Analog circuits are fundamental parts of modem digital electronic systems but they require much expert knowledge to design them. To solve this problem, there are a lot of works on the automated synthesis of analog circuits using evolutionary computation, However, it is difficult to reproduce their results because of their complexity and requires high computational cost. Recently, Kim et at proposed a method to evolve analog circuits using evolutionary strategy maintaining a very small size population, In general, analog circuits are evolved using simulation software and they put less effort on hardware implementation, In this work, we propose a method to evolve physically implementable analog circuits using the evolutionary strategy-based algorithm and practical constraints on component values, This allows the evolution of realistic analog circuits with less computational cost and complexity, Experimental results show that the proposed method outperforms other alternatives,