Product Description: 0.1R / 0R1 10W Ceramic Cement Resistor
The 0.1R / 0R1 10W ceramic cement resistor is a high-performance, high-wattage resistor designed for applications requiring precise resistance values and reliable power dissipation. With a resistance of 0.1 ohms (or 0R1) and a power rating of 10 watts, this resistor is built to handle significant amounts of electrical power while maintaining stability and performance. The ceramic cement construction ensures efficient heat dissipation, preventing overheating and ensuring long-term durability. This resistor is ideal for use in power electronics, motor control circuits, and current sensing applications, where both high power handling and low resistance are essential. The robust construction and high thermal conductivity make it suitable for use in industrial, automotive, and consumer electronics applications, where reliability and heat management are critical.
Features:
- Resistance value: 0.1 ohms (0R1)
- Power rating: 10 watts
- Ceramic cement construction for efficient heat dissipation
- Low resistance ideal for current sensing and power regulation
- Stable performance under high power and temperature conditions
- High thermal conductivity for improved heat management
- Reliable and durable design for long-term use
- Suitable for a wide range of high-power applications
- Easy integration into power circuits and motor controls
- Available in a standard, compact design
Applications:
- Power electronics (DC-DC converters, power supplies)
- Current sensing and measurement in circuits
- Motor control and drive circuits
- High-power resistor applications in audio equipment
- Overcurrent protection in electrical systems
- Automotive electronics (battery management, power regulation)
- Industrial control systems and machinery
- Power dissipation in electrical loads
- Energy-efficient circuits requiring heat management
Package Included:
1 x 0.1R / 0R1 10W Ceramic Cement Resistor
Please note that the product image is for illustrative purposes only. The actual product may vary slightly in appearance.





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