1206 Low Inductance Resistor High Power 1W Metal Film Resistors 1.82 Ohm
In modern electronics, component reliability is critical. The 1206 1.82Ω 1W 1% resistor, exemplified by models like the EAM16FT1R82DES, offers robust performance in harsh environments. This guide explores its specifications, anti-sulfuration technology, and vital applications.
| Specification | Value |
|---|---|
| Model | EAM16FT1R82DES |
| Resistance Value | 1.82Ω |
| Tolerance | ±1% |
| Power Rating | 1W |
| Package Size | 1206 (3.2mm x 1.6mm) |
| Temperature Coefficient (TCR) | ±50 ppm/°C |
| Resistance Material | Metal Film |
| Operating Temperature Range | -55°C to +155°C |
Industry-standard SMD size (3.2mm x 1.6mm) offering optimal balance between size and power-handling capability, suitable for automated assembly.
Precise value ideal for current sensing, inrush current limiting, and power supply feedback circuits, minimizing voltage drop in high-current paths.
High power dissipation capability for a 1206 package, indicating advanced thermal management materials and construction.
Precision rating ensuring consistent performance in analog circuits and voltage dividers where accuracy is critical.
The EAM16FT1R82DES features specialized anti-sulfuration properties to prevent corrosion in harsh environments:
- Sulfur-resistant materials: Uses palladium-silver alloys or nickel barriers instead of standard silver terminations
- Robust construction: Protected by special passivation layers that prevent sulfur vapor penetration
- Enhanced reliability: Dramatically extends operational life in sulfur-rich environments
- Metal Film Technology: Provides excellent stability, low TCR, and low noise
- Low Inductance: Optimized for high-frequency applications and pulse-load scenarios
- Environmental Compliance: Meets RoHS and REACH regulations, lead-free construction
The 1206 1.82Ω 1W 1% EAM16FT1R82DES Anti-Sulfurated Resistor combines precision resistance with robust environmental protection. Its specialized construction ensures reliable performance in demanding applications where standard components would fail, making it an essential choice for mission-critical electronics.
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