AD8032Production
The AD8032 (dual) is a single supply voltage feedback amplifier that features high speed performance with 80 MHz of small signal bandwidth, 30 V/µs slew...
Datasheet AD8032 on Analog.com
AD8302Recommended for New Designs
The AD8302 is a fully integrated system for measuring gain/loss and phase in numerous receive, transmit, and instrumentation applications. It requires...
Datasheet AD8302 on Analog.com
I can't give a precise answer, however datasheet Figure 1 on page 5, Circuit B, shows an internal resistor of 25 Ohms with the main outputs. Add to that the common-emitter class AB output stage inherent output impedance. The total is likely perhaps 75 Ohms, rough estimate. But kindly note, whatever the total is, the effective output impedance becomes drastically reduced by closing the voltage feedback path around the internal output buffer. This happens when MSET / PSET connects to VMAG / VPHS outputs respectively. Output impedance reduction also occurs when output feedback dividers are used, such as datasheet figures 8 & 9, although to lesser degree. In summary, for typical configurations utilizing feedback, we would expect the small-signal, low-frequency, effective output impedance to be considered negligible whenever the datasheet page 2 output current specification of 8mA source/sink is adhered to. Hope this helps answer your question. -Bruce H.
Thanks for your answer.In my case, MSET connects to VMAG and also PSET to VPHS.So it is not necessary to add a buffer between outputs MSET/VMAG and ADC of a micro controller for example.
