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The DRC2124X0L is a high-voltage thin film chip resistor manufactured by Panasonic Electronic Components. It belongs to the ERA-8P series, designed for high reliability and stability in demanding environments. The component features low resistance tolerance and a low temperature coefficient of resistance achieved through the thin-film process. It offers high performance with low current noise and excellent linearity. The device maintains stability at high temperatures and humidity, rated for operation within a –55 °C to +155 °C temperature range under 85 °C 85 % RH rated load conditions.
Verify the specific part number against official Panasonic documentation to confirm exact resistance values and tolerances. Ensure the selected variant meets the required voltage ratings and AEC-Q200 compliance standards for automotive applications. Cross-reference package dimensions and terminal types with PCB layout requirements before procurement.
Select this component for designs requiring high voltage stability and precision in harsh environments. The ERA-8P series is suitable for applications needing low current noise and excellent linearity. Consider the wide operating temperature range and high ESD withstand capability when designing for automotive or industrial equipment exposed to electrical stress.
The DRC2124X0L is part of Panasonic's Thin Film Chip Resistors, High Voltage Type lineup. This series is engineered for high reliability and durability, specifically targeting automotive and energy applications. The components are RoHS compliant and adhere to IEC 60115-8, JIS C 5201-8, and JEITA RC-2134V reference standards.
No verified substitute part numbers were found in public documentation. Consult Panasonic for potential cross-references or updated series replacements if discontinuation occurs.
The ERA-8P Series achieves a high limiting element voltage of 500V at 1MΩ.
Yes, it is suitable for automotive applications such as BMS, Inverters, and On Board Chargers, and is AEC-Q200 compliant.
Yes, it features anti-sulfurated electrode material providing high resistance to sulfurization.