82Ω 17 W ±10% Ceramic Power Resistor (82R)

The 82 Ω (82R) 17 W ceramic power resistor is a robust, wire‑wound component engineered for high‑power and industrial electronics. Its durable ceramic body provides excellent heat dissipation for stable performance during continuous operation. Ideal for power electronics, braking circuits, test loads, and motor control systems, it suits both professional engineers and hobbyists working with Arduino, Raspberry Pi, and other microcontroller projects.

Key Specifications 📐

• Resistance Value: 82 Ω (Ohms), marked as 82R
• Power Rating: 17 W
• Tolerance: ±10%
• Type: Fixed, wire‑wound
• Body Material: Ceramic
• Operating Temperature: −55 °C to +200 °C
• Mounting Type: Through‑hole
• Color: White / Gray
• Dimensions: Approx. 50–60 mm length (varies by manufacturer)
• Quality Class: A‑grade

Applications 🔧

• Power supply and industrial test circuits (dummy loads, bleeders)
• Motor driver and braking resistor systems
• Current limiting and voltage dropping in high‑power stages
• Electronic load and module testing for lab use
• Educational and R&D projects involving high‑power electronics components

Benefits ✅

• High heat resistance thanks to ceramic housing
• Long‑lasting, rugged construction for industrial use
• Stable resistance value across wide temperatures
• High current handling with wire‑wound design
• Suitable for both industrial and hobby electronics

Integration Tips for Arduino, Raspberry Pi & Microcontrollers 🤖

• Use as a dummy load for power supply testing or module characterization.
• Apply as a current‑limiting or voltage‑dropping element in high‑power sections feeding control electronics.
• Ensure adequate ventilation or heatsinking when approaching the 17 W rating; verify derating and temperature rise in your design.

Package Includes 📦

• 1 × 82 Ω 17 W ±10% Ceramic Power Resistor (82R)

Notes 📝

• Exact physical dimensions and appearance may vary by manufacturer (typical length 50–60 mm).
• For continuous operation near maximum power, provide airflow and observe safe spacing from heat‑sensitive components.