# complex conjugate symmetric part of a signal?

Status
Not open for further replies.

#### purnapragna

hi can anbody tell me how to calculate the complex conjugate symmetric and anti-symmetric part of a signal?
ie., for example i have a signal $x(t)$. So how to find the complex conjugate symmetric and anti-symmetric part of it?

thnx

purna!

Last edited by a moderator:

#### ArjunSC

##### Member level 1
HI purnapragna,

a signal can be a complex signal as follows:x(t) = a(t) + ib(t) . in which the a(t) is the symmetric and the b(t) is the anti symmetric part.

#### purnapragna

The signal given by you is truly complex, but how would you justify that $a(t)$ is symmetric and $b(t)$ is anti-syymetric? By the by my question is that how do you find the conjugate-symmetric part and conjugate-anti-symmetric part of the given signal.

thnx

purna!

Last edited by a moderator:

#### rakeshKM

##### Newbie level 4
a complex signal x(t) is said to be conjugate symmetric if x*(t)=x(-t)

and conjugate symmetric part is =[x(t)+x*(-t)]/2

Status
Not open for further replies.