Example 10.6 Examine the stability of s³ +254 + 45³ +85² + 3s +1=0 using Routh's criteria.Solutions³|1 4 3S28 1$³0 2.5 05² 8←Routh's array failed.To remove the above difficulty, the following two methods can be used.Method 1:3(i) Replace 0 by E (a small number) and complete the array with E.(ii) Examine the sign change by taking & → 0.The above example is solved below.$$4 3S2$³8E-533***E2.5***8ɛE8E-5EIB812.5 010How did he get the final output?It is possible to explain step bystep and with a clear line

Routh's Hurwitz Criteria: A system can only be stable, in accordance with the Routh's-Hurwitz…

Example 10.6 Examine the stability of s³ + 25 +45³ +85² + 3s + 1 = 0 using Routh's criteria. Solution || در 4 3 S28 1 S³0 2.5 0 5² 8 -Routh's array failed. To remove the above difficulty, the following two methods can be used. Method 1: (i) Replace 0 by E (a small number) and complete the array with E. (ii) Examine the sign change by taking & → 0. The above example is solved below. 4 3 81 2.5 0 کی S2 SE 2 $² 8E-5 3 2.5 8E-5 E 8E-5 E 10 0

Example 10.6 Examine the stability of s³ + 25 +45³ +85² + 3s + 1 = 0 using Routh's criteria. Solution || در 4 3 S28 1 S³0 2.5 0 5² 8 -Routh's array failed. To remove the above difficulty, the following two methods can be used. Method 1: (i) Replace 0 by E (a small number) and complete the array with E. (ii) Examine the sign change by taking & → 0. The above example is solved below. 4 3 81 2.5 0 کی S2 SE 2 $² 8E-5 3 2.5 8E-5 E 8E-5 E 10 0

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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