AC Circuit Characteristics Demonstrator, Physics Electricity Experiment Kit for Inductor & Capacitor Effects on Alternating Current, Visual Lab Teaching Aid for School & STEM Education

Overview:This instrument is designed in accordance with the content of the new high school physics curriculum. It enables students to understand the impedance effects of inductance and capacitance on alternating current, as well as the physical significance of inductive reactance and capacitive reactance, along with the factors that influence them.Specifications:Name:AC Circuit Characteristics DemonstratorType: Teaching InstrumentsComponent: Metal andColor: As picture shownSize: Approx 40x30x10cm / 15.75x11.81x3.94inWeight: Approx 2400gPackage Includes:1Piece AC Circuit Characteristics Demonstrator★If you have any questions, please contact us. At the same time, there are many else in our store, you are welcome to find something you like! We are always ready to serve you!!

• ★【Visual AC Principles】: This demonstrator provides a clear, visual representation of how inductors and capacitors affect alternating current (AC). By observing the brightness changes of the indicator lights, students can intuitively grasp abstract electrical concepts.
• ★【Dual-Function Experiment Kit】: Designed for two core physics experiments: demonstrating the "choking" effect of an inductor and the "pass-through" characteristic of a capacitor in an AC circuit. It’s an essential tool for high school and college physics labs.
• ★【Easy-to-Operate Design】: Featuring a simple, open-circuit layout with clear labeling and high-quality components. The intuitive toggle switches allow users to easily switch between different components to compare experimental results instantly.
• ★【Durable & Safe Construction】: Built with a sturdy, insulated base and high-quality electrical components to ensure stability and safety during classroom demonstrations. The compact design makes it easy to store and transport between different classrooms.
• ★【Enhanced STEM Learning】: Perfect for STEM educators, physics teachers, and homeschooling parents. This kit bridges the gap between textbook theory and real-world application, stimulating students' interest in electrical engineering and electromagnetism.