Al/CuO Schottky junction transduction chip was designed and prepared based on Schottky barrier theory. The electrical initiation performance of the transduction chip was studied by a breakdown voltage instrument. The electrical explosion characteristics of the chips were studied by a capacitance discharge mode of capacitor discharging circuit. Results show that fot the former,the chips exist an ignition threshold and have the haracteristics of rectification. The breakdown voltage has nothing to do with the number of Schottky junction. The breakdown voltage is 8 V. For the latter,the chips also exist the ignition threshold. The ignition threshold increases with increasing the number of Schottky junction. The chips also have the characteristics of delayed discharge. The delayed discharge time prolongs with increasing the number of schottky junction. At the same time,the chips also have the characteristic of continuous firing when stimulating repeatedly,which revealing that the Al/CuO Schottky junction transduction chip is a novel electrical-explosive device with a nonlinear energy conversion characteristic.