Hi,
My question relates to how to multiply out a complex number which is multiplied by a whole number.
where p = rho, Zo = 50ohm
\( \frac{Zt}{Zo}= \frac{1+pt}{1-pt} \)
\( Zt = \frac{1+pt}{1-pt} * Zo \)
Where
\( pt = 0.5305 angle 69.33deg \)
or
\(0.18726+j0.49635\)
\(Zt = \frac{(1+(0.5305 angle 69.33deg))}{(1-(0.5305 angle 69.33deg))}*50 \)
I would like to know if the following step is correct as this is where I am getting stuck
\(Zt = \frac{(1.5305 angle 69.33deg))}{(0.4695 angle 69.33deg))}*50 \)
Do you have to change the equation from Polar back to Rect then multiply it by 50 or can this be done in the equation above?
What part of the equation do you have to mulitpy by 50 just the real part or does both the real and theta get multiplied.?
Any help would be appricated
Thanks
My question relates to how to multiply out a complex number which is multiplied by a whole number.
where p = rho, Zo = 50ohm
\( \frac{Zt}{Zo}= \frac{1+pt}{1-pt} \)
\( Zt = \frac{1+pt}{1-pt} * Zo \)
Where
\( pt = 0.5305 angle 69.33deg \)
or
\(0.18726+j0.49635\)
\(Zt = \frac{(1+(0.5305 angle 69.33deg))}{(1-(0.5305 angle 69.33deg))}*50 \)
I would like to know if the following step is correct as this is where I am getting stuck
\(Zt = \frac{(1.5305 angle 69.33deg))}{(0.4695 angle 69.33deg))}*50 \)
Do you have to change the equation from Polar back to Rect then multiply it by 50 or can this be done in the equation above?
What part of the equation do you have to mulitpy by 50 just the real part or does both the real and theta get multiplied.?
Any help would be appricated
Thanks