Hi,
Does anybody have a general idea of what magnitude of input/output maximums (for voltage) are for a network analyzer? I have seen that you do not want to put too large a signal on the input side (lets call this Probe A). But what about the probe (Probe B) that is measuring the output side?
I am wondering because say you put a voltage divider at the output to step down the output voltage, wouldn't that change the magnitude of your resulting frequency response?
I'm not aware of any manuals that are available with this information, so if somebody knows an estimate off the top of their head, that would be great.
Does anybody have a general idea of what magnitude of input/output maximums (for voltage) are for a network analyzer? I have seen that you do not want to put too large a signal on the input side (lets call this Probe A). But what about the probe (Probe B) that is measuring the output side?
I am wondering because say you put a voltage divider at the output to step down the output voltage, wouldn't that change the magnitude of your resulting frequency response?
I'm not aware of any manuals that are available with this information, so if somebody knows an estimate off the top of their head, that would be great.