Programmable Resistor Board 0.1R to 9999999R 8 Section High Accuracy 0.1R Electronic Component for Circuit Testing and Development

Enhance your electronic projects and experiments with this high-precision Programmable Resistor Board, designed for flexible and accurate resistance setting. Constructed from durable synthetic cardboard, this board allows you to easily adjust resistance values from 0.1Ω up to an impressive 9,999,999Ω with a fine step accuracy of 0.1Ω, making it ideal for a wide range of electronic design and testing applications. Key Features: · Wide Programmable Resistance Range: Easily set resistance anywhere between 0.1Ω and 9,999,999Ω in precise 0.1Ω increments, allowing for versatile and accurate circuit adjustments. · High Tolerance Reliability: Utilizes 1/2 watt SMD resistors with a tight tolerance of ±1%, ensuring consistent and stable performance in your experiments and projects. · Convenient Screw Terminal Block: Equipped with a screw terminal block for simple and secure wire connections, enhancing ease of use and setup efficiency. · Included Jumper Caps: Comes with 7 spare jumper caps to program resistors quickly and flexibly, supporting seamless modifications to resistance values. · Educational and Engineering Applications: Perfect for educational experiments, electronic engineering design, component testing, and circuit trimming tasks. · Safe Voltage Handling: Designed to operate safely with a maximum working voltage of 200V, suitable for a variety of low to medium voltage applications. Specifications: · Material: Synthetic Cardboard · Resistance Tolerance: ±1% · Rated Power: 1/2 Watt · Maximum Working Voltage: 200V · Programmable Resistance Range: 0.1Ω to 9,999,999Ω (0.1Ω/step) · Connection: Screw Terminal Block Package Includes: · 1 x Programmable Resistor Board This Programmable Resistor Board combines precision, flexibility, and ease of use to support a broad range of electronic testing and design activities. Its adjustable resistance capability and reliable components make it an essential tool for engineers, hobbyists, and educators seeking accurate and adaptable circuit solutions.