A story related to the power supply output capacitance that some folks might find interesting. Back in 70s and 80s much effort went into nuclear survivability for electronics, and research found the levels of minimum energy in a supply line or power supply that would damage/destroy a chip. Basically a nuclear detonation will turn on all PN junctions of exposed semiconductors, this includes diodes, transistors and junction isolated chips and why for high radiation environments (space for example) insulated substrate chips are preferred.
For survivability the supply line and power supply had a maximum available capacitance and discharge profile which often dictated utilizing a "Crowbar" type Power Supply, where the Crowbar (we used an SCR) would act upon an event leading edge. The available capacitance was a complex assessment of the capacitance that could quickly discharge during an event leading edge from the power supply and PCB distributed decoupling capacitances, and recall this was something on the order of ~90uF for a 10mJ energy level for a 15V supply (vaguely recall this as the maximum available discharge energy to cause chip damage).
Anyway, this is kind of related to the output capacitance of a Power Supply and why one prefers a lower capacitance as an "event" could be a malfunction of the test circuit, device or even operator (scope ground lead dangling and shorting something on the PCB, been there done that)
We must remember that the power supply output capacitance, or a portion of such, is generally outside current limit circuitry and the current limit can't help with the instantaneous discharge levels for the output capacitance, so lower is better

Best,