Description
Specifications Table
Product Material – High-grade metal/alloy components with insulated connectors Grade – Educational/Laboratory Grade Application – Electrical resistance experiments, circuit analysis, Ohm’s law verification Product Size – Compact bench-top design (standard lab dimensions)
Product Overview
The Resistance in Series & Parallel Apparatus with Power Supply is a meticulously designed lab instrument engineered for demonstrating fundamental electrical principles with precision. Constructed from high-grade metal alloys and insulated connectors, this apparatus ensures durability and safety during prolonged experimental use. The integrated power supply eliminates the need for external sources, providing stable voltage output for consistent measurements. Its compact bench-top design adheres to standard lab dimensions, making it ideal for both educational and research environments where space efficiency is critical. The device facilitates seamless exploration of Ohm’s law, resistor combinations, and voltage division through its clearly labeled terminals and color-coded wiring. Each component undergoes rigorous quality checks to maintain accuracy within ±2% tolerance, guaranteeing reliable data for theoretical validation. The apparatus includes protective features like short-circuit prevention and overload indicators, enhancing user safety during hands-on experiments. Whether used for basic circuit analysis or advanced electrical characterizations, this kit delivers professional-grade performance while remaining intuitive for learners at all levels.
FAQs
1. What type of power supply is included with this resistance apparatus?
The apparatus comes with a built-in regulated DC power supply that provides adjustable voltage outputs suitable for resistance experiments without requiring external power sources.
2. Can this kit be used to demonstrate both series and parallel resistor configurations simultaneously?
Yes, the design includes dedicated terminals and switching mechanisms that allow users to easily reconfigure circuits between series and parallel arrangements during the same experiment.
3. What safety features does this apparatus have for high-resistance experiments?
It incorporates automatic current limiting, insulated grip handles, and visual overload warnings to prevent component damage or user exposure to high voltages during operation.
4. How does the accuracy of this apparatus compare to digital multimeters for resistance measurements?
The apparatus maintains a ±2% tolerance on resistance values, which is comparable to mid-range digital multimeters, making it suitable for educational demonstrations where precision is important but not critical.
5. Is this apparatus compatible with standard lab breadboards or external circuit components?
The terminals are designed with 4mm banana sockets that can interface with most laboratory breadboards and external components using standard connecting leads.
