Drawing the Circuit i) Running a simulation 1.Ĭlick PSpice > Run. Set the following value in simulation setting:Ģ. Drawing the Circuit g) Voltage and current marker Place the voltage and current marker.Ģ. Unsure where to put it? -place it near the negative side of your voltage source. Drawing the Circuit f) Making Sure You Have a GND Make sure you have GND in circuit. Double click Resistor value, change to: 1.Ģ. Drawing the Circuit e) Changing the Value of the Part Double click Voltage Source value, change to 15. Drawing the Circuit d) Changing the Name of the Part 1.ĭouble click on V1, change the name to Vsource. Drawing the Circuit c) Connecting the circuit Press ‘W’ or click the third icon from menu listĢ. Drawing the Circuit b) Placing the Parts LibrariesĢ. Drawing the Circuit a) Getting the Parts Click on the board 2. Drawing the Circuit a) Getting the Parts b) Placing the Parts c) Connecting the circuitĭ) Changing the Name of the Part e) Changing the Value of the Part f) Making Sure You Have a GND g) Voltage and Current Bubbles h) Saving i) PrintingĢ. Lite Edition > New Project > Analog or Mixed A/D > Create a blank projectĢ. Opening PSpice Orcad Family Release 9.2 Lite Edition > Capture CIS Name : RC ckt > Analog or Mixed A/D > Create a Blank Projectġ. Opening PSpice Orcad 16.0 > OrCAD Capture CIS > New > Project > Opening PSpice Drawing the circuit Probe Analysis Menu Libraries & Types of Sourcesġ. Mega in PSpice = ‘meg’ PSpice accepts (m = e-3) Its not a case-sensitive : ‘m’ as well as ‘M’ denote “milli” (1e-3) Unit can be omitted: e.g: Change the resistor value to 1k Change the resistor name to R_load (no spaces allowed!) R = Rotate parts I = Zoomed-in O = Zoomed-out W = Wire P = to Place Parts find components Ctrl + X = Cut Ctrl + V = Paste Esc = to end current task F11 = to RUN the simulation G = GND N = to Name your wire Insert = Add Trace (simulation o/p) Display the Results : Parameters that you want from the output, e.g: gain Av, slopes, bandwidth, etc 1. Output Results : Know your design & your intended results!! 4. Simulation : Analysis Types (time, voltage, frequency based?) 3. Its like your breadboard, without touching the real one.īasic Steps for Simulation Circuit Design : Component parts, sources, ground 2. Allows simulation of circuits without building physical prototypes. Point and transient time domain simulations. Can perform DC level, AC frequency response, bias
PSPICE SCHEMATICS FREE DOWNLOAD SIMULATOR
The PSpice simulator itself uses “netlists” (text files that contain the circuit description) as input.ģ. PSPICE uses a schematic capture program to generate the netlist, so you simply have to draw your circuit in order to simulate it. Netlists are rather non-intuitive, and difficult to create, debug, and modify. A netlist describes the components in the circuit and how they are connected.
It takes a circuit netlist and performs mathematical simulation of the circuit's behavior. 5.ĭeveloped at UC Berkeley in the ‘60’s Common SPICEs include HSPICE, PSPICE, LTSpice and B2SPICE. Spice Circuit Simulation Spice = Simulation Program for Integrated Circuit Emphasis 1. To gather as much info & tips to use this tools To able student use PSpice for circuit design & To familiarized with the PSpice environment: Design components Analysis types Output Display 3. To educate & introduce PSpice in basic level 2.
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