The invention relates to induced polarization time domain receiver equipment for advance geologic prediction for a tunnel or underground tunnel. The invention improves the performance of the induced polarization time domain receiver equipment, has stronger anti-jamming capability, better adapts to the detection of the tunnel and improves the accuracy for the advance geologic prediction for the tunnel. The induced polarization time domain receiver equipment comprises a detected signal input terminal, an anti-jamming and wave trap circuit, a variable gain differential input amplifier, a wave trapping low-pass filter circuit, a second-stage gain amplifier, a polarity discriminant and signal polarity overturning circuit, a photoelectric isolation circuit, a CPU and an industrial PC; meanwhile, the photoelectric isolation circuit also controls the variable gain differential input amplifier through a first-stage gain controller and controls the second-stage gain amplifier through a second-stage gain controller; and the CPU receives stop pulses from transmitting equipment.