Improvements to the ease of LINAC Dataset generation for high energy

High-energy ion implanters using RF acceleration have advantages over electrostatic implementations. However, in order to generate quality beams each successive RF resonator phase and amplitude must be adjusted to accept beam from the preceding resonator and accelerate it in a manner that produces the desired acceleration. A new method of obtaining optimal beam tuning is described. Test results are shown documenting that optimum beam performance can be achieved with minimal tuning times.