The invention discloses an array temperature touch sensing device, which is characterized by adopting microsize negative temperature coefficient (NTC) temperature sensitive devices (such as temperature-measuring type high-precision NTC resistors) to serve as temperature sensitive units. A temperature sensor array distributed cross structure is adopted; the array distribution can be rectangular, round, elliptical, triangular and the like in shape; one end of each temperature measuring resistor in an array is connected with an alignment on which the temperature measuring resistor is located; the other end of each temperature measuring resistor is connected with a line on which the temperature measuring resistor is located; the number of connecting lines required by detecting N*M temperaturesensors is N+M, thereby, the number of the connecting lines for detecting the temperature sensor array can be greatly reduced. A multi-way electronic analogue switch and a feedback driving isolating circuit are adopted to virtually isolate out all the temperature sensitive resistor devices from the array, and the point temperature is accurately measured through the temperature sensitive resistors, and all temperature points on the array are rapidly measured through carrying out high-speed sweep measurement on all the devices in the array one by one. The array temperature touch sensing device is capable of simultaneously and dynamically measuring temperature signals within a certain spatial range and has the characteristics of high temperature measurement precision, high speed, high spatial resolution and good anti-noise jamming performance.