A multiple temperature sensor system, comprising: a temperature sensor network comprising: a plurality of temperature-sensing resistors R T1 and R T2 (186, 187); a plurality of frequency-selective input filters coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of distinct time-varying signals into the temperature sensor network; and a multiplexer coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of attenuated distinct time-varying signals out of the temperature sensor network or a plurality of frequency-selective output filters coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of attenuated distinct time-varying signals out of the temperature sensor network; and a temperature measurement controller coupled to the temperature sensor network and configured to inject the plurality of distinct time-varying signals into the temperature sensor network, receive the plurality of attenuated distinct time-varying signals from the temperature sensor network in response to the injection, with the plurality of attenuated distinct time-varying signals being attenuated by the plurality of temperature sensing resistors (186, 187), and generate two or more substantially simultaneous temperature values from the plurality of attenuated distinct time-varying signals. a temperature sensor network comprising: a plurality of temperature-sensing resistors R T1 and R T2 (186, 187); a plurality of frequency-selective input filters coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of distinct time-varying signals into the temperature sensor network; and a multiplexer coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of attenuated distinct time-varying signals out of the temperature sensor network or a plurality of frequency-selective output filters coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of attenuated distinct time-varying signals out of the temperature sensor network; and a plurality of temperature-sensing resistors R T1 and R T2 (186, 187); a plurality of frequency-selective input filters coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of distinct time-varying signals into the temperature sensor network; and a multiplexer coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of attenuated distinct time-varying signals out of the temperature sensor network or a plurality of frequency-selective output filters coupled to the plurality of temperature-sensing resistors R T1 and R T2 (186, 187) and passing a plurality of attenuated distinct time-varying signals out of the temperature sensor network; and a temperature measurement controller coupled to the temperature sensor network and configured to inject the plurality of distinct time-varying signals into the temperature sensor network, receive the plurality of attenuated distinct time-varying signals from the temperature sensor network in response to the injection, with the plurality of attenuated distinct time-varying signals being attenuated by the plurality of temperature sensing resistors (186, 187), and generate two or more substantially simultaneous temperature values from the plurality of attenuated distinct time-varying signals.