Parallel R C circuit impedance calculator is ready.

[Patrick Chung]

http://www.cirvirlab.com/simulation/parallel_r_c_circuit_impedance_calculator.php


Higher the frequency, overall impedance is less including real part. Check it and enjoy.

 

[amdx]

On 11/7/2013 2:07 AM, Patrick Chung wrote:

http://www.cirvirlab.com/simulation/parallel_r_c_circuit_impedance_calculator.php


Higher the frequency, overall impedance is less including real part. Check it and enjoy.

Go back and add catagories, nanofarad and picofarad to the capacitance.
Then add khz and Mhz to the frequency.
Something like this;
http://keisan.casio.com/has10/SpecExec.cgi?id=system/2006/1258032708
Also add units to the graph.

Thanks, Mikek

 

[amdx]

On 11/7/2013 7:35 AM, amdx wrote:

On 11/7/2013 2:07 AM, Patrick Chung wrote:
http://www.cirvirlab.com/simulation/parallel_r_c_circuit_impedance_calculator.php



Higher the frequency, overall impedance is less including real part.
Check it and enjoy.


Go back and add catagories, nanofarad and picofarad to the capacitance.
Then add khz and Mhz to the frequency.
Something like this;
http://keisan.casio.com/has10/SpecExec.cgi?id=system/2006/1258032708
Also add units to the graph.

Thanks, Mikek

As long as you're graphing put in R, XL and Phase angle.

Again Thanks, Mikek

 

[amdx]

On 11/7/2013 7:35 AM, amdx wrote:

On 11/7/2013 2:07 AM, Patrick Chung wrote:
http://www.cirvirlab.com/simulation/parallel_r_c_circuit_impedance_calculator.php



Higher the frequency, overall impedance is less including real part.
Check it and enjoy.


Go back and add catagories, nanofarad and picofarad to the capacitance.
Then add khz and Mhz to the frequency.
Something like this;
http://keisan.casio.com/has10/SpecExec.cgi?id=system/2006/1258032708
Also add units to the graph.

Thanks, Mikek

Wonder if this came to his attention.