Thursday 9 February 2017

practical - Why use only oversimplified/ideal equivalent circuits?


Most circuit analysis books use ideal resistor, inductor, capacitor and don't even bother to show practical circuits of these components, let alone any solved examples with practical circuits.


For diodes, all of these books give examples for ideal and practical diodes (to some extent). My question is if it is just because of the complexity involved (although students should be helped to solve at least a few of these to understand it better) or is it because results using ideal components are very close to original/practical in case of R, L, C than in case of diodes?




No comments:

Post a Comment

arduino - Can I use TI's cc2541 BLE as micro controller to perform operations/ processing instead of ATmega328P AU to save cost?

I am using arduino pro mini (which contains Atmega328p AU ) along with cc2541(HM-10) to process and transfer data over BLE to smartphone. I...