NOSC476M006S0300

Overview

The NOSC476M006S0300 is a niobium oxide capacitor from the OxiCap® NOS series by KYOCERA AVX. It offers a capacitance of 47 µF with a rated DC voltage of 6.3 V and a tolerance of ±20%. The component features an equivalent series resistance (ESR) of 3 Ohms and operates within a temperature range of -55°C to +105°C. It utilizes surface mount technology in a compact package, designed for applications requiring high reliability and low leakage current characteristics typical of niobium oxide technology.

Feature Summary

• Utilizes niobium oxide dielectric material for stable performance
• Designed for surface mount assembly processes
• Provides reliable operation across extended industrial temperature ranges

Applications

• General purpose electronic circuit filtering
• Decoupling applications in consumer electronics
• Industrial equipment power supply stabilization

Procurement Notes

Verify part status as obsolete before procurement planning. Confirm availability through authorized distributors or secondary market channels. Ensure compatibility with existing inventory management systems. Check for alternative replacement components if production continuity is required. Validate datasheet specifications against current design requirements.

Selection Notes

Select this component when niobium oxide technology benefits are needed, such as lower cost compared to tantalum or improved surge current handling. Consider the 6.3V rating and 47µF value for space-constrained designs. Evaluate ESR requirements against circuit stability needs. Ensure operating temperatures align with the specified -55°C to +105°C range.

Part Context

This part belongs to the OxiCap® NOS series, representing KYOCERA AVX's niobium oxide capacitor lineup. Niobium oxide capacitors offer distinct advantages over traditional tantalum types, including better surge current tolerance and often lower costs. This specific model targets applications where standard solid electrolytic capacitors are insufficient but tantalum is unsuitable due to surge sensitivity.