Three Phase Full Wave Silicon Controlled Rectifier with R Load, RL Load & RLE Load
Three Phase Full Wave SCR with R Load
STEP 1: Drag and drop the components in the workspace to create the circuit.
Nos of required components:
AC Source – 3, Thyristor – 6, Gate Pulse - 6, Resistor - 1
Voltmeter – 4, Ammeter - 1, Ground – 1

STEP 2: Make the connections as per the instructions given below:
(a) (01-17, 02-21, 22-27, 02-04, 04-28, 05-06)
(b) (03-07, 09-10, 08-32, 07-11, 13-14, 12-36)
(c) (11-15, 18-23, 24-27, 18-08, 17-19, 19-27)
(d) (20-25, 26-27, 20-12, 30-31, 29-33, 34-35)
(e) (33-37, 38-39, 37-41, 37-43, 40-16, 42-16)
Note: Click on the wire to delete the connection.
STEP 3: Click on the CHECK button to check the connections.
Note: Right click on the component to open the dialog box to edit the properties of the component.
STEP 4: Input the values for all the required components (AC Sources, Gate Pulses and Resistor) and the waveform will get plot automatically.
STEP 5: Now, Click on the ADD button to insert the reading into the observation table.
STEP 6: Now, you can input different values as per your requirement to get the desired waveform.
STEP 7: Repeat Step 5 to again insert the reading into the table and now repeat Steps 6 to 7 to take more readings.
STEP 8: Click on the PRINT button to take out the print of the webpage.
STEP 9: Click on the RESET button to reload the webpage.
Nos of required components:
AC Source – 3, Thyristor – 6, Gate Pulse - 6, Resistor - 1
Voltmeter – 4, Ammeter - 1, Ground – 1

STEP 2: Make the connections as per the instructions given below:
(a) (01-17, 02-21, 22-27, 02-04, 04-28, 05-06)
(b) (03-07, 09-10, 08-32, 07-11, 13-14, 12-36)
(c) (11-15, 18-23, 24-27, 18-08, 17-19, 19-27)
(d) (20-25, 26-27, 20-12, 30-31, 29-33, 34-35)
(e) (33-37, 38-39, 37-41, 37-43, 40-16, 42-16)
Note: Click on the wire to delete the connection.
STEP 3: Click on the CHECK button to check the connections.
Note: Right click on the component to open the dialog box to edit the properties of the component.
STEP 4: Input the values for all the required components (AC Sources, Gate Pulses and Resistor) and the waveform will get plot automatically.
STEP 5: Now, Click on the ADD button to insert the reading into the observation table.
STEP 6: Now, you can input different values as per your requirement to get the desired waveform.
STEP 7: Repeat Step 5 to again insert the reading into the table and now repeat Steps 6 to 7 to take more readings.
STEP 8: Click on the PRINT button to take out the print of the webpage.
STEP 9: Click on the RESET button to reload the webpage.
Three Phase Full Wave SCR with RL Load
STEP 1: Drag and drop the components in the workspace to create the circuit.
Nos of required components:
AC Source – 3, Thyristor – 6, Gate Pulse - 6, Resistor - 1
Inductor - 1, Voltmeter – 4, Ammeter - 1, Ground – 1

STEP 2: Make the connections as per the instructions given below:
(a) (01-17, 02-21, 22-27, 02-04, 04-28, 05-06)
(b) (03-07, 09-10, 08-32, 07-11, 13-14, 12-36)
(c) (11-15, 18-23, 24-27, 18-08, 17-19, 19-27)
(d) (20-25, 26-27, 20-12, 30-31, 29-33, 34-35)
(e) (33-37, 38-39, 37-45, 37-43, 40-16, 42-16)
(f) (41-44)
Note: Click on the wire to delete the connection.
STEP 3: Click on the CHECK button to check the connections.
Note: Right click on the component to open the dialog box to edit the properties of the component.
STEP 4: Input the values for all the required components (AC Sources, Gate Pulse 1, Resistor and Inductor) and the waveform will get plot automatically.
STEP 5: Now, Click on the ADD button to insert the reading into the observation table.
STEP 6: Now, you can input different values as per your requirement to get the desired waveform.
STEP 7: Repeat Step 5 to again insert the reading into the table and now repeat Steps 6 to 7 to take more readings.
STEP 8: Click on the PRINT button to take out the print of the webpage.
STEP 9: Click on the RESET button to reload the webpage.
Nos of required components:
AC Source – 3, Thyristor – 6, Gate Pulse - 6, Resistor - 1
Inductor - 1, Voltmeter – 4, Ammeter - 1, Ground – 1

STEP 2: Make the connections as per the instructions given below:
(a) (01-17, 02-21, 22-27, 02-04, 04-28, 05-06)
(b) (03-07, 09-10, 08-32, 07-11, 13-14, 12-36)
(c) (11-15, 18-23, 24-27, 18-08, 17-19, 19-27)
(d) (20-25, 26-27, 20-12, 30-31, 29-33, 34-35)
(e) (33-37, 38-39, 37-45, 37-43, 40-16, 42-16)
(f) (41-44)
Note: Click on the wire to delete the connection.
STEP 3: Click on the CHECK button to check the connections.
Note: Right click on the component to open the dialog box to edit the properties of the component.
STEP 4: Input the values for all the required components (AC Sources, Gate Pulse 1, Resistor and Inductor) and the waveform will get plot automatically.
STEP 5: Now, Click on the ADD button to insert the reading into the observation table.
STEP 6: Now, you can input different values as per your requirement to get the desired waveform.
STEP 7: Repeat Step 5 to again insert the reading into the table and now repeat Steps 6 to 7 to take more readings.
STEP 8: Click on the PRINT button to take out the print of the webpage.
STEP 9: Click on the RESET button to reload the webpage.
Three Phase Full Wave SCR with RLE Load
STEP 1: Drag and drop the components in the workspace to create the circuit.
Nos of required components:
AC Source – 3, DC Source – 1, Thyristor – 6, Gate Pulse - 6
Resistor - 1, Inductor - 1, Voltmeter – 5, Ammeter - 1, Ground – 1

STEP 2: Make the connections as per the instructions given below:
(a) (01-17, 02-21, 22-27, 02-04, 04-28, 05-06)
(b) (03-07, 09-10, 08-32, 07-11, 13-14, 12-36)
(c) (11-15, 18-23, 24-27, 18-08, 17-19, 19-27)
(d) (20-25, 26-27, 20-12, 30-31, 29-33, 34-35)
(e) (33-37, 38-39, 37-47, 37-43, 47-49, 48-46)
(f) (45-46, 44-41, 40-16, 16-42)
Note: Click on the wire to delete the connection.
STEP 3: Click on the CHECK button to check the connections.
Note: Right click on the component to open the dialog box to edit the properties of the component.
STEP 4: Input the values for all the required components (DC Source (E), Gate Pulse 1, Resistor and Inductor) and the waveform will get plot automatically.
STEP 5: Now, Click on the ADD button to insert the reading into the observation table.
STEP 6: Now, you can input different values as per your requirement to get the desired waveform.
STEP 7: Repeat Step 5 to again insert the reading into the table and now repeat Steps 6 to 7 to take more readings.
STEP 8: Click on the PRINT button to take out the print of the webpage.
STEP 9: Click on the RESET button to reload the webpage.
Nos of required components:
AC Source – 3, DC Source – 1, Thyristor – 6, Gate Pulse - 6
Resistor - 1, Inductor - 1, Voltmeter – 5, Ammeter - 1, Ground – 1

STEP 2: Make the connections as per the instructions given below:
(a) (01-17, 02-21, 22-27, 02-04, 04-28, 05-06)
(b) (03-07, 09-10, 08-32, 07-11, 13-14, 12-36)
(c) (11-15, 18-23, 24-27, 18-08, 17-19, 19-27)
(d) (20-25, 26-27, 20-12, 30-31, 29-33, 34-35)
(e) (33-37, 38-39, 37-47, 37-43, 47-49, 48-46)
(f) (45-46, 44-41, 40-16, 16-42)
Note: Click on the wire to delete the connection.
STEP 3: Click on the CHECK button to check the connections.
Note: Right click on the component to open the dialog box to edit the properties of the component.
STEP 4: Input the values for all the required components (DC Source (E), Gate Pulse 1, Resistor and Inductor) and the waveform will get plot automatically.
STEP 5: Now, Click on the ADD button to insert the reading into the observation table.
STEP 6: Now, you can input different values as per your requirement to get the desired waveform.
STEP 7: Repeat Step 5 to again insert the reading into the table and now repeat Steps 6 to 7 to take more readings.
STEP 8: Click on the PRINT button to take out the print of the webpage.
STEP 9: Click on the RESET button to reload the webpage.