- #1
Natalie Johnson
- 40
- 0
I have a complex waveform in MATLAB that is of the form
y = A1 ei * 2 * π * f * t + Φ
I need to amplify each sample point of the waveform to an amplitude A2 and also for it to shift phase by φ. I therefore construct a complex waveform for amplification
y = (A2 / A1 ) ei+φ
Then with multiplication to give the amplified waveform
y = A2 ei*2*π*f*t+Φ ⋅ ei+φ
Is this correct?
Each point on the waveform must be multiplied by a different amplitude and phase. I have the amplitudes and phase in matricies so I am hoping if I just create an amplification waveform like above then I can just multiply into my waveform to get the final amplified waveform.
y = A1 ei * 2 * π * f * t + Φ
I need to amplify each sample point of the waveform to an amplitude A2 and also for it to shift phase by φ. I therefore construct a complex waveform for amplification
y = (A2 / A1 ) ei+φ
Then with multiplication to give the amplified waveform
y = A2 ei*2*π*f*t+Φ ⋅ ei+φ
Is this correct?
Each point on the waveform must be multiplied by a different amplitude and phase. I have the amplitudes and phase in matricies so I am hoping if I just create an amplification waveform like above then I can just multiply into my waveform to get the final amplified waveform.