Novel simulator designed for grounded negative inductance with lossless characteristics incorporated with single OTRA

This article introduces a novel design of a simulator for grounded lossless negative inductance by using an active element -single Operational Trans Resistance Amplifier (OTRA) and four passive components. Without interrupting the condition of realization of inductance, the value of the simulated inductance can be independently administered by a MOS based resistor. For validation of the analytical elucidation PSPICE simulation results are used. Moreover, sensitivity analysis, Monte-Carlo simulation, temperature analysis, and % of total harmonic distortion (%THD) are also investigated to verify the functionality of the proposed circuit. As an application claim of the projected configuration, an inductance nullification circuit is also implemented that exposes that the proposed negative inductance simulator may be used to cancel or reduce the effective inductance in a circuit. The Analog Design Environment tool of Cadence Virtuoso is employed for designing the layout of the OTRA.