In general, a good math model for a sine wave is: y=A*sin(ωt+Φ) Let’s dissect what this equation to see what it’s all about. The sine angle is in radians and ω is the frequency in radians ...

Its amplitude frequency spectrum (Figure 4)clearly shows its composition. Note that the components of the interestcan individually be analyzed. That is the power of the transform. Figure 4. The ...

To implement a swept sine wave, you must change frequency on a point-by-point basis (Ref. 1) using this equation: Advertisement. y(i) = A * Sin((a * i 2)/2 + b * i)) where y(i) is the amplitude of the ...

However, for a sine wave, the only zeros come at 1/2 the frequency. For a cosine wave, the zeros start at time zero and also repeat every 180 degrees. Make a copy of the spreadsheet and overwrite ...

The frequency of the sine wave to hit every code a minimum of 32 times is: The number of samples to be captured is: The number of samples as calculated by these equations assumes that the system ...

A sine wave is an S-shaped waveform defined by the mathematical function y = sin x. It is depicted graphically as two semi-circular curves that alternate above and below a center line.

2. The 1-MHz sine and –cosine outputs of the generator (channels 3 and 4) result from the 100-MHz square-wave input (channel 1). Resistor-divider circuits reduce the amplitude from rail-to rail ...