A condensing type clothes dryer having a heat pump cycle, comprising: - a drum in which an object to be dried is accommodated; - a circulation duct that forms a circulation passage that circulates air though the drum; and - a heat pump cycle including: - a plurality of evaporators (241a, 241b), - a condenser provided at a downstream side of the plurality of evaporators (141a, 141b; 241a, 241b) spaced therefrom, that transfers the heat to air introduced into the drum through the condenser, using an operation fluid which circulates via the condenser; - a plurality of divergence pipes (146a, 146b) that form a divergence passage such that the operation fluid discharged from the condenser is introduced into each of the plurality of evaporators (241a, 241b); - a plurality of electronic expansion valves (144a, 144b) provided at the plurality of divergence pipes (146a, 146b), that opens and closes the divergence passage; and - a controller that controls a flow amount of the operation fluid introduced into each of the plurality of evaporators (241a, 241b) by controlling an open degree of the divergence passage based on a super heat degree of the operation fluid passing through each of the plurality of evaporators (241a, 241b), characterized in that the plurality of evaporators (241a, 241b) includes at least a first evaporator and a second evaporator provided adjacent to each other in the circulation duct in a line with respect to a direction of air flow in the circulation duct, that absorb heat of air discharged from the drum, using an operation fluid which circulates via the plurality of evaporators (241a, 241b). - a drum in which an object to be dried is accommodated; - a circulation duct that forms a circulation passage that circulates air though the drum; and - a heat pump cycle including: - a plurality of evaporators (241a, 241b), - a condenser provided at a downstream side of the plurality of evaporators (141a, 141b; 241a, 241b) spaced therefrom, that transfers the heat to air introduced into the drum through the condenser, using an operation fluid which circulates via the condenser; - a plurality of divergence pipes (146a, 146b) that form a divergence passage such that the operation fluid discharged from the condenser is introduced into each of the plurality of evaporators (241a, 241b); - a plurality of electronic expansion valves (144a, 144b) provided at the plurality of divergence pipes (146a, 146b), that opens and closes the divergence passage; and - a controller that controls a flow amount of the operation fluid introduced into each of the plurality of evaporators (241a, 241b) by controlling an open degree of the divergence passage based on a super heat degree of the operation fluid passing through each of the plurality of evaporators (241a, 241b), - a plurality of evaporators (241a, 241b), - a condenser provided at a downstream side of the plurality of evaporators (141a, 141b; 241a, 241b) spaced therefrom, that transfers the heat to air introduced into the drum through the condenser, using an operation fluid which circulates via the condenser; - a plurality of divergence pipes (146a, 146b) that form a divergence passage such that the operation fluid discharged from the condenser is introduced into each of the plurality of evaporators (241a, 241b); - a plurality of electronic expansion valves (144a, 144b) provided at the plurality of divergence pipes (146a, 146b), that opens and closes the divergence passage; and - a controller that controls a flow amount of the operation fluid introduced into each of the plurality of evaporators (241a, 241b) by controlling an open degree of the divergence passage based on a super heat degree of the operation fluid passing through each of the plurality of evaporators (241a, 241b),