Panasonic ERA3AEB183V

Panasonic Series ERA SMD Resistor, 18kΩ Resistance, ±0.1 % Tolerance - ERA3AEB183V

This SMD resistor is a precision component designed for a range of electronic applications. With a resistance Value of 18 kΩ and a Compact 0603 package, it offers a reliable solution for modern circuit designs. Engineered using thin film technology, this resistor ensures enhanced accuracy and stability, making it Ideal for high-performance settings.

Features & Benefits

• Provides precise resistance of 18 kΩ for accurate circuit performance
• Utilises thin film technology for improved reliability
• Maintains a narrow tolerance of ±0.1% for consistent results
• Rated for 0.1W power, suitable for low-power applications
• Exhibits a temperature coefficient of ±25 ppm/°C for thermal stability
• Complies with AEC-Q200 for automotive-grade applications

Applications

• Used in automotive electronics requiring high precision and reliability
• Ideal for signal processing and communication devices
• Suitable for precision measurement instruments
• Employed in safety-critical in the aerospace sector

What is the impact of the tolerance on circuit performance?

A tolerance of ±0.1% ensures that the resistor maintains its resistance Value closely, minimising variations that could lead to performance issues in sensitive electronic circuits.

How does the temperature coefficient affect its performance in varied environments?

The temperature coefficient of ±25 ppm/°C indicates that the resistance Value changes minimally with temperature fluctuations, ensuring stable operation in varying conditions.

In which scenarios would this resistor be preferable over others?

This resistor is preferable in applications demanding high accuracy and stability, such as automotive electronics, where performance and reliability are crucial.

What are the key advantages of using thin film technology in resistors?

Thin film technology enhances resistance precision and minimises noise, making these resistors Ideal for high-frequency and high-stability applications.