Resistor Box, Programmable Resistor Board Resisters Electrical 0.1R to 9999999R 8 Section for Electronic Engineering Design for Educational Experiments The Resistor Box provides eight independent programmable resistor sections in a compact unit. It is designed for electronic engineering design and educational experiments, enabling handson learning and rapid circuit prototyping. Key benefits Wide resistance range on a single device: 0.1R to 9999999R, allowing both very low and very resistance simulations without the need for many individual components. Programmable eightsection resistor network: each of the eight sections can be set to a different resistance value to build complex series and parallel configurations quickly. Educational and design utility: well suited for classrooms, training labs, and engineering projects to demonstrate Ohm's law, network analysis, tolerance effects, and circuit behavior. Reproducible experiments: values can be set and reset easily to support repeatable testing and learning activities. Streamlined prototyping workflow: reduces time spent gathering and wiring discrete resistors during circuit design and experimentation. Key attributes Functionality: programmable resistor box with eight sections for building resistor networks and calibrating circuits. Range: 0.1R to 9999999R. Configuration: eight sections; designed for electronic engineering design and educational experiments. Compatibility: intended for educational and design contexts; compatible with standard bench equipment used in electronics labs. Size, material, and detailed performance specs: not specified in the product title; refer to the full specification sheet for exact dimensions and construction materials. Two to three use cases Educational labs and classrooms: teach series and parallel resistor networks, voltage division, and tolerance effects using a single device that can reproduce multiple configurations quickly. Circuit prototyping and calibration: simulate loads and resistor networks during the design and testing phase of a project, reducing the need for multiple discrete resistors. Demonstrations and experiments: illustrate Ohm's law, network analysis, and dynamic resistance adjustments in lectures or student projects.