Panasonic ERA3AEB334V

Panasonic Series ERA SMD Resistor, 330kΩ Resistance, ±0.1 % Tolerance - ERA3AEB334V

This SMD resistor serves as a VITAL component in electronic circuits requiring high precision and reliability. Designed in a Compact 0603 (1608M) package, it offers an optimal resistance of 330 kΩ. The innovative thin film technology ensures a low temperature coefficient of ±25 ppm/°C, suitable for stringent performance demands.

Features & Benefits

• High precision with a tolerance of ±0.1 % provides accurate results
• Thin film technology promotes stability and performance efficiency
• Low temperature coefficient remains stable across varying temperatures
• Rated for 0.1W power ensures energy efficiency in applications
• AEC-Q200 compliant for automotive grade reliability
• Compact 0603 resistor package Ideal for space-constrained designs

Applications

• Used in precision analogue circuits for enhanced signal processing
• Commonly used in automotive electronic systems requiring stringent standards
• Ideal for in industrial automation and control systems
• Suitable for consumer electronics where high accuracy is needed

What challenges does this resistor solve in electronic designs?

It addresses the need for high precision and low variability over temperature changes, making it Ideal for critical applications where performance is vital.

How does the power rating affect circuit designs?

The 0.1W rating ensures that the resistor can operate efficiently without overheating, allowing for Compact circuit designs while maintaining reliability.

In which scenarios is the AEC-Q200 compliance particularly beneficial?

This compliance is Crucial in automotive applications, ensuring that components meet the rigorous requirements for durability and reliability under harsh conditions.

What impact does the low temperature coefficient have in practical applications?

The low temperature coefficient ensures that resistance values remain stable, increasing the reliability of electronic circuits across varying temperatures, essential for long-term functionality.