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We predict conductance oscillations in a quantum-anomalous Hall 2d striphaving a superconducting region of length $L_x$ with a chiral Majorana mode.These oscillations require a finite transverse extension of the strip $L_y$ ofa few microns or less. Measuring the conductance periodicity with $L_x$ and afixed bias, or with bias and a fixed $L_x$, yields the speed of the chiralMajorana mode. The physical mechanism behind the oscillations is theinterference between backscattered chiral modes from second to first interfaceof the NSN double junction. The interferometer effect is enhanced by thepresence of side barriers.

Conductance oscillations and speed of chiral Majorana mode in a quantum-anomalous-Hall 2d strip