To study the RL transient circuit

Required Components:

DC voltage Source (Vdc), Resistor (R), Inductor (L), normally open switch (sw_tclose), Ground (Gnd) and connecting wires.

Circuit Diagram

this circuit diagram is drawn in pspice  software,you can download free software by clicking links below, to know more about pspice circuit software follow the links below

 

Procedure:

Open Schematics.

Go to get new parts, select and place the required components. 

Click on draw wire and connect all the elements.

Configure the values of all the placed elements.

Go to analysis   setup check transient.

Open transient  set print step and step ceiling to 10us, final time to 5ms and print delay to 0s.

Saves the circuit.

Go to analysis and simulate the circuit.

Go to OrCad window  Trace  Add Trace  I(L), V(L).

View the waveform.

Result

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To plot voltage, current and power waveform of an RLC circuit(engineering lab report)

Required Components:

Voltage Source (Vsin), Resistor (R), Inductor (L), Capacitor (C), Ground (Gnd) and connecting wires.

Circuit Diagram

 

Procedure:

Open Schematics.

Go to get new parts, select and place the required components. 

Click on draw wire and connect all the elements.

Configure the values of all the placed elements.

Go to analysis   setup check transient.

Open transient  set print step and step ceiling to 0.1ms, final time to 40ms and print delay to 0s.

Saves the circuit.

Go to analysis and simulate the circuit.

Go to OrCad window  Trace  Add Trace  I(R), V(R).

View the waveform.

Result

  

To plot voltage, current and power waveform of a resistive circuit

Required Components:

Voltage Source (Vsin), Resistor (R), Ground (Gnd) and connecting wires.

Required Components:

Voltage Source (Vsin), Resistor (R), Ground (Gnd) and connecting wires.

Circuit Diagram

this circuit diagram is drawn in pspice  software,you can download free software by clicking links below, to know more about pspice circuit software follow the links below

 

Procedure:

Open Schematics.

Go to get new parts, select a resister and an AC source (Vsin). 

Click on draw wire and connect all the elements.

Configure the values of all the placed elements.

Go to analysis   setup check transient.

Open transient  set print step and step ceiling to 0.2ms, final time to 60ms and print delay to 0s.

Saves the circuit.

Go to analysis and simulate the circuit.

Go to OrCad window  Trace  Add Trace  I(R), V(R).

View the waveform.

Result

To check the null (condition) of a bridge

Required Components:

Voltage Source (Vac), Resistors (R), Ammeters (Iprint), Ground (Gnd) and connecting wires.

Circuit Diagram

his circuit diagram is drawn in pspice  software,you can download free software by clicking links below, to know more about pspice circuit software follow the links below

 

Procedure:

Open Schematics.

Go to get new parts, select and place the required parts. 

Place the components in their appropriate position and if necessary rotate by cntr+r.

Click on draw wire and connect all the elements.

Configure the values of all the placed elements.

Go to analysis, check AC sweep, open it, set total points to 1 and also set the frequency to 50 Hz.

Saves the circuit.

Go to analysis and simulate the circuit.

Go to analysis and examine the results.

Results

**** 12/30/11 18:29:06 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\4\dkt lab # 4.sch

 ****     CIRCUIT DESCRIPTION

******************************************************************************

* Schematics Version 9.1 - Web Update 1

* Fri Dec 30 18:27:43 2011

** Analysis setup **

.ac LIN 1 50 50

.OP 

* From [PSPICE NETLIST] section of pspiceev.ini:

.lib "nom.lib"

.INC "dkt lab # 4.net"

**** INCLUDING "dkt lab # 4.net" ****

* Schematics Netlist *

R_R2         $N_0002 $N_0001  10  

R_R4         $N_0004 $N_0003  100  

R_R3         $N_0001 $N_0003  100  

R_R6         $N_0002 0  2  

R_R5         0 $N_0003  20  

V_PRINT1         $N_0002 $N_0004 0V        

.PRINT        AC 

+ IM(V_PRINT1) 

+ IP(V_PRINT1)    

R_R1         $N_0005 $N_0001  1  

V_V1         $N_0005 0 DC 0V AC 10V 90

**** 12/30/11 18:29:06 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\4\dkt lab # 4.sch

 ****     SMALL SIGNAL BIAS SOLUTION       TEMPERATURE =   27.000 DEG C

******************************************************************************

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE

($N_0001)    0.0000                   ($N_0002)    0.0000                       

($N_0003)    0.0000                   ($N_0004)    0.0000                       

($N_0005)    0.0000                   

    VOLTAGE SOURCE CURRENTS

    NAME         CURRENT

    V_PRINT1     0.000E+00

    V_V1         0.000E+00

    TOTAL POWER DISSIPATION   0.00E+00  WATTS

**** INCLUDING "dkt lab # 4.als" ****
* Schematics Aliases *

.ALIASES

R_R2            R2(1=$N_0002 2=$N_0001 )

R_R4            R4(1=$N_0004 2=$N_0003 )

R_R3            R3(1=$N_0001 2=$N_0003 )

R_R6            R6(1=$N_0002 2=0 )

R_R5            R5(1=0 2=$N_0003 )

V_PRINT1          PRINT1(1=$N_0002 2=$N_0004 )

R_R1            R1(1=$N_0005 2=$N_0001 )

V_V1            V1(+=$N_0005 -=0 )

.ENDALIASES**** 12/30/11 18:29:06 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\4\dkt lab # 4.sch

 ****     OPERATING POINT INFORMATION      TEMPERATURE =   27.000 DEG C

*********************************************************************************

* 12/30/11 18:29:06 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\4\dkt lab # 4.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        IM(V_PRINT1)IP(V_PRINT1)

   5.000E+01   1.735E-18   9.000E+01

          JOB CONCLUDED

          TOTAL JOB TIME             .02

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To find various node voltages and voltage drops in a given circuit.

Required Components:

Voltage Sources (Vac), Resistors (R), Ammeters (Iprint), Voltmeters (Vprint1),  Inductor (L), Capacitor (C), Ground (Gnd) and connecting wires.

Circuit Diagram this circuit diagram is drawn in pspice  software,you can download free software by clicking links below, to know more about pspice circuit software follow the links below

 

Procedure:

Open Schematics.

Go to get new parts, select and place the required parts. 

Place the components in their appropriate position and if necessary rotate by cntr+r.

Click on draw wire and connect all the elements.

Configure the values of all the placed elements.

Go to analysis, check AC sweep, open it, set total points to 1 and also set the frequency to 50 Hz.

Saves the circuit.

Go to analysis and simulate the circuit.

Go to analysis and examine the results.

Results

**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     CIRCUIT DESCRIPTION

******************************************************************************

* Schematics Version 9.1 - Web Update 1

* Fri Dec 30 17:49:52 2011

** Analysis setup **

.ac LIN 1 50 50

.OP 

* From [PSPICE NETLIST] section of pspiceev.ini:

.lib "nom.lib"

.INC "ckt lab 3.net"

**** INCLUDING "ckt lab 3.net" ****

* Schematics Netlist *

R_R1         $N_0002 $N_0001  100  

R_R2         $N_0004 $N_0003  100        

V_PRINT1         $N_0005 $N_0002 0V          

V_PRINT2         $N_0003 $N_0006 0V        

V_PRINT5         $N_0001 $N_0004 0V          

V_PRINT6         $N_0001 $N_0007 0V          

V_PRINT7         $N_0003 $N_0008 0V         

R_R3         $N_0006 $N_0009  100  

V_V2         $N_0009 0 DC 0V AC 100V 

V_V1         $N_0005 0 DC 0V AC 100V 

L_L1         0 $N_0007  10mH  

C_C1         0 $N_0008  0.0001F  

****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        VM($N_0003) 

   5.000E+01   5.017E+01

**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        VM($N_0001) 

   5.000E+01   4.707E+00

**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        IM(V_PRINT1)

   5.000E+01   9.989E-01

**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        IM(V_PRINT2)

   5.000E+01   4.994E-01

**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        IM(V_PRINT5)

   5.000E+01   4.994E-01

**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

*****************************************************************************

  FREQ        IM(V_PRINT6)

   5.000E+01   1.498E+00**** 12/30/11 18:04:11 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\3\ckt lab 3.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        IM(V_PRINT7)

   5.000E+01   1.576E-15

          JOB CONCLUDED

          TOTAL JOB TIME            0.00

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To find the loop and branch currents in the given circuit.(engineering task)

Required Components:

Voltage Sources (Vac), Resistors (R), Ammeters (Iprint), Inductor (L), Capacitor (C), Ground (Gnd) and connecting wires.

Circuit Diagram

this circuit diagram is drawn in pspice  software,you can download free software by clicking links below, to know more about pspice circuit software follow the links below

Procedure:

Open Schematics.
Go to get new parts, select and place the required parts.
Place the components in their appropriate position and if necessary rotate by cntr+r.
Click on draw wire and connect all the elements.
Configure the values of all the placed elements.
Go to analysis, check AC sweep, open it, set total points to 1 and also set the frequency to 50 Hz.
Saves the circuit.
Go to analysis and simulate the circuit.
Go to analysis and examine the results.

Result:

**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) **************
 * D:\pluto's projects\ckt labs\2\ckt lab 2.sch
****     CIRCUIT DESCRIPTION   ********
*********************************************************************
* Schematics Version 9.1 - Web Update 1
* Fri Dec 30 16:53:55 2011
** Analysis setup **
.ac LIN 1 50 50
.OP
* From [PSPICE NETLIST] section of pspiceev.ini:
.lib "nom.lib"
.INC "ckt lab 2.net"
**** INCLUDING "ckt lab 2.net" ****
* Schematics Netlist *
R_R2         $N_0002 $N_0001  1000
R_R1         $N_0004 $N_0003  1000
V_V1         $N_0005 0 DC 0V AC 10V
V_V2         $N_0006 0 DC 0V AC 10V
V_PRINT1         $N_0005 $N_0004 0V    
V_PRINT2         $N_0003 $N_0002 0V        
R_R3         $N_0007 $N_0006  1000
V_PRINT3         $N_0001 $N_0007 0V
L_L1         0 $N_0008  6.366mH
C_C1         0 $N_0009  3.18mF
V_PRINT4         $N_0003 $N_0008 0V        
V_PRINT5         $N_0001 $N_0009 0V        
**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) **************
* D:\pluto's projects\ckt labs\2\ckt lab 2.sch
 ****     OPERATING POINT INFORMATION      TEMPERATURE =   27.000 DEG C
******************************************************************************
**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) **************
 * D:\pluto's projects\ckt labs\2\ckt lab 2.sch
 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C
******************************************************************************
  FREQ        IM(V_PRINT1)
   5.000E+01   1.000E-02
**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) **************
 * D:\pluto's projects\ckt labs\2\ckt lab 2.sch
 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C
******************************************************************************
  FREQ        IM(V_PRINT2)
   5.000E+01   3.001E-05
**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) *************
 * D:\pluto's projects\ckt labs\2\ckt lab 2.sch
 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C
******************************************************************************
 FREQ        IM(V_PRINT3)
5.000E+01   1.000E-02
**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) **************
 * D:\pluto's projects\ckt labs\2\ckt lab 2.sch
 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C
******************************************************************************
  FREQ        IM(V_PRINT4)
   5.000E+01   1.000E-02
**** 12/30/11 16:53:55 *********** Evaluation PSpice (Nov 1999) **************
 * D:\pluto's projects\ckt labs\2\ckt lab 2.sch
 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C
******************************************************************************
  FREQ        IM(V_PRINT5)
   5.000E+01   1.000E-02
          JOB CONCLUDED
          TOTAL JOB TIME             .02

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To find the current and voltage of unknown elements in the given circuit.(electrical engineering lab)

Required Components:

Voltage Source (Vac), Resistors (R), Ammeter (Iprint), Voltmeter (Vprint), Ground (Gnd) and connecting wires.

Circuit Diagram

this circuit diagram is drawn in pspice  software,you can download free software by clicking links below, to know more about pspice circuit software follow the links below

Procedure:

Open Schematics.

Go to get new parts, select and place the required parts. 

Place the components in their appropriate position and if necessary rotate by cntr+r.

Click on draw wire and connect all the elements.

Configure the values of all the placed elements.

Go to analysis, check AC sweep, open it, set total points to 1 and also set the frequency to 50 Hz.

Saves the circuit.

Go to analysis and simulate the circuit.

Go to analysis and examine the results.

Results:

**** 12/30/11 16:26:29 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\1\ckt lab 1.sch

 ****     CIRCUIT DESCRIPTION    ******************

************************************************************

* Schematics Version 9.1 - Web Update 1

* Fri Dec 30 16:26:25 2011

** Analysis setup **

.ac LIN 1 50 50

.OP 

* From [PSPICE NETLIST] section of pspiceev.ini:

.lib "nom.lib"

.INC "ckt lab 1.net"

**** INCLUDING "ckt lab 1.net" ****

* Schematics Netlist *

V_PRINT1         $N_0001 $N_0002 0V    

.PRINT        AC       IM(V_PRINT1)

V_V1         $N_0001 0 DC 0V AC 10V 

R_R1         $N_0002 0  10             

.PLOT         AC       VM([$N_0002],[0])

* Schematics Aliases *

.ALIASES

V_PRINT1          PRINT1(1=$N_0001 2=$N_0002 )

V_V1            V1(+=$N_0001 -=0 )

R_R1            R1(1=$N_0002 2=0 )

.ENDALIASES

**** RESUMING "ckt lab 1.cir" ****

.probe

.END

**** 12/30/11 16:26:29 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\1\ckt lab 1.sch

 ****     SMALL SIGNAL BIAS SOLUTION       TEMPERATURE =   27.000 DEG C

******************************************************************************

 NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE     NODE   VOLTAGE

($N_0001)    0.0000                   ($N_0002)    0.0000           

    VOLTAGE SOURCE CURRENTS

    NAME         CURRENT

    V_PRINT1     0.000E+00

    V_V1         0.000E+00

    TOTAL POWER DISSIPATION   0.00E+00  WATTS

**** 12/30/11 16:26:29 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\1\ckt lab 1.sch

 ****     OPERATING POINT INFORMATION      TEMPERATURE =   27.000 DEG C

********************************************************************************** 12/30/11 16:26:29 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\1\ckt lab 1.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        IM(V_PRINT1)

   5.000E+01   1.000E+00**** 12/30/11 16:26:29 *********** Evaluation PSpice (Nov 1999) **************

 * D:\pluto's projects\ckt labs\1\ckt lab 1.sch

 ****     AC ANALYSIS                      TEMPERATURE =   27.000 DEG C

******************************************************************************

  FREQ        VM($N_0002,0)

(*)----------    1.0000E+01   1.0000E+02   1.0000E+03   1.0000E+04   1.0000E+05

                       _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

  5.000E+01  1.000E+01 *            .            .            .            .

                       - - - - - - - - - - - - - - - - - - - - - - - - - - - 

          JOB CONCLUDED

          TOTAL JOB TIME             .02

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