Panasonic ERA3AEB333V

Panasonic Series ERA SMD Resistor, 33kΩ Resistance, ±0.1 % Tolerance - ERA3AEB333V

This SMD resistor is a high-precision component designed for demanding electronic applications. Featuring a resistance Value of 33 kΩ, it utilises thin film technology and comes in a Compact 0603 package size. With robust specifications suitable for automotive use, this resistor ensures accuracy and reliability.

Features & Benefits

• ±0.1% tolerance ensures reliable accuracy in circuits
• Low temperature coefficient maintains stability across varying conditions
• Power rating of 0.1W Ideal for Compact applications
• AEC-Q200 compliant for automotive standard requirements
• Suitable for high-frequency applications due to thin film technology
• Dimensions make it easy to integrate into PCB designs

Applications

• Used for precision circuits in automotive electronics
• Commonly integrated in noise-sensitive electronic devices
• Employed in filter and voltage divider
• Suitable for automation and control system components

How does the tolerance of this component affect circuit performance?

The ±0.1% tolerance of the component allows for greater precision in circuit designs, reducing the likelihood of errors during signal processing and ensuring devices perform reliably under various conditions.

What are the benefits of using thin film technology in resistors?

Thin film technology enables the production of high precision resistors with smaller size and lower temperature coefficients. This results in improved performance in terms of stability, noise, and dynamic response in electronic circuits.

Can this component withstand extreme temperatures?

Yes, it operates in a temperature range from -55 °C, making it suitable for environments with significant temperature fluctuations, ensuring consistent performance in various applications.

In which types of applications would this resistor be particularly beneficial?

This resistor is particularly beneficial in automotive electronics where precision is crucial, as well as in high-frequency applications and devices requiring reliable performance under rigorous conditions.