Uploaded November 2023 | Updated September 2026, 3 weeks ago
In this video, What is the Driving Point Impedance and the Transfer Function of the Electrical network is explained. And for the given electrical network, how to find the Driving Point Impedance and Transfer Function is explained through solved examples.
The following topics are covered in the video:
0:00 What is Driving Point Impedance?
4:21 Example 1
7:02 Example 2
9:55 What is the Transfer Function?
15:33 Example 3
21:44 Example 4
For other useful videos related to Circuit Analysis using Laplace Transform, check this playlist:
youtube.com/playlist?list=PLwjK_iyK4LLD8Cdj0SKiMZFoK2d3eE6v2&si=yDaLfCTBWZXEOguH
Two-port network (Playlist):
youtube.com/playlist?list=PLwjK_iyK4LLA-476CJ7dU-7WnQsGrexDU&si=LiwNdmK4arDWRfr_
Driving Point Impedance:
The driving point is the two terminals of the network, across which the energy source is connected. The impedance seen through this driving point is known as the driving point impedance. Basically, it is the input impedance of the network seen through the specific port.
Transfer Function:
The driving point impedance relates the voltage and current of the same port, while the Transfer function relates the voltage or current of the two different ports. The Transfer Function relates the voltage or current of the output port with the voltage and current of the input port.
On both the input and output side, since there are two variables (voltage and current), so there are total 4 different types of Transfer functions.
1) Voltage Transfer Function (Vo/ Vi)
2) Current Transfer Function (Io / Ii)
3) Transfer Impedance (Vo / Ii)
3) Transfer Admittance (Io / Vi)
In this video, through different solved examples, how to find the Driving Point Impedance and Transfer Function of the network is explained.
This video will be helpful to all the students of science and engineering in understanding what is Driving Point Impedance, and what the Transfer Function of the Electrical Network?
#allaboutelectronics
#networkanalysis
#TransferFunction
#DrivingpointImpedance
Support the channel through membership program:
youtube.com/channel/UCBkOVp1Cqz4MR0LYR8vKpZg/join
--------------------------------------------------------------------------------------------------
Follow my second channel:
youtube.com/channel/UCGA2TO8ylVqFHpucwn_6Jlw
Follow me on Facebook:
facebook.com/ALLABOUTELECRONICS
Follow me on Instagram:
instagram.com/all_about.electronics
--------------------------------------------------------------------------------------------------
Music Credit: bensound.com
In this video, What is the Driving Point Impedance and the Transfer Function of the Electrical network is explained. And for the given electrical network, how to find the Driving Point Impedance and Transfer Function is explained through solved examples.
The following topics are covered in the video:
0:00 What is Driving Point Impedance?
4:21 Example 1
7:02 Example 2
9:55 What is the Transfer Function?
15:33 Example 3
21:44 Example 4
For other useful videos related to Circuit Analysis using Laplace Transform, check this playlist:
youtube.com/playlist?list=PLwjK_iyK4LLD8Cdj0SKiMZFoK2d3eE6v2&si=yDaLfCTBWZXEOguH
Two-port network (Playlist):
youtube.com/playlist?list=PLwjK_iyK4LLA-476CJ7dU-7WnQsGrexDU&si=LiwNdmK4arDWRfr_
Driving Point Impedance:
The driving point is the two terminals of the network, across which the energy source is connected. The impedance seen through this driving point is known as the driving point impedance. Basically, it is the input impedance of the network seen through the specific port.
Transfer Function:
The driving point impedance relates the voltage and current of the same port, while the Transfer function relates the voltage or current of the two different ports. The Transfer Function relates the voltage or current of the output port with the voltage and current of the input port.
On both the input and output side, since there are two variables (voltage and current), so there are total 4 different types of Transfer functions.
1) Voltage Transfer Function (Vo/ Vi)
2) Current Transfer Function (Io / Ii)
3) Transfer Impedance (Vo / Ii)
3) Transfer Admittance (Io / Vi)
In this video, through different solved examples, how to find the Driving Point Impedance and Transfer Function of the network is explained.
This video will be helpful to all the students of science and engineering in understanding what is Driving Point Impedance, and what the Transfer Function of the Electrical Network?
#allaboutelectronics
#networkanalysis
#TransferFunction
#DrivingpointImpedance
Support the channel through membership program:
youtube.com/channel/UCBkOVp1Cqz4MR0LYR8vKpZg/join
--------------------------------------------------------------------------------------------------
Follow my second channel:
youtube.com/channel/UCGA2TO8ylVqFHpucwn_6Jlw
Follow me on Facebook:
facebook.com/ALLABOUTELECRONICS
Follow me on Instagram:
instagram.com/all_about.electronics
--------------------------------------------------------------------------------------------------
Music Credit: bensound.com
