The study of physical phenomena basic to electronics, such as discharges, thermionic and field emission, and conduction in semiconductors and metals. Physical Electronics deals with the actual phenomenon occurring within the device during its operation. However, in the part of electronics, we study how an electronic device actually works. On the other hand, electronic engineering is the application part of core electronics and under this section, we deal with successive development. Finally electronics can be defined as "the field of science and engineering which deals with electronic devices and its utilization". The journal list includes different branches of electronics like power electronic, marine electronics, bioelectronics, etc. Power electronics is one of the dynamic technologies, which is an application of convert and control of electrical power. Power electronics research has been transformed from developed countries to developing countries. The recent advances of power electronics is renewable energy sources. Power electronics has a lead role in the electronics engineering journals list. Open access is a set of principles and a range of practices through which research outputs are distributed online, free of cost or other access barriers. The Physical Electronics articles on current, electrical phenomenon, electrons, physical science, wave perform, molecular quantum states reflects the common variety of citations for the impact issue. The internet is the essential provide for learning the new rising techniques. The prepared documents on the articles improvise the impact issue. The journals having smart content on recent advances in engineering science are often able to get a great impact issue. The sharing &analysis, findings of engineering can facilitate to induce the great impact of researchers to share their information on journals. The open-access journals facilitate the scientists to maneuver a step ahead to find the higher than the previous discovery. This analog circuits research addresses the development of creative new paradigms that underlie the design, and layout of reliable, reproducible, high yield, high performance, and analog integrated circuits fabricated in deep submicron CMOS technology. The Research and Development (R&D) effort is partitioned into two technologically related, but otherwise independent projects. The first of these projects produce new mixed-signal design paradigms that exploit a microcontroller embedded on-chip. Upon circuit boot up, the microcontroller assesses circuit performance, compares assessed performance with design targets, and automatically makes circuit adjustments to optimize Input/output (I/O) performance. The second project is focused on an alternative analog design paradigm that supplants the realization of a high-performance analog IC with a Digital Signal Processor (DSP). This sufficiently high-speed DSP emulates the desired analog Signal Input/Signal Output (I/O) performance. Among the advantages associated with DSP emulation of analog networks is considerable flexibility in controlling, adjusting, and optimizing analog performance.