This should help.
Here is my combo as far as turbo and actuator are concerned. TE-60R dbb turbo with an un-ported wastegate hole (.900") standard spring adjustable wastegate actuator, RJC boost controller.
With the WG actuator adjusted with just 1 full turn to give the rod just a little bit of tension, and the RJC valve adjusted almost all the way out,(basically one turn away from coming apart) I have 15psi of rock steady boost. Now, if I tighten the RJC valve all the way in, the boost will go up to 20psi, also rock steady. From here it's only a matter of tightening up the wastegate actuators rod until I reach the boost I want. When I had 27.5psi at the last track visit, the RJC was tightened all the way in and the actuator rod was 7 full turns (14 half turns).
The heavy duty actuator is slightly different as typically one half turn = 1 psi of boost. I have a vacuum line run from the compressor covers brass hose barb to the bottom of the RJC valve, out of the RJC valve into the wastegates hose barb port. Zip ties on all hose connections.
This setup should work on all turbos that have a Stage 3 (T-31) turbine wheel. It's when you step up on turbine wheel size that is larger than this T-31 wheel, is when you have to port the WG hole out larger, to compensate for the extra exhaust flow. With my setup, I can hold 5-10psi at half throttle, but this is not recommended. The valve is simply used to delay the pressure signal from reaching the wg, therefore keeping the puck closed longer and helping to spool up the turbo faster.
HTH
Patrick