This study investigates the performance characteristics of a Two-Wing Armature Electromagnetic Launcher under various power circuit configurations. The TWAEL model able to enhances magnetic flux density, a maximum of 2.3383 T, significantly outperforming traditional quadrupole railguns. This increased magnetic flux density contributes to superior acceleration and velocity capabilities. The study reveals that the SCR-controlled inductive energy storage circuit offers over 100 times the force output compared to a switched RC circuit, highlighting its potential for optimizing projectile performance. The paper provides critical insights for different power circuit configuration for electromagnetic launchers. The findings emphasize the integration of power circuit designs to enhance the efficiency, acceleration, and overall effectiveness of electromagnetic propulsion systems. This work lays the groundwork for future advancements in electromagnetic launcher technology, aiming to improve military, aerospace, and industrial applications.