Panasonic ERA3AEB272V

Panasonic Series ERA SMD Resistor, 2.7kΩ Resistance, ±0.1 % Tolerance - ERA3AEB272V

This SMD resistor is a high-precision component designed for various electronic applications. With a resistance Value of 2.7 kΩ, it is an Ideal choice for precision circuits where stability is crucial. Encased in a Compact 0603 resistor package, it seamlessly integrates into circuit boards while ensuring minimal space occupation. Featuring a power rating of 0.1W and robust thin film technology, it promises reliable performance in demanding conditions.

Features & Benefits

• Features a low tolerance of ±0.1% for high accuracy in measurements
• Thermal stability with a temperature coefficient of ±25 ppm/°C
• Complying with AEC-Q200 standards for automotive reliability
• Suitable for use in temperature extremes ranging from -55 °C
• Designed to operate effectively under a power rating of 0.1W
• Utilises thin film technology for enhanced performance consistency

Applications

• Ideal for automotive needing Durable components
• Utilised in sophisticated electronic circuits across industries
• Suitable for precision measurement devices requiring high accuracy
• Effective in consumer electronics where space-saving is essential
• Employed in industrial automation systems for consistent performance

What makes this component suitable for automotive applications?

It meets AEC-Q200 compliance, ensuring reliability in harsh automotive environments while operating efficiently in extreme temperatures.

How does the tolerance impact circuit performance?

A low tolerance of ±0.1% contributes to precise signal conditioning and ensures minimal deviation, which is VITAL for high-stakes electronic designs.

Can this resistor withstand different environmental conditions?

Yes, it operates effectively in temperatures ranging from -55 °C, making it versatile for various climatic conditions encountered in electronics fields.

What advantages does thin film technology offer over traditional resistors?

Thin film technology provides superior consistency, outstanding durability, and lower noise levels, making it the preferred choice in high-precision applications.