Using Figure 7 in the data sheet I solved for the output impedance and I got an output of 1.85pF and 86 ohms. Is this correct? Also, I'd like to know how it changes with temp/supply voltage - either in value or the graph of Fig 7.

What is the actual threshold input?

What is the propagation delay vs input differential voltage (high to low and low to high)?

What is the actual short circuit output current. If you short the output to ground will you really draw 24mA or will it be less?

What is the offset voltage change with respect to load, temp, freq, supply voltage?

I determined the current source of this amp to be around 9mA-11.5mA, is this accurate?

What is the source of the voltage range provided in the data sheet? Is that really the current source varying under temp/supply voltage? What is the relationship between output drive and temp/supply voltage.

I don't know what to make of all the different variations of Vos. It seems by Fig 3 that Voc contains all the variations of Vos due to changes in logic state, but its only 150mV and the Vos steady state is 1V to 1.45V. So does this mean Voc can vary on top of the Vos range making a potential Vos range of <1V and >1.45 by 150mV? What is the maximum common mode voltage I can expect?

Does delta Vod increase the Vod output range or is the change contained within the listed min/max?

Based on the last two questions, what is the maximum output high voltage possible of this chip? My assumption (into 75ohms as the data sheet) is 1.45V+1/2*.475V = 1.6875V.

Thanks!