and simulation Spice allows you do to a DC bias, DC Sweep, Transient with Fourier analysis, AC analysis, Montecarlo/worst case sweep, Parameter sweep and Temperature sweep. We will explain how to do AC Sweep. AC Sweep analysis 19. With the schematic open, go to the PSPICE menu and choose NEW SIMULATION PROFILE. 20. In the Name text box, type a descriptive name, e.g. Lab5-part1 21. From the Inherit From List: select none. click Create 22. When the Simulation Setting window opens, for the Analyis Type, choose AC Sweep/Noise. 23. Set the start frequency to 20Hz, the End Frequency to 20Khz, with intervals of about10 Points/Decade.
12 Click OK. 24. Now you are ready to run the simulation: PSPICE/RUN 25. A window will open, letting you know if the simulation was successful. If there are errors, consult the Simulation Output file. 2.3 Step 3: Displaying the simulation Results
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