Panasonic ERA3AEB124V

Panasonic Series ERA SMD Resistor, 120kΩ Resistance, ±0.1 % Tolerance - ERA3AEB124V

This SMD resistor is designed for high precision applications within the automation and electronics fields. With a resistance Value of 120 kΩ and a Compact package size of 0603 (1608M), it is suitable for dense circuit layouts. This component adheres to stringent automotive standards, ensuring reliability in demanding environments.

Features & Benefits

• Utilises thin film technology for reliable performance
• Provides a low tolerance of ±0.1 % for accuracy
• Incorporates a temperature coefficient of ±25 ppm/°C for stability
• Rated for power up to 0.1W, suitable for various applications
• Certified to AEC-Q200 automotive standards for reliability
• Compatible with surface mount technology for easier assembly

Applications

• Commonly used in automotive electronics and control systems
• Ideal for precision instrumentation and sensor
• Suitable for telecommunications and networking equipment
• Applied in power management circuits and voltage dividers

What distinguishes this resistor in terms of precision and stability?

This resistor features a low tolerance of ±0.1 %, ensuring minimal deviation from the specified resistance, while its temperature coefficient of ±25 ppm/°C maintains performance across varying temperatures, making it highly reliable for precision applications.

How does the choice of technology impact performance in this resistor?

The thin film technology employed in this resistor enables it to achieve greater accuracy and stability compared to traditional thick film resistors. This technology allows for finer adjustments in resistance values, making it suitable for high-performance circuit designs.

In what specific environments is this component most effective?

Its compliance with AEC-Q200 automotive standards makes it particularly effective in automotive applications, where reliability and performance under challenging conditions are crucial. This makes it suitable for vehicles and related electronic systems.