title: Thermal stability of hydrolic drives.
abstract: The thermal stability of hydrolic drives is investigated theoretically and experimentally. A commonly used model is found to have a positive positional temperature coefficient of 7 microns per degrees C at 22 degrees C. A simple temperature compensator is described. This should lead to improved intracellular recording stability when recording from small cells.
mesh_terms: D008839:Microelectrodes; D013696:Temperature