Jump to content

Linearity: Revision history


For any version listed below, click on its date to view it. For more help, see Help:Page history and Help:Edit summary. (cur) = difference from current version, (prev) = difference from preceding version, m = minor edit, → = section edit, ← = automatic edit summary

(newest | oldest) View (newer 50 | ) (20 | 50 | 100 | 250 | 500)

7 June 2024

19 April 2024

24 March 2024

18 March 2024

25 January 2024

31 October 2023

28 October 2023

6 September 2023

22 June 2023

17 May 2023

24 March 2023

7 March 2023

21 December 2022

9 October 2022

2 October 2022

1 June 2022

20 January 2022

2 January 2022

24 November 2021

20 September 2021

30 June 2021

  • curprev 21:5621:56, 30 June 2021Alej27 talk contribs 13,367 bytes +8 All circuit signals (instantaneous voltages, currents and powers) are *dependent* variables (of time). The only independent variable of a lumped circuit is time; for a distributed-parameter circuit, the spatial variables are also independent variables. So, the base current is a dependent variable. I think whoever who wrote this meant to say that the base current is the input and the collector current is the output. undo
  • curprev 21:5121:51, 30 June 2021Alej27 talk contribs 13,359 bytes −23 Linear regulators are not linear circuits/systems for at least two reasons: 1) they contain non-linear components (and which are not even working in the linear region), 2) the purpose of the regulator is to maintain a steady voltage as stated in its article, which means the regulator's output is constant, and a system with constant output is non-linear. undo

30 April 2021

28 April 2021

26 March 2021

27 December 2020

20 December 2020

25 October 2020

17 October 2020

19 August 2020

3 August 2020

20 June 2020

1 June 2020

19 May 2020

(newest | oldest) View (newer 50 | ) (20 | 50 | 100 | 250 | 500)