“…Recent techniques for development of high‐performance PLLs have been based on a moving average filter (MAF) [6–12], delayed signal cancellation (DSC) [13–19], complex‐coefficient/complex‐vector filter [20, 21], Fourier transform [22], transfer delay [18, 23, 24] and multiple synchronous reference frame (MSRF)/decoupling network (DN) [25, 26]. The MAF‐based PLLs continue to be developed because they have a simple structure, low computational burden, good stability and high filtering capability [1, 12, 27]. The use of MAF in the control loop causes a large phase delay and decreases the response speed.…”