Mathematical derivation of Equation 2 in the SBOA055A Application Report

That is going back a ways - Tony actually died of lung cancer back in 1995

Here is what you need, 6175.Transimpedance design flow using high speed op amps.pptx

I also noticed in this older design flow presentation an older table of parts, I updated all of that in this article, transimpedance is the last example in this one. 

https://www.planetanalog.com/applying-high-speed-de-compensated-vfas-hitting-performance-targets-while-tuning-phase-margin-insight-10/

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Hi Danilo,

TI Support is asking me to reply the derivation of equation 2, even though Michael is answered. 

A customer is asking for a mathematical derivation of Equation 2 in the SBOA055A Application Report. Do we have documents that explains the derivation of equation 2?

Figure 3 is the transfer function or bode plot in graphic form, where  DC, fz and fp are break points as frequency is increasing. 

Please let me know if you have questions

Best,

Raymond