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PSPICE TUTORIAL

PSPICE TUTORIAL. Prepared by Sercan İpek. Starting up the PSpice. Start => Programs => OrCAD 16.0 => OrCAD Capture CIS. Starting up the PSpice. Choose “ OrCAD Capture CIS” option. Opening a New Project. File => New => Project. Starting up the PSpice.

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PSPICE TUTORIAL

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  1. PSPICE TUTORIAL Prepared by Sercanİpek

  2. Starting up the PSpice Start => Programs => OrCAD 16.0 => OrCAD Capture CIS

  3. Starting up the PSpice Choose “OrCAD Capture CIS” option

  4. Opening a New Project File => New => Project

  5. Starting up the PSpice Give a Name to Your Project DO NOT Forget to Specify a Certain Different Location for Each of Your PSpice Projects

  6. Opening a New Project Choose “Create a blank project” Option to Start a New Blank Project and Click “OK”

  7. Placing Components Click “Place Part” icon or Use Shortcut Key “p”

  8. Adding Libraries Click “Add Library” icon to add Component Libraries

  9. Adding Libraries Select All Libraries in pspice Directory and Click “Open”

  10. Placing Components Choose Components and Click “OK”

  11. Changing Component Values Make the Changes. Be Careful About Abbreviations. Double Click to Value

  12. Connecting Components Together Click “Place Wire” icon or Use Shortcut Key “w” to Select Wire Click Beginning and End Points of Wires and Connent Components as You Want

  13. Placing Ground Click “Place Ground icon or Use Shortcut Key “w” to Place Ground

  14. Adding Ground Libraries Click “Add Library” icon to add Ground Libraries

  15. Adding Ground Libraries Select “source” Library in “pspice” Directory and Click “Open”

  16. Placing Ground Choose “0” from source Library to Place Ground and Click “OK”

  17. Naming the Nets Click “Place net alias” icon or Use Shortcut Key “n”

  18. Naming the Nets Determine the Net Name and Click “OK”

  19. Naming the Nets Click to Edge of the Net which You Want to Name

  20. Creating Simulation Profile Click to New “Simulation Profile” to Create a New Profile

  21. Creating Simulation Profile Give a Name to This Profile and Click “Create”

  22. Creating Simulation Profile Choose “Pspice A/D” and Click “OK”

  23. Choosing Analysis Type Choose Necessary Simulation Type. Consider PSpice Lessons. Choose “Bias Point” for DC Analysis of the Circuit. Click “Apply” and “OK” sequencely.

  24. Running Simulation For Running Simulation, Click “Run PSpice” icon.

  25. Simulation Results After a Succesful Simulation, You Will See “Simulation Complete”.

  26. Simulation Results You Can See All Node Voltages by Clicking “V” Icon, All Brunch Currents by “I” Icon and Powers of All Elements by “W” Icon

  27. Simulation Results After Selecting a Node, You Can Toggle ON/OFF Voltages by this Icon.

  28. Simulation Results After Selecting a Pin, You Can Toggle ON/OFF Currents by this Icon.

  29. Simulation Results After Selecting an Element, You Can Toggle ON/OFF Powers by this Icon.

  30. Different Sources and Simulations You Can Add Sine, Pulse or Different Sources to Your Circuit. Here You Can See a Pulse Signal (Square Wave) Source

  31. Different Sources and Simulations You Can Edit Created Simulation Program by Clicking “Edit Simulation Settings” Icon

  32. Transient (Time Domain) Simulation Choose “Time Domain (Transient)” from Analysis Type Selection

  33. Transient (Time Domain) Simulation Determine “Run to Time” as Five Times Period. Determine Maximum Step Size as 1/1000 of Priod. Click “Apply” and “OK”

  34. Transient Simulation Results Voltage Marker is Used to Plot a Voltage Waveform of a Node with Respect to Ground. Choose It and Click to a Node Which You Want to See Its Voltage Waveform

  35. Transient Simulation Results Differential Marker is Used to Plot a Voltage Waveform of a Node with Respect an Other Node. Choose Differntial Markers, Click to a Node Which You Want to See Its Voltage Waveform then Click to Reference Node.

  36. Transient Simulation Results Current Marker is Used to Plot a CurrentWaveform Which Flows Through a Pin. Choose It and Click to a Pin Which You Want to See Its CurrentWaveform

  37. Transient Simulation Results Power Marker is Used to Plot a Power Waveform of an Elemet. Choose It and Click to an ElementWhich You Want to See Its Power Waveform

  38. Simulation Results You Can See Waveforms in This Window. You Can Also Add New Waveforms From “Add Trace” Menu

  39. Simulation Results Select Waveform Which You Want to Plot From This List. Also You Can Apply Several Functions to Waveforms From This List.

  40. DC Sweep Simulation Choose Analysis Type as “AC Sweep/Noise”. Select The Name of Variable Which Will be Swept. Determine “Start Value”, “End Value” and “Increment”. After Simulation, You Should Do Graphical Investigations.

  41. AC Sweep Simulation Use AC Source in the Circuit. Choose Analysis Type as “AC Sweep/Noise”. Determine “Start Frequency”, “End Frequency” and “Points/ Decade”. After Simulation, You Should Do Graphical Investigations.

  42. Graph Settings Select a Waveform and Right Click on It. After That, Select “Properties...” to Change Trace Property.

  43. Graph Settings You Can Change Color, Pattern and Width of Trace From This Window.

  44. Graph Settings Right Click on Anywhere of The Grid. After That, Select “Settings...” to Grid and Axis Settings.

  45. Graph Settings Make “X Grid” and “Y Grid” Settings as Shown Below. Click “Save As Default”.

  46. Graph Settings You Can Change Axis Settings From “X Axis” and “Y Axis” Tab. You Can Change Axis Variable From This Icon.

  47. Using Cursors You Can Use Cursor to See Specific Points of Trace. You Can Turn ON/OFF Cursors With “Toggle Cursor” Icon. Probe Cursor Shows You X and Y Value of The Point. You Can Mark Specific Points With “Marker Label” Icon.

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