Find dBV of One-Sided Fourier Coefficients for Rectangular Pulse Train

[david90]

A rectangular pulse train with peak-to-peak amplitude A = 2V (peak amplitudes are +/- 1V), period T0 = 1ms, pulse width a = 0.5ms, dc offset zero volt.

How do you find the dBV of the one-sided Fourier coefficients cn for 0 ≤ n ≤ 12?

n refers to the harmonic #? Is the Fourier coefficient just the amplitude of the harmonic?

 

[berkeman]

You need the rise and fall times as well. Are those given in the problem statement?

 

[berkeman]

I guess if they are assuming zero rise and fall times, you get the classic odd harmonic fall-off, right? What is the equation for that?