a. V = I . R 15 = I . 100 I = 0,15 Ampere b. V = I . R 15 = I . 150 I = 0,1 Ampere a. 6 branches and 5 nodes b. 7 branches and 5 nodes -V1 + 1+ 5 = 0 V1 = 6 V -V2 – 2 +…
Slide 1 EE42/100 Lecture 9 Topics: More on First-Order Circuits Water model and potential plot for RC circuits A bit on Second-Order Circuits Slide 2 First-Order Circuits…
1 Chapter 7 Response of First-order RL and RC Circuits 7.1-2 The Natural Response of RL and RC Circuits 7.3 The Step Response of RL and RC Circuits 7.4 A General Solution…
Slide 1 The switch SW2 was open for a long time before t = 0. The switch SW1 was closed for a long time, and then opened at t = 0. Then, switch SW2 closed at t = 10[ms].…
Slide 1 Phasor Method Aug 24, 2011USC Slide 2 Outline Review of analysis of DC (Direct Current) circuits Analysis of AC (Alternating Current) circuits – Introduction –…
Problems With Assistance Module 4 â Problem 3 Filename: PWA_Mod04_Prob03.ppt Find the Norton Equivalent as seen by resistor R7. Next slide Go straight to the Problem Statement…
Phasor Method Aug 24, 2011 USC Outline Review of analysis of DC (Direct Current) circuits Analysis of AC (Alternating Current) circuits Introduction Challenge of analysis…