the issue that matters is the Dwell timing of the CDI.
Dwell is how long the CDI grounds the primary winding inside the coil (one coil for cylinder 1 and 4, one coil for cylinder 2 and 3) before releasing, which causes the field in the primary coil to collapse which causes the secondary winding to also peak and collapse on a grand scale, which fires the spark plug. The Ohm reading of the primary winding of a coil gives you a hint as to how long the proper Dwell period should be.
If the Dwell period of the Bandit's CDI (which you can't change) is too long for the coils they will overheat and burn out. If the CDI's Dwell period is too short for the coils you choose to use you'll get a weak spark.
I have no idea what the Dwell setting(s) of the Bandit CDI actually are, but based on the math involved in this high-revving engine I'd be willing to bet it's in the 2.5 to 2.8 millisecond range.
The math for the Bandit engine looks like this:
14,000 engine rotations per minute (60 seconds) and there are 1000 milliseconds in a second. So 60,000 milliseconds in a minute divided by 14,000 equals 4.286 ms per 360 degrees of engine rotation. That's all the time that the CDI has to charge and fire the spark plugs (because the CDI uses a "wasted spark" ignition scheme each spark plug fires every 360 degrees)