Laboratory Lecture 4
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1 Gheorghe Asachi Technical University of Iasi Faculty of Electronics, Telecommunications and Information Technology Title of Discipline: Computer-Aided Analysis of Electronic Circuits Laboratory Lecture 4 Bachelor : Telecommunication Technologies and Systems Year of Study: 2
2 Computer-Aided Analysis of Electronic Circuits Laboratory 4 The description of the independent sources supported by PSpice A/D
3 Analog Device Summary Passive device Independent sources Controlled sources Controlled switch Semiconductors R Resistor C Capacitor L Inductor K Inductor coupling T Transmission line V Independent voltage source I Independent current source E Voltagecontrolled voltage source G Voltagecontrolled current source F Currentcontrolled current source H Currentcontrolled voltage source S Voltage-controlled switch W Current-controlled switch D Diode Q Bipolar transistor J Junction FET M MOSFET B GaAsFET
4 Independent sources There are 2 types of independent sources: - independent current source ( I ) - independent voltage source ( V ) The independent current source and independent voltage source devices have the same syntax. For an independent voltage source just substitute a I for the V.
5 General form V<name> <N+> <N-> [[DC] <value> ] [AC <magnitude value> [phase value]] + [transient specification] Examples Vcc Vin 1 0 DC 3.5 AC 1 Vsignal 3 0 AC 1 90 Independent voltage source ISIN 0 1 DC 100m SIN(100m 10m 1k) Vin 1 0 AC 1 PULSE(0 5 1m 20u 20u 5m 15m)
6 Description Independent voltage source The N+ and N- represents the positive and negative node, respectively. In the case of independent voltage source, the positive current flows from the N- node through the source to the N+. In the case of independent current source, the positive current flows from the N+ node through the source to the N-. For the DC, AC, and transient values, the default value is zero. None, any, or all of the DC, AC, and transient values can be specified.
7 Description Independent voltage source [[DC] <value> ] value of source for DC operating point analysis [AC <magnitude value> [phase value]] AC magnitude and phase for AC sweep analysis [transient specification] specification for time varying source
8 The transient specifications The transient specifications must be one of the following sources: PULSE (<parameters>) for a pulse waveform SIN (<parameters>) for a sinusoidal waveform PWL (<parameters>) for a piecewise linear waveform EXP (<parameters>) for an exponential waveform SFFM (<parameters>) for a frequency-modulated waveform
9 The transient specifications: pulse waveform General form PULSE (<v1> <v2> <td> <tr> <tf> <pw> <per>) pw
10 The transient specifications: pulse waveform PULSE waveform parameters: Parameters Description Units Default V1/I1 Initial voltage/current volt/amper - V2/I2 Pulsed voltage/current volt/amper - td Delay sec 0 tf Fall time sec TSTEP tr Rise time sec TSTEP pw Pulse width sec TSTOP per Period sec TSTOP
11 The transient specifications: pulse waveform The variables TSTEP and TSTOP used as default values for tr, tf, pw and per parameters are set by the.tran (transient analysis) command. TSTEP is the print step value TSTOP is the final time value. Examples of sources generating pulse waveforms: V1 5 0 PULSE(-2 3 5m 2m 4m 3m 15m) ; voltage source pulse Ip 0 4 PULSE(100m 500m m 20m 50m 150m) ; current source pulse
12 The transient specifications: sinusoidal waveform General form SIN (<V0> <ampl> <freq> <td> <df> <phase>) Examples ISIG 10 5 SIN( 2 2 5Hz 1sec 1 30) Description The sinusoidal waveform causes the voltage to start at V0 and stay there for <td> seconds.
13 SINUSOIDAL waveform parameters The transient specifications: sinusoidal waveform Parameters Description Units Default V0 Offset voltage/current Volt/amp - ampl Peak amplitude amp - freq Frequency hertz 1/TSTOP td Delay time Sec 0 df Damping factor 1/sec 0 phase Phase delay degree 0
14 The transient specifications: sinusoidal waveform
15 The transient specifications: exponential waveform General form EXP (<V1> <V2> <td1> <tc1> <td2> <tc2>) Examples Vexp 1 0 EXP( ) Description The exponential waveform causes the voltage to be V1 for the first td1 seconds. Then, the voltage decays exponentially from V1 to V2 using a time constant of tc1. The decays lasts td2-td1 seconds. Then, the voltage decays from V2 back to V1 using a time constant of tc2.
16 EXPONENTIAL waveform parameters: The transient specifications: exponential waveform Parameters Description Units Default V1 initial voltage Volt - V2 Peak voltage Volt - td1 Rise-delay time Sec 0 tc1 Rise-time constant Sec TSTEP td2 Fall-delay time Sec <td1>+tstep Tc2 Fall-time constant sec TSTEP
17 The transient specifications: exponential waveform Vexp 1 0 EXP( )
18 The transient specifications: piecewise linear waveform General form PWL <corner_points>* where corner_points are: Pair of values (<tn>,<vn>) that specifies the source value vn at time tn. The voltage at a time between the intermediate points is determined by Pspice by using linear interpolation.
19 The transient specifications: piecewise linear waveform The following waveform corresponds to an independent voltage source which description is: Vin 1 0 PWL (1,0.5) (2,2) (4,3.5) (6,1) (7,2)
20 The transient specifications: piecewise linear waveform Other general forms - to repeat <n> times: PWL REPEAT FOR <n> <corner_points>* ENDREPEAT - to repeat forever PWL REPEAT FOREVER <corner_points>* ENDREPEAT Examples V1 3 8 PWL REPEAT FOR 3 (1,1) (2,3) (3,3.5) (4,1) ENDREPEAT V1 3 8 PWL REPEAT FOREVER (1,1) (2,3) (3,3.5) (4,1) ENDREPEAT
21 SFFM Single-Frequency Modulation Source General form SFFM ( <V0> <ampl> <fc> <mod> <fm>) Example The transient specifications: SFFM waveform (Frequency modulated waveform) Vsffm 1 0 SFFM(1 2 10k k)
22 SFFM waveform parameters The transient specifications: SFFM waveform Parameters Description Units Default V0 Offset voltage Amp - ampl Peak amplitude Amp - fc Carrier frequency Hertz 1/TSTOP mod Modulation index 0 fm Modulation frequency hertz 1/TSTOP The SFFM waveform formula: V SFFM (t) = V0 + ampl sin[2π fc t + mod sin(2π fm t)]
23 Applications Application 1 description of a circuit with different independent sources Activities: Let consider the circuit having 6 independent sources as shown on next slide. Describe the circuit into the SPICE circuit file (.cir). For each source specify the type waveform and its parameters corresponding to the given waveform. Add.TRAN command to perform a transient analysis..tran 0.5m 15m 0 0.1m Perform the simulation In the Probe graphic analyzer plot the nodal voltages V(1), V(2),, v(6) and check if the resulting waveforms are identical with given waveforms.
24 Applications Application 1: Circuit schematic
25 Waveform of source V1 Applications 1
26 Waveform of source V2 Applications 2
27 Waveform of source V3 Applications 3
28 Waveform of source V4 Applications 4
29 Waveform of source V5 Applications 5
30 Applications Waveform of source V6 6
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