Panasonic ERA 11 kΩ, 0402 Thin Film Surface Mount Fixed Resistor ± 0.1 % Surface 0.063 W - ERA2AEB113X

This surface mount fixed resistor is an essential component designed for a variety of electronic applications. The resistor features a resistance of 11kΩ and is constructed using thin film technology, which enhances its performance characteristics. Housed in a Compact 0402 (1005M) package, it is suitable for use in space-constrained environments. With a low tolerance of ± 0.1% and a power rating of 0.063 W, this resistor delivers high precision and reliability across diverse temperature ranges, operating effectively from -55°C to +155°C.

• Utilises thin film technology for enhanced performance stability
• Offers a resistance of 11kΩ for diverse circuit requirements
• Low tolerance of ± 0.1% ensures accurate resistive values
• Compact 0402 resistor package optimises board space
• Operates reliably across extreme temperature ranges
• AEC-Q200 compliant, suitable for automotive applications

• Effective in automotive electronics for precise signal processing
• Utilised in automation systems for effective circuit control
• Integrated into electrical devices for improved performance
• Applied in mechanical systems for enhanced reliability in operations

Selecting a low tolerance resistor ensures that the resistive values remain consistent and precise, which is Crucial for maintaining the performance of sensitive electronic circuits. This level of accuracy can prevent errors and enhance the functionality of the overall system.

The temperature coefficient of ± 25ppm/°C indicates minimal drift in resistance over temperature variations. This stability is VITAL for maintaining circuit integrity and preventing malfunctions in environments subject to temperature fluctuations.

The Compact 0402 package is Ideal for densely populated circuit boards, allowing for efficient space utilisation while ensuring performance consistency. Its small form factor also facilitates easier integration into various surface mount applications.