Maximum input voltage

Hello, see my comments below:

1) VIN_MAX = 100mVp-p (TYP) with the condition THD = 1% means, as you described, that the output will distort further if > 100mVp-p input signal is applied (with the EC Table Global Conditions that GAIN = VDD, giving 40dB gain). However, this is the case for AGC disabled. If enabled, the amplifier will adjust the output level so as not to clip according to AGC parameters such as attack time, hold time, release time, and threshold.

2) Regarding Figure 1, although the gain is not specified for that plot, it seems reasonable that 40dB was used, because that is the EC Table Global Condition, and based on the slew rate and amplitude of the left-most (clipped) output level. As you estimated, it appears that the input is ≈ 160mVp-p judging from the divisions of the oscilloscope's vertical scale. Looking at the clipped output level, the 1V/div vertical divisions, and where the sine wave is cut-off on the peak and trough, it appears that the amplitude would be 16Vp-p. This corroborates with the fact that the other gain options are 50dB and 60dB, which would result in ≈316X and 1000X gains.

I hope this answers your inquiry. If not, let me know. Thank you for your interest.

Hello, see my comments below:

1) VIN_MAX = 100mVp-p (TYP) with the condition THD = 1% means, as you described, that the output will distort further if > 100mVp-p input signal is applied (with the EC Table Global Conditions that GAIN = VDD, giving 40dB gain). However, this is the case for AGC disabled. If enabled, the amplifier will adjust the output level so as not to clip according to AGC parameters such as attack time, hold time, release time, and threshold.

2) Regarding Figure 1, although the gain is not specified for that plot, it seems reasonable that 40dB was used, because that is the EC Table Global Condition, and based on the slew rate and amplitude of the left-most (clipped) output level. As you estimated, it appears that the input is ≈ 160mVp-p judging from the divisions of the oscilloscope's vertical scale. Looking at the clipped output level, the 1V/div vertical divisions, and where the sine wave is cut-off on the peak and trough, it appears that the amplitude would be 16Vp-p. This corroborates with the fact that the other gain options are 50dB and 60dB, which would result in ≈316X and 1000X gains.

I hope this answers your inquiry. If not, let me know. Thank you for your interest.

Dear KTarrats,  Thank you for your quick answer!

Dear KTarrats,

Thank your for your answer soon!