Ah just read it again and realized it was missing "peak" word under first number, as both are peak ratings. E.g. in the example 1,5A was peak rating of the mosfet driver, and 10A is peak current drawn by the "natural" rising edge of charging the gate of the driven mosfet. Both peaks, they need to reconcile, either the driver needs to actively limit the current by itself, or a resistor in line with the gate needs to do so, or something like that.
If it would of been 1,5A *continuous* and 10A would be peak, fast, then indeed something like that could probably work together just fine. If it would math out to less than some absolute max and less than max power dissipation, then should work. Sry i forgot the "peak" word that was misleading. Its not continuous coz everything driver does is charging and discharging, rise and fall times, so peak currents are the tangible ratings, in other terms there is no constant current flow to speak of.
If it would of been 1,5A *continuous* and 10A would be peak, fast, then indeed something like that could probably work together just fine. If it would math out to less than some absolute max and less than max power dissipation, then should work. Sry i forgot the "peak" word that was misleading. Its not continuous coz everything driver does is charging and discharging, rise and fall times, so peak currents are the tangible ratings, in other terms there is no constant current flow to speak of.