Panasonic's ERJU12 thick film chip resistors are anti-sulfurated, high-reliability devices designed for demanding industrial applications. Featuring Au-based and Ag-Pd-based inner electrodes, they provide excellent sulfurization resistance and stability under various soldering methods, including reflow and flow soldering. These resistors utilize a metal glaze resistive element with multi-layer electrodes, are RoHS compliant, and meet standard certifications such as IEC 60115-8 and EIAJ RC-2134B. Suitable for a wide resistance range, they are ideal for reliable electronic circuit design, especially where sulfur contamination may occur.
RoHS compliant and meets IEC 60115-8, JIS C 5201-8 standards
Operating temperature: -55°C to +155°C depending on type
Overload resistance, power ratings, and voltage limits vary by model
Designed for high reliability and resistance to sulfur pollution in industrial environments
Buy the Panasonic ERJU12 U–Reliable Sulfur-Resistant Resistors for Industrial Applications
Secure your electronic components with Panasonic ERJU12 thick film chip resistor, a highly reliable, sulfur-resistant resistor suitable for demanding industrial applications. Featuring Au-based and Ag-Pd-based electrodes, it offers exceptional stability against sulfur contamination and can be used with both reflow and flow soldering methods. The resistor's robust construction includes a metal glaze resistive element and multi-layer electrodes, ensuring long-term stability and compliance with RoHS standards. Perfect for high-reliability electronic circuits exposed to challenging environments, enabling your projects to maintain consistent performance under adverse conditions.
Order your Panasonic ERJU12 thick film chip resistor today and ensure your electronic projects have the high reliability and sulfur resistance necessary for industrial environments.
Frequently Asked Questions
Where can I buy Panasonic ERJU12F1100U?
You can click on the BUY or RFQ button to purchase ERJU12F1100U from an authorized Panasonic distributor.
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