
5Pcs RX24 Wirewound Crossover Resistors 5W 6W - 10R 20R 30R 47R 51R 100R 150R 200Ω 1K 10K
RX24 Series Wirewound Crossover Resistors – Precision Power Handling for Demanding Circuits
Engineered for superior performance in high-power applications, the RX24 5W and 6W wirewound resistors combine rugged durability with precise resistance values, making them ideal for audio crossovers, industrial systems, and precision electronics. With a wide resistance range and robust heat dissipation, these resistors ensure reliability in the most challenging environments.
Key Features:
RX24 Series Design: Heavy-duty ceramic or aluminum housing with flame-retardant coating for exceptional thermal stability (up to 350°C) and mechanical strength.
Power Ratings: Choose between 5W and 6W options to match your circuit’s power requirements, ensuring minimal heat buildup and long-term stability.
Precision Resistance Range: Available in 10R, 20R, 30R, 47R, 51R, 100R, 150R, 200Ω, 1K, and 10K values for versatile compatibility with audio, power, and control systems.
Low Inductance & Noise: Optimized winding technology reduces electromagnetic interference (EMI), perfect for high-fidelity audio crossovers and sensitive electronics.
Axial Lead Terminals: Standard 10mm lead spacing for easy PCB mounting or integration into terminal blocks and prototyping boards.
Applications:
Audio Systems: Critical for speaker crossover networks, amplifiers, and subwoofer circuits to maintain clear, distortion-free sound.
Power Supplies: Ideal for voltage regulation, current limiting, and load balancing in AC/DC converters and industrial power units.
Automotive & Industrial: Built to endure vibrations, high temperatures, and harsh conditions in motor controllers, HVAC systems, and automation machinery.
Technical Specifications:
Tolerance: Standard ±5% (±2% or ±1% available for bulk/custom orders).
Temperature Coefficient: ≤300 ppm/°C.
Certifications: Compliant with RoHS, CE, and UL safety standards.
Operating Voltage: Up to 500V (depending on resistance value).