Gamma spectra from the decay of 8.5 d 106mAg, 24 min 106gAg and 30 sec 106gRh have been studied with several sizes of Ge(Li) detectors of high resolution by singles and coincidence methods. Energies and relative gamma intensities of 43 transitions in 106mAg decay, 13 transitions 106gAg decay, and 35 transitions in 106gRh decay have been determined. Using conversion electron intensities from the literature, K-shell conversion coefficients and multipolarity assignments for many of the transitions in 8.5 d 106mAg decay have been obtained. All except seven transitions are placed in a level scheme of 106Pd consisting of levels at 0, (0 +), 511.6 (2 +), 1127.8 (2 +), 1133.4 (0 +), 1228.9 (4 +), 1557.3 (3, 4 +), 1561.6 (2 +), 1704.2 (1 +), 1931.9 (3, 4 +), 2001.2 (0 +), 2040.0 (2 +), 2076.6 (3, 4 +), 2083.7 (3 −), 2189.3 (1, 2 +), 2244.4 (2 +), 2305.1 (4 −), 2307.8 (1 +, 2 +), 2350.3 (3, 4 +), 2365.0 (3, 4 +), 2437.3 (1, 2 +), 2623.0 (1, 2 +), 2709.0 (1, 2 +), 2756.3 (5 +), 2826.6 (1, 2 +), 2918.0 (1, 2 +), 2950.9 (5, 6 +), 3042.0 (1, 2 +), 3057.0 (1, 2 +) keV.