1. Donald Peter. We Can Do Better: A Proven, Intuitive, Efficient And Practical Design Oriented Circuit Analysis Paradigm Is Available, So Why Aren't We Using It To Teach Our Students?. In ASEE Annual Conference & Exposition. 2007.

  2. R D Middlebrook. Null double injection and the extra element theorem. IEEE Transactions on Education 32(3):167–180, 1989. URL, DOI

  3. R D Middlebrook, V Vorperian and J Lindal. The N Extra Element Theorem. IEEE Transactions on Circuits and Systems I: Fundamental Theory and Applications 45(9):919–935, 1998. URL, DOI

  4. R D Middlebrook. The general feedback theorem: a final solution for feedback systems. Microwave magazine, IEEE (April), 2006. URL

  5. Wai-Kai Chen. Active network analysis. World Scientific Publishing Co., Inc., 1991. URL

  6. IW Sandberg. On the Theory of Linear Multi-Loop Feedback Systems. Bell System Technical Journal, pages 355–382, 1963. URL

  7. R D Middlebrook. Structured Analog Design. 2004.

  8. M Tian and V Visvanathan. Striving for small-signal stability. Circuits and Devices (January):31–41, 2001. URL

  9. R D Middlebrook. Low-entropy expressions: The key to design-oriented analysis. łdots in Education Conference, 1991. Twenty-First łdots, pages 399–403, 1991. URL

  10. R D Middlebrook. Measurement of loop gain in feedback systems. International Journal of Electronics 38(4):485–512, 1975. URL

  11. Frank Wiedmann. Loop gain simulation. URL

  12. Wai-kai Chen. Circuit Analysis and Feedback Amplifier Theory. 2006.

  13. Jochen Verbrugghe, Bart Moeneclaey and Johan Bauwelinck. Integration of the General Network Theorem in ADE and ADE XL: Toward a Deeper Insight Into Circuit Behavior. In Proceedings of CDNLive! EMEA. 2014.

  14. HW Bode. Network analysis and feedback amplifier design. D. Van Nostrand Co., Inc., 1945. URL

  15. R D Middlebrook. The two extra element theorem. In Frontiers in Education Conference. 1991, 702–708. URL