Recent content by engnrshyckh

Yes it is so may be a commarotor will work

I don't have such values of capacitance can i change the value of R2 FOR fixed value of C i. I 3.3pF

See the attached figure. I used 220uF with buzzer and also tried 10uF capacitor but buzzer isn't loud enough. I don't have any 3.3pf capacitor. I used 1.1 pF instead. I also tried changing the resistance of potentiometer but still buzzer isn't sound loud enough.

the question is from ELECRTRONICS AND COMMUNICATION (ch name is control system) objective book written by HANDA. In this book only multiple choice questions are present with no/little literature. I am following this book to prepare for junior engineer test conducted in my country. They mostly...

N No graphs are there

I know we can calculte steady state error by using final value theorem. I don't know about the input. Its the complete statement.

I don't know how to calclute error in derivative for daming ratio of 0.5

But correct ans is k>-2

See the picture I am stuck at 12(1+2k)=0 So k=-1/2 for stability k must have value greater the - 1/2 which means there will no sign changes in rooth array and equation represents a stable system

1/s(s^2+w^2)=A/s+Bs+C/(s^2+w^2) =1/w^2(1/s-s/s^2+w^2) taking inverse laplace ibget =1/w^2[1-coswt)

Thanks - 1/w2

For finding B As^2+Bs^2=0

1=A(s^2+w^2)+BS^2+Cs

Comparing the Coefficient of s^2 i get (1+B)/w^2 =0 which give me B=-1

Tell me?