Tabla de Números Complejos

Referencia: Leon W Couch Apéndice p653

Definiciones

sen(x)=ejxejx2j sen(x) = \frac{e^{jx}-e^{-jx}}{2j} cos(x)=ejx+ejx2 cos(x) = \frac{e^{jx}+e^{-jx}}{2} tan(x)=sen(x)cos(x)=ejxejxj(ejx+ejx) tan(x) = \frac{sen(x)}{cos(x)}= \frac{e^{jx}-e^{-jx}}{j(e^{jx}+e^{-jx})}

Teorema de Euler

e±jx=cos(x)±jsen(x) e^{\pm jx} = cos(x) \pm j sen(x)

Complejos

e±jπ/2=±j e^{\pm j\pi /2} = \pm j e±jnπ={1, n par1, n impar e^{\pm jn\pi} = \begin {cases} 1 \text{, n par} \\ -1 \text{, n impar}\end{cases}

forma rectangular

x+jy=Rejθ x + jy = Re^{j\theta} R=x2+y2 R = \sqrt{ x^2 + y^2} θ=tab1(yx) \theta = tab^{-1}\left( \frac{y}{x} \right)

a una potencia

(Rejθ)y=Ryejyθ \left( R e^{j\theta} \right)^y = R^y e^{jy\theta} (R1ejθ1)(R2ejθ2)=R1R2j(θ1+θ2) \left( R_1 e^{j\theta_1} \right) \left( R_2 e^{j\theta_2} \right) = R_1 R_2 ^{j(\theta_1+\theta_2)}