...ones that are recommended to be loaded with that are generally under 10Ohms....
Name some, recommended load < 10 Ohms.
You said that the cable length after the SUT will be short. And you ask why no one does it.
If you put the SUT at the beginning of a “length” of cable run, there is a significant high impedance signal running through (remember impedance is transformed in square) 1:10 -> 1:100.
If I’m not mistaken, we always try to make the output impedance of a low voltage signal as low as possible, especially if long cable runs are needed. Probably it has sth. to do with the Input impedance in order to not have a loss of signal. As well as the requirements to the cables themselves could be different.
If you put the SUT at the beginning of a “length” of cable run, there is a significant high impedance signal running through (remember impedance is transformed in square) 1:10 -> 1:100.
If I’m not mistaken, we always try to make the output impedance of a low voltage signal as low as possible, especially if long cable runs are needed. Probably it has sth. to do with the Input impedance in order to not have a loss of signal. As well as the requirements to the cables themselves could be different.
Name some, recommended load < 10 Ohms.
Miscombubulation. LOMC that are recommend to be loaded with 100Ohm generally have sub 10 ohm coils.
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