Panasonic ERA3AEB224V

Panasonic Series ERA SMD Resistor, 220kΩ Resistance, 0.1W Power Rating - ERA3AEB224V

This SMD resistor is a high precision component designed for various electronic applications. With a resistance Value of 220 kΩ, it features thin film technology that ensures low tolerance and reliable performance. Measuring 0603 (1608M) in size, it is suitable for Compact circuit designs, particularly in automotive and industrial environments.

Features & Benefits

• ±0.1% tolerance for precise resistance values
• Thin film construction for enhanced stability and accuracy
• Can handle 0.1W power rating for efficient performance
• AEC-Q200 compliance guarantees automotive-grade reliability
• Minimal temperature coefficient of ±25 ppm/°C for consistent behaviour
• Compact 0603 resistor package facilitates space-saving designs

Applications

• Used in high-frequency circuits for improved signal integrity
• Employed in automotive requiring stringent performance standards
• Utilised in complex automation systems for precise control
• Favoured in telecommunications for its reliability and efficiency
• Ideal for consumer electronics demanding Compact circuitry

What are the benefits of using low tolerance resistors in circuits?

Low tolerance resistors provide greater accuracy in resistance measurements, essential for applications where precision is critical. Such resistors help minimise errors in circuit calculations, leading to improved overall performance.

How does the temperature coefficient affect circuit performance?

A minimal temperature coefficient of ±25 ppm/°C ensures that the resistance changes very little with temperature fluctuations, maintaining circuit stability and reducing the risk of failure in varying environmental conditions.

Can this component be used in mixed-signal environments?

Yes, it is suitable for mixed-signal applications, as its thin film technology offers superior performance in both analogue and digital circuits, helping to maintain signal integrity without introducing significant noise.