While reading some experimental setup of a paper, I've came across with a statement saying,
"Since a DC power supply is not capable of finely regulating the discharge current at very low currents( in the mA range), a separate current-limiting low-inductance resistor was added to enable the stable operation of the magnetron at very low currents while using the power supply in the voltage mode."
To me who is not familiar with electronics, this sentence wasn't clear to figure out how "a current-limiting low-inductance resistor" is related to the stable operation. They didn't provide the circuit, but I guess it is in series, considering 'current-limiting'.
P/S is on the voltage mode(to keep the current the set value of 100 mA), and the current is from a gas discharge probably with some oscillating nature.
I got the meaning of 'current-limiting' which is a general role of resistor, however, can't understand how stable operation" is achieved with the described resistor.
I found LR circuit example , where time constant is given by L/R, so the low inductance will reduce response time. But, it seems controversy to me because if the circuit reacts quick for discharge oscillation, the inductance wouldn't suppress the effect of discharge oscillation. Then, doesn't make sense of the description 'to enable the stable operation.' And the example of LR circuit is kind of situation for DC circuit, and the page was explaining the current time history when a switch is closed.
I assume 'low-inductance' may somehow related, but can't clearly figure out alone.
I will appreciate if anyone could help me to understand.
** Edit - schematic which I assume is added.