hgmjr
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Last Activity: Today 04:16 AM
About Me
- About hgmjr
- Location
- Tennessee, USA (GMT-5)
- Interests
- The exploration of the application of Millman's Theorem to all circuit analysis problems.
- Occupation
- Design Engineer
- Qualifications
- 35 years of design experience in analog and digital circuits.
-
Signature
- "No human being should be allowed to have this much fun."hgmjr
Engineering is the discipline of designing in the presence of real world constraints.
Contact Info
- Home Page
- http://hgmjrtn.googlepages.com
- This Page
- http://forum.allaboutcircuits.com/member.php?u=2236
Blog
View hgmjr's BlogRecent Entries
Latest Blog Entry
Posted in Millman's Theorem, a career long passion
I have chosen as the target circuit for this analysis an interesting AC network that was posted in the forum several months ago.
If you have any questions about my method, I invite you to post your question using the comment feature of this blog. This same invitation goes for the other Millman's solutions that are part of this blog as well.
hgmjr
If you have any questions about my method, I invite you to post your question using the comment feature of this blog. This same invitation goes for the other Millman's solutions that are part of this blog as well.
hgmjr
Posted in Millman's Theorem, a career long passion
Here is the next installment in the "And Millman's Theorem" series.
Keep the comments and suggestions coming.
hgmjr
Keep the comments and suggestions coming.
hgmjr
Posted in Millman's Theorem, a career long passion
In the accompanying attachment, a circuit is analyzed first with Kirchhoff's Current Law (KCL) and then with Millman's Theorem. The purpose is to permit the reader to compare the two techniques when applied to the identical circuit problem.
Once again, I welcome any comments or suggestions on the content of the write-up.
hgmjr
Once again, I welcome any comments or suggestions on the content of the write-up.
hgmjr
Posted in Millman's Theorem, a career long passion
I have attached the next in the "AND MILLMAN'S THEOREM" series of circuit analysis examples. This example deals with a Common Emitter Amp stage with collector-to-base feedback.
As always, all comments and suggestion are welcomed.
hgmjr
As always, all comments and suggestion are welcomed.
hgmjr
Posted in Millman's Theorem, a career long passion
Here is a derivation using Millman's Theorem of the transfer function for a passive Pi-Filter that I put together several years ago.
As always your comments and suggestions are welcome.
hgmjr
As always your comments and suggestions are welcome.
hgmjr
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