Razavi Electronics2 Lec9: Large-Signal Analysis of Bipolar Differential Pair

[@coolwinder]

01:25 - Review and Intro
08:10 - Intuitive Large-Signal Study of Bipolar Differential Pair
15:58 - Deriving Equations for Collector Currents and Output Voltage Signals
36:26 - Finding Slope of Input-output Characteristic
41:13 - Example: What happens to the input-output characteristic when the tail current or the load resistance is doubled?
45:25 - Example: What happens when the ambient temperature drops considerably?

[@arnelcatangayjr2878]

I wish sedra/smith also has lectures like this.

[@nothingprajwal-ul2mz]

razavi sir book on microelectronics is far better and also saves a lot of time

[@nextengineer7391]

perfect explanation thank you sir you are a blessing for electronics engineer students

[@bhutalisiddadugur3845]

Very clear explanation and analysis. Thanks

[@santhoshk8703]

thank you so much ,,,,, it would be fantastic every author ,makes videos instead of writing big books

[@santhoshk8703]

no dislikes,,,, its the value of the content

[@mnada72]

Waiting eagerly for circuit theory I & II and the rest of the series.

[@pranaykumar7337]

Sir, please bring some lectures of Advanced Electronics, if possible.

[@shubhambhardwaj3370]

nice explanation

[@coolwinder]

Mathematical question: How do we know there is one solution to the values of Veb1 and Veb2 with non-zero input differential signal? And more importantly, can we conclude that their deviation from equilibrium condition are opposite and equal? (i presume not)

[@muratt6894]

Thank You

[@raminrajabioskouei781]

Thanks

[@e1490807aa]

When I tried to derive Vx-Vy by myself , I got the equation Vx-Vy = -Rc IEE tanh(Vin1-Vin2/VT) . Now I still don't know where I went wrong. :(

[@DuyNguyen-kh5tk]

checked!

[@alexnoggle1874]

My poor brain...

[@ayushkale1484]

gg

[@simonsayegh7535]

Very clear explanation and analysis. Thanks