Signal conditioning based artillery temperature parameter test device and method

The invention discloses a signal conditioning based artillery temperature parameter test device and a method, which is used for solving a technical problem that an existing contact type artillery temperature parameter test device is poor in anti-interference ability. The technical scheme is that the signal conditioning based artillery temperature parameter test device comprises a temperature sensor and a compensating wire and is characterized by further comprising a temperature adapter, a multifunctional signal conditioning module and a 16-channel data acquisition system, wherein the temperature sensor is electrically connected with the temperature adapter through the compensating wire, the output end of the temperature adapter is connected with the input end of the multifunctional signal conditioning module, the output end of the multifunctional signal conditioning module is connected with the 16-channel high-speed data acquisition system, the temperature sensor converts tested temperature signals into electric signals, the electric signals are inputted into the temperature adapter through the compensating wire, the signals passing through the temperature adapter are sent to the multifunctional signal conditioning module, and signals passing through isolation and filtering conditioning are sent to the 16-channel data acquisition system so as to be processed. The device disclosed by the invention realizes conditioning for the tested signals by adopting the multifunctional signal conditioning module, and the anti-interference ability is improved.