University of Tabriz Tabriz Journal of Electrical Engineering 2008-7799 48 1 2018 05 22 Mismatch Tolerant, Wide Bandwidth Current Mirror Mismatch Tolerant, Wide Bandwidth Current Mirror 231 236 7461 FA H. Faraji Baghtash Faculty of Electrical Engineering, Sahand University of Technology, Tabriz, Iran Journal Article 2016 10 19 In this paper, A new structure for current mirror is presented, which beside the wide operating frequency bandwidth, it shows high resilient against transistor mismatch and technology process uncertainties, as well. The frequency characteristic of proposed current mirror and its robustness against mismatch and process variations are compared with that’s of simple current mirror. To investigate the effects of mismatch on current transfer accuracy, we used Monte Carlo simulations. To compare the robustness of the two current mirror structures, we used standard deviation as a reliable merit. The simulation results prove that the proposed structure operates at least 2.5 times faster than the simple current mirror at standard deviation of 5.5 %. At all the simulations the biasing condition of two structures have chosen to be equal. In this paper, A new structure for current mirror is presented, which beside the wide operating frequency bandwidth, it shows high resilient against transistor mismatch and technology process uncertainties, as well. The frequency characteristic of proposed current mirror and its robustness against mismatch and process variations are compared with that’s of simple current mirror. To investigate the effects of mismatch on current transfer accuracy, we used Monte Carlo simulations. To compare the robustness of the two current mirror structures, we used standard deviation as a reliable merit. The simulation results prove that the proposed structure operates at least 2.5 times faster than the simple current mirror at standard deviation of 5.5 %. At all the simulations the biasing condition of two structures have chosen to be equal. https://tjee.tabrizu.ac.ir/article_7461_4aef6a02790b1cf9d2ebbe882a41ce5a.pdf