Peak-to-peak describes the range of signal values. The peak value is the maximum value based on the 0 scale, with positive and negative values. Peak-to-peak value is the difference between the maximum value and the minimum value, with only positive value.

The relationship between peak value and peak value;

Peak value refers to the difference between the highest or lowest value of the signal and the average value over a period of time. Generally speaking, the peak value is defined for signals that are symmetrical up and down. As you can see, the peak value is equal to half of the peak value.

Extended data:

Peak-to-peak value refers to the difference between the highest value and the lowest value of the signal in a period, that is, the range between the maximum value and the minimum value. It describes the range of signal values. The peak value is the maximum value based on the 0 scale, with positive and negative values. Peak-to-peak value is the difference between the maximum value and the minimum value, with only positive value.

Peak value refers to the difference between the highest or lowest value of the signal and the average value over a period of time. Generally speaking, the peak value is defined for signals that are symmetrical up and down. As you can see, the peak value is equal to half of the peak value.

The root mean square (VRMS) means that the signal is squared in a period, then integrated, squared and averaged, as shown in the formula 1. Effective value means that the work done in a period is equal to the work done by DC voltage equal to this value. For sinusoidal signals, the peak value is √2 times of the effective value.

References:

Baidu encyclopedia-Fengfeng