Äîñë³äaeåíî òåõíîëîã³÷í³ ðåaeèìè îòðèìàííÿ ÿê³ñíèõ ïë³âîê CdO ³ ZnO ìåòîäîì ï³ðîë³çó àöåòàò³â êàäì³þ ³ öèíêó. Óñòàíîâëåíî, ùî åëåêòðîïðîâ³äí³ñòü îòðèìàíèõ ïë³âîê çàëåaeèòü â³ä ðåaeèì³â îñàäaeåííÿ, òåðìîîáðîáêè òà â³ä òèïó ââåäåíèõ ó ðîç÷èí äîì³øîê ³ ñïåö³àëüíèõ äîáàâîê. Ïîêàçàíî, ùî îòðèìàí³ ïë³âêè âîëîä³þòü íèçüêèì ïèòîìèì îïîðîì ³ âèñîêèìè îïòè÷íèìè âëàñòèâîñòÿìè, ùî äîçâîëÿº âèêîðèñòîâóâàòè ¿õ â ÿêîñò³ ïðîçîðèõ åëåêòðîä³â ôîòîïåðåòâîðþâà÷³â ó âèäèì³é îáëàñò³ ñïåêòðà åëåêòðîìàãí³òíîãî âèïðîì³íþâàííÿ. The authors performed technological investigations to obtain high-quality CdO and ZnO films using pyrolysis of cadmium and zinc acetates. It was found that conductivity of the resulting films can be controlled by deposition technique, thermal treatment, and introduction of additional elements into the solution. All the films featured low specific resistivity and good optical properties, making them a promising material to be used as transparent electrodes for photovoltaic devices operating under visible light.