- Purpose: This product is designed to effectively demonstrate the phenomena occurring when inductance in a circuit is switched on and off, providing valuable insights into electromagnetic principles. - Operating Voltage: - 10V DC for self-inductance during activation. - 4V DC for self-inductance during deactivation. - Self-Induction Explained: Self-induction refers to the phenomenon of induced electromotive force (EMF) within a coil caused by changes in its own current, making it a fundamental concept in electrical engineering. - Direction of Induced EMF: - When current increases, the direction of the self-induced EMF opposes the current flow. - When current decreases, the direction of the self-induced EMF aligns with the current flow. - Key Attributes: - Function: Ideal for educational purposes and demonstrations in physics and engineering. - Compatibility: Suitable for use in various circuit experiments and laboratory settings. - Size: Compact design for easy handling and integration into experimental setups. - Material: Constructed with high-quality components to ensure durability and reliability. - Performance: Provides accurate and consistent results in demonstrating inductive effects. - Use Scenarios: 1. Educational Institutions: Use this product in classrooms or laboratories to teach students about inductance and electromagnetic principles. 2. Research and Development: Ideal for engineers and researchers conducting experiments related to electrical circuits and inductive components. 3. DIY Projects: Perfect for hobbyists looking to explore and demonstrate electromagnetic concepts in personal projects. This product is an essential tool for anyone looking to understand the dynamics of inductance and its practical applications in electrical circuits.